report LABEX

Scientific
report
LABEX
EMC3
Rapportcouvrantlapériode du 01/01/2011au31 /12/2014
Datedenotificationdelaconventionattributived’aide:11/10/2012
Titre complet du projet
Energy materials and clean combustion center
Mots clés
Matériaux pour la thermoélectricité ; matériaux pour
l’émission lumineuse ; matériaux pour l’énergie nucléaire ;
combustion propre ; turbulence et viscoélasticité ;
convertisseurs analytiques ; écoulements réactifs ;
simulation numérique avancée ; instrumentation
scientifique ; récupération et conversion de l’énergie par
modules thermoélectriques haute performance ; synthèses
de nouveaux matériaux
Etablissement coordinateur
CNRS
Date de début du projet
18 août 2011
Date de fin du projet
12 décembre 2019
Site web du projet
http://www.labex-emc3.fr
Responsable scientifique et technique du projet, rédacteur du présent rapport
Nom, Prénom
Maignan Antoine
Téléphone
02 31 45 26 34
Courriel
[email protected]
Date de rédaction
3 avril 2014
Le rapport d’étape doit être rédigé en anglais (une version française pourra être jointe).
1 Evolution des unités de recherche partenaires du projet :
Fournir la liste des nouvelles unités de recherche et celles ayant quitté le projet, indiquer la
motivation de l’entrée ou du retrait. Dans le cas des partenaires publics, seront mentionnés le code
(UMR, UMS, UPR, EA...) et le numéro de l’unité, puis son intitulé.
Aucune évolution des partenaires à noter depuis le lancement du Labex EMC³. Seules les directions des unités de recherche ont changé comme présentées dans le tableau ci‐dessous : Laboratoire Direction au 01/01/2010
Changement UMR 6252 CIMAP, Centre de Recherche sur les Ions, les Matériaux et la Photonique UMR 6614 CORIA, Complexe de Recherche Interprofessionnel en Aérothermochimie UMR 6508 CRISMAT, laboratoire de Cristallographie et Sciences des Matériaux UMR 6507 LCMT, Laboratoire de Chimie Moléculaire et Thioorganique UMR 6506 LCS, Laboratoire Catalyse et Spectrochimie UMR 6294 LOMC, Laboratoire Ondes et Milieux Complexes UMR 6634 GPM, Groupe de Physique de Matériaux Serge BOUFFARD
Amine CASSIMI, au 01/01/2014 Mourad BOUKHALFA
Antoine MAIGNAN
Annie‐Claude GAUMONT
Jean‐Pierre GILSON
Frédéric THIBAULT‐STARZYK
Au 01/01/12 Innocent MUTABAZI
Philippe PAREIGE
RESUME PUBLIC/ SUMMARY
* Résumé du projet intégrant son avancement et faits marquants depuis le début. Cette partie sera
actualisée chaque année. Maximum 20 lignes.
The LABEX EMC³ encourages the collaborations between specialists in the study of energy materials and clean combustion, in order to bring their research at the highest international level. To do this, the LABEX project works as an annual project hotel that aimed at financing high level and risky research projects that go from fundamental to applied research. Two types of project are proposed: short projects typically of fourteen‐month long to support risky and innovative ideas and four‐year projects, just long enough to achieve a PhD thesis on high level field already mastered. The first call for proposals was established in late 2011 to launch project the following year. From 2011 to 2014, four calls for proposals were launched and 30 projects were selected for a total amount of €8.5 million budget over a total amount of €13 M. Seven short projects are currently closed. They lasted between 14 to 18 months. The first wave of long projects is planned to close in 2016. Project monitoring was implemented early in the LABEX and it is undertaken by the same experts belonging to the Scientific Council, throughout the project life, especially at mid‐term and for the final reports. 2 All in all it is 35 PhD students and 28 young researchers who have been hired via EMC³. Since 2013, the LABEX EMC³ has got a medium for international communication through a website and a Twitter account. Moreover the project manager is routinely present at local and national business shows to represent LABEX research and researchers. He (she) also takes part in local clusters meetings and scientific days. With the EquipEX GENESIS, EMC³ is playing a very important role in the research organization in the context of the Upper and Lower Normandy reunification. The EMC³ directors have been involved in the Normand’I‐SITE candidature. 3 1.ETAT D’AVANCEMENT DU PROJET / PROGRESS OF THE PROJECT
Décrire ici l’état d’avancement du projet par rapport au contenu de la convention Labex sur ses
différents volets : gouvernance/organisation, recherche, formation, valorisation, rayonnement.
Dans chacun de ces volets, il conviendra de décrire ce qui a été réalisé, ce qui a dû être infléchi ou
modifié, ce qui n’a pas pu être réalisé et quelles sont les perspectives pour les deux années à venir et
au-delà, jusqu’à la fin du projet. Les causes des modifications ou non réalisations devront être
explicitées. Le cas échéant, les principales difficultés rencontrées par le projet devront également être
rapportées. Maximum 3 pages.
1.1 Gouvernance, (lancement, organisation et gouvernance du projet, pilotage et dispositifs de
suivi, mode d’implication des directeurs d’unités de recherche concernés)/
Governance (initiation, organization and project governance, management and monitoring
systems, way of involvement of concerned research units’ directors)
● Initiation The EMC³ project (based on a projects hotel working by annual calls) was launched following the first round of the IA program in 2010. For the first year, a budget of 1.3 M€ was allocated through a pre‐
convention in September 5, 2011. It allowed initiating a procedure for purchasing analysis and measurement equipment required for operating some projects as descripted in the initial report. A complete description of equipment, its budget as well as its financial leverage is given in the paragraph 2C. In order to fairly select projects, a board named Scientific Council and composed of 7 external and 7 internal representatives was established on November 30, 2011 on suggestion of the 7 laboratories’ directors and endorsed by the Steering Committee, representing all partners of the Consortium. It has selected 8 projects for the AAP “Appel à Projet” 2011 that day. In the tables below are presented past and present members of the Scientific Council: Current External Scientific Council Members SAULNIER Jean‐Bernard (president) BRECHET Yves DRILLON Marc GOUDEAU Philippe HADZIIOANNOU Georges HENRIQUES Carlos MAURY Francis TAYLOR Alexander Former External Scientific Council Members BOULANGER Benoît (11/30/2011 – 11/13/2013) MARTENS Johan (11/30/2011 – 06/24/2014) University ENSMA / Université de Poitiers Grenoble INP ICPMS / Université de Strasbourg ENSMA / Université de Poitiers ENSCBP / Bordeaux INP Universidade Técnica de Lisboa ENSIACET / INP Toulouse Imperial College London University Institut Néel / Université Joseph Fourier Katholieke Universiteit Leuven Current Internal Scientific Council Members Laboratory CAMY Patrice FERNANDEZ Christian PRELLIER Wilfrid SCHNEIDER Ioan VERVISCH Pierre WITULSKI Bernhard CIMAP
LCS CRISMAT
LOMC
CORIA
LCMT
Former Internal Scientific Council Members Laboratory CASSIMI Amine (11/30/2011 – 11/13/2013)
CIMAP
4 The final Convention (No. ANR ANR‐10‐LABX‐09‐01) was not signed until 11 October 2012, and only part of the AAP 2011 projects could be launched on January 1, 2012 (3 short‐term projects). The 5 remaining (long‐term) projects have started at the beginning of October 2012. For the following call for proposals (AAP 2012 to AAP 2014) a Scientific Day was created to stimulate the emergence of collaborative projects between the 3 sites (Caen, Rouen, Le Havre) and the 7 laboratories. The 2015 event was organised at Rouen university, Madrillet campus on March, 19th. Funded projects are presented in the paragraph 1.2. For the LABEX EMC³, a budget of €13 M was allocated as shown in the table below: LABEX EMC3 € 13 000 000
Research € 11 248 600
- projects € 9 926 490
- equipment € 1 322 110
Formation € 680 000
- Internship grants € 240 000
- Master programs € 90 000
- School on Materials Science € 100 000
- School on Combustion € 100 000
- Missions expenses € 70 000
- Communication € 80 000
Research Transfer €231 200
- Communication € 80 000
- 50% Project Manager Income € 151 200
Governance € 340 200
- Communication € 80 000
- Mission expenses € 40 000
- 50% Project Manager Income € 151 200
- Other expenses € 690 000
Management fees (4%) € 500 000
● Organization and project governance
The governance was implemented as described in the LABEX EMC³ agreement. The structure is held by the CNRS (Delegation Normandy) and, supervised on the scientific roadmap by the “Institut National de Chimie” (INC). The LABEX direction (1 Director, 1 co‐director) and the Executive Committee (CoDir, composed of the seven participating research unit directors) are assisted by a Scientific Council (CS) and a Steering Committee (CoPil). The Executive Committee vested with the powers of supervision and decision is the operating‐oriented corps. The Steering Committee, composed of 7 members representing the 3 Universities, the 2 Engineering Schools, CNRS and CEA, makes the necessary arbitrations for the conduct of the LABEX project and focuses on strategy. The Scientific Committee composed of eminent researchers within all disciplines in the thematic scope of the LABEX EMC³ (7 internal and 7 external members) selects the projects on the base of holders report and presentations, and on referee’s reports. At least two members (one internal, one external) of the Scientific Council are chosen by the Executive Committee to review the proposals. The Scientific Council monitors also current projects and provides recommendations. Finally, it guarantees the scientific roadmap in accordance with international standards. 5 So far, the Scientific Council has selected 30 collaborative projects (16 long‐term and 14 short‐term projects) along 4 project calls (AAP). Seat changes occurred in October 2013 and involved three bodies: • CoDir: Amine Cassimi new CIMAP laboratory director replaced Serge Bouffard, previous director • CS: Benoît Boulanger (Grenoble) left ; Marc Drillon (Strasbourg) replaced him • CS: Amine Cassimi becoming new CIMAP director was replaced by Patrice Camy as a scientific representative of CIMAP in the Scientific Council A new change occurred in October 2014 as so: • CS: Johan Martens (Leuven) left ; Carlos Henriques (Lisbon) replaced him A project manager is employed by the CNRS under a limited‐term contract of one year with a possibility of renew. His/her role is to ensure the proper functioning of governance, to monitor financials and accountings and to follow the development of research projects including the detection of potential patent and eventually partnership with industries. A table presenting name, education and work period of the different project managers of the LABEX EMC³ is given below: NAME Surname Education Contract type MARIAU Amélie Master degree in European Project Management GILLOT Rachel Engineer in Materials Science Short‐term with industry experience as contract project manager CHAMERAUD Arthur DELCEY Nicolas Double‐diploma in Chemical Engineering and Management of European projects PhD in Chemistry and Master degree in Innovative Project Management April to September 2012 Internship September 2012 to May 2013 Internship then short‐term contract Short‐term contract Mission time May to December 2013 Current position Project manager on Interreg IV project Industrialization and project manager at PIERCAN entrepreneur in computer business January 2014 to present ● Management and monitoring systems
As presented earlier, the LABEX EMC³ governance is composed of three committees with specific role. All committee meetings are presented in the following table: 2011 Committee Date Place
Steering Committee September 2011 Caen October 2011 Caen November 2011 Rouen Examination of the proposals (AAP 2011) November 2011
Caen
Proposals defense and selection Executive Committee Executive Committee Scientific Council Object
General presentation of the LABEX EMC³
project to the higher education presidents Preparation of the call for proposals (AAP 2011) 6 2012 2013 2014 Validation of the selected projects, past year budget and new year actions Science project presentations and Emergence of new collaborative proposals Steering Committee January 2012 Rouen Scientific Days 2 dates in May 2012 Rouen/Caen Executive Committee June 2012 Examination of the proposals (AAP 2012) Scientific Councils June/October 2012 Caen/Rouen Proposals Defense and selection on a 2 sessions committee Executive Committee October 2012 Bourg‐
Achard Budget situation and planning Steering Committee December 2012 Caen Scientific Day February 2013 Caen February 2013 Caen May 2013 Caen Examination of the proposals (AAP 2013) Scientific Councils June/October 2013 Le Havre/Caen Proposals Defense and selection on a 2 sessions committee Executive Committee November 2013 Caen Budget situation and planning Steering Committee November 2013 Caen Scientific Day February 2014 Le Havre March 2014 Caen June 2014 Caen Examination of the proposals (AAP 2014) Scientific Councils June/October 2014 Caen/Rouen Proposals Defense and selection on a 2 sessions committee Executive Committee November 2014 Caen Budget situation and planning Steering Committee December 2014 Rouen Validation of the selected projects, past year budget and next year actions Executive Committee Executive Committee Executive Committee Executive Committee Validation of the selected projects, past year budget and next year actions Science presentations of representatives of the CEA (Nuclear National Agency) and the IFP (Petroleum National Institute) and Emergence of new collaborative proposals Preparation of the call for proposals (AAP 2013) Validation of the selected projects, past year budget and next year actions Presentations of 4 different LABEX projects and Emergence of new collaborative proposals Preparation of the call for proposals (AAP 2014) With the experience acquired during the first call for proposals in 2011, the LABEX EMC³ adopted an improved procedure in 2012 with two sessions of the Scientific Council for a better selection of the proposals base on A‐C scale score : “A” for selected issues, “B” for issues that need to be improved and “C” for refused issues. The research projects are monitored by progress reports at 12 and 24 months for long‐term projects (duration = 48 months) and progress reports at 6 months for shorter projects (= 14 months). In 2012, the monitoring was improved with the establishment of a discussion at mid‐term for short projects and a hearing at 18 months for long‐term projects during Scientific Council meetings. This scheme has been well received by both the CS members and project holders, thus it is renewed every year since. 7 To summarize the monitoring procedure: • Short‐term projects: i. a 6 months progress report, discussed during CS meeting, ii. a report by the end of the project, iii. a hearing after the final report in front of the CS • Long‐term projects: i. a 12 months progress report, discussed during the following hearing ii. a hearing at 18 months presented to the CS iii. a 24 months progress report, discussed during CS meeting iv. a hearing after the final report in front of the CS (not yet happened) The table below presents the effective monitoring of the funded projects. Scientific Council Meetings November 2011 final selection AAP2011 projects June 2012 first hearing AAP2012 projects October 2013 final selection AAP2013 projects June 2014 first hearing AAP2014 projects October 2014 final selection AAP2014 projects 18 months hearing for AAP2011 long‐term projects closing hearing for AAP 2011 short‐term projects 18 months hearing for AAP2012 long‐term projects closing hearing for AAP 2012 short‐term projectsPOSTP
ONED 6 months progress report for AAP2011 short‐term projects June 2013 first hearing AAP2013 projects October 2012 final selection AAP2012 projects 6 months progress report for AAP2012 short‐term projects 24 months progress report for AAP2011 long‐term projects 6 months progress report for AAP2013 short‐term projects Concerning the management of the scientific sub‐projects, projects holders are invited to organize as necessary meetings between teams to facilitate exchanges and when it is effective, to share meetings between the different sites. It is also requested regular participation of the LABEX project manager at these meetings to discuss financial and administrative matters and support CS's recommendations on management and on intellectual property. ● Way of involvement of concerned research units’ directors Approximately 3 meetings of the Executive Committee take place every year during which the 7 research units’ directors discuss and debate financial, management, and research matters. Any additional meeting of this Committee can be put in place on request of any of the research units’ directors. 8 Laboratory directors are also present during Scientific Days of the LABEX EMC³ to galvanize research teams. They play an important role on the communication inside the LABEX to explain decisions and rules. 1.2 Recherche/Research
Call AAP 2011 Project name Long term Every year since 2012, a scientific day is organized to launch the call for proposals and to promote the emergence of new cross‐functional projects involving inter‐laboratory collaboration. The 2012 Scientific Day was dedicated to the presentation of proposals. The search for new partnerships within the 7 laboratory units was largely encouraged. The 2013 Scientific Day received two eminent speakers to talk about the future of Energy Materials and Clean Combustion, in the person of Yves Brechet, High Commissioner for Atomic Energy and Xavier Montage, Scientific director of the French Institute of Petroleum. The 2014 Scientific Day launched the call for inter‐LABEX projects and 4 representatives of other LABEX were present to expose their LABEX organization and sciences. The 2015 Scientific Day (March, 19th) was dedicated to tech‐transfer awareness and intellectual properties within the LABEX. At this time, 4 calls for proposals have been organized and they permitted to fund 16 long‐term projects and 14 short‐term projects as summarized in the tables below: The three research axes of the LABEX EMC³ are the followings: 1. Energy Materials ▪ Thermoelectricity ▪ Light emission ▪ Nuclear energy 2. Clean Combustion ▪ Fuels and mixing phenomenon ▪ Reactive flows ▪ Advanced numerical simulation ▪ Catalytic converters 3. Transverse Research ▪ Instrumentation and diasgnostics ▪ Thermoelectric modules ▪ New hybrid materials and functional molecules The list of projects is shown in the table: ASAP: Atom probe tomography combined with ion, photon and electron spectroscopies. COLIBRI: organometallic catalysers and ionic liquid for natural resources valorisation ITEM: Innovative ThermoElectric Materials MESOTHERM: meso‐combustion and thermoelectricity Participating laboratories LABEX EMC³ axis Budget GPM/CORIA/CIMAP 3 500 000 € LCMT/CRISMAT/GPM/LC
S 1 531 000 € CRISMAT/GPM/LCMT 1 554 000 € CORIA/CRISMAT 3 349 000 € 9 Short‐term Long term Short term Long term AAP 2012 Short term AAP 2013 TUVECO: turbulence and viscoelasticity in complex flows Matiss: implementation of high resolution characterization techniques on petawatt laser chain material Opti Gp Re: simulation/optimisation integrative methods for low and high Reynolds number reactive flows analysis Solair: femtosecond blue laser sources and characterisation of transparent objects 3D: development of 3D optical technics for complex flows HELIOS: structured electro‐optic inorganic‐organic hybrids Dyther: Stratified Rotational Flow and impact on thermic transfers Luz: white light emission from rare‐earth doped ZnO Cahaps: in line absorption characterization of aromatic polycyclic hydrocarbons on soot Naninox: influence of nanostructuration on irradiated austenitic stainless steels properties and microstructure AFLTEPMAG: transport and magnetism of thermoelectric anisotropic compounds lacking Fermi surface and related PICOLIBS: elementary composition analysis via picosecond Laser‐induced breakdown spectroscopy DRUID: diagnostics of catalysis reaction mechanisms implied in decontamination Tepri: gas emission in irradiated polymers : study of energy transfers to irradiation defects Cmain: synthesis via spark‐plasma‐
sintering of monocrystalline austenitic stainless steels and mechanical properties characterization Nanoholo: metrology of nanometre‐scale objects by numeric holography and electron tomography Neomap: To new nanostructured materials for permanent magnets AAP 2014 Long term AQURAT: Improved chemical Quantification and Performance Analysis in Tomographic Atom Probe BIOCAR: second generation biofuel from refinery to propulsion COCC: Studies of new combustion modes encountered in CO2 capture methods,CO2 dilution and O2 enrichment LOMC/CORIA 2 540 000 € CIMAP/GPM 1 200 000 € CORIA/LOMC 3 187 000 € CIMAP/CORIA 3 200 000 € CORIA/LOMC 3 529 000 € CRISMAT/LCMT/CIMAP 1 448 000 € CORIA/LOMC 2 160 000 € CIMAP/GPM/CRISMAT 1 150 000 € CORIA/CIMAP 2 174 000 € GPM/CRISMAT/CIMAP 1 183 000 € CRISMAT/GPM 1 250 000 € CORIA/LOMC/CIMAP 3 471 000 € LCS/CORIA 3 453 000 € CIMAP/LCMT 1 137 000 € GPM/CRISMAT 1 150 000 € GPM/CORIA/CRISMAT 3 135 000 € GPM/CRISMAT 3 70 000 € GPM/CIMAP 3 188 200 € LCS/CORIA 2 437 000€ CORIA 2 95 080 € 10 CONPOTHE: New polar chalcogenides for thermoelectric conversion CRISMAT/GPM 1 395 360 € FAST‐MIR: High performance Thulium and Holmium doped crystals for mid‐IR ultrafast lasers CIMAP/CORIA 3 382 400 € CORIA/LOMC 2 257 060 € LCMT/LCS 1 137 600 € CRISMAT/LCS/CIMAP 3 90 060 € CRISMAT/LCMT/LCS 1 161 200 € Short term SPHEUL: SPH & Euler method association for atomisation modeling Ehma: Electronic Hybrid Materials based on Conducting Polymers Encapsulated in Zeolites (Pencil‐structured Hybrid Materials) Nice: Normandy Initiative for Crystallography using Electrons Thermos: Synthesis and characterization of thermoelectric hybrid materials from type MS2 inorganic sheet (M = W, Mo, Ti). From 2011 to 2014, the funded projects have produced: 54 refereed publications, 2 contributions to monographs, 110 oral communications and 1 software claim. 1.3 Formation/Training
The first program put in place aims to retain postgraduate student in LABEX EMC³ laboratories and thus motivate them to undertake a PhD thesis. So, highest ranked postgraduates are granted for a 4 to 6 months internship in the research units as part of their training. An allocation equivalent to 12 months of internship is paid to each member laboratories every year in order to fund 2 (6 months) to 3 (4 months) students depending to their training program. From 2012 to 2014, 32 students were financed by this allocation. Among them, 21 students (68%) chose to stay in the LABEX laboratories to achieve a PhD thesis. With the inability to establish one or more Master program for the labex due to schedule incompatibilities with the tenure of the different training commissions, the Executive Committee decided to support innovative training initiatives from Master formation managers when they meet the science axes of the LABEX EMC³ and strengthen cohesion within the 5 Norman higher education institutions. The first initiative (2014) to be supported is the organization of an exchange program on instrumentation (electronic transmission microscopy and atom probe) in the Master formation MANE (Materials, Nanoscience and Energy), common to Caen and Rouen. This program aimed to reinforce this joint degree between Norman Universities and Engineering Schools as well as to increase the attractiveness of this formation at the national and international level. Following the success of this initiative, the Executive Committee decided to pursue this action in 2015 and beyond. In the submission report, it was planned to organize 4 congresses (2 seminars on Materials & 2 seminars on Combustion field) within the LABEX EMC³ duration. However, due to the complexity of the organization and the redundancy with existing workshops organized by laboratory members, it was acted by the Steering Committee that instead the LABEX will support organization by co‐funding such existing events if their themes matched with the LABEX EMC³ scientific roadmap and if researchers and students (postgraduate and PhD) from several laboratories could participate. 11 The table below presents the 2014 LABEX funded workshops: Dates
Axis
Organization
Localisation
Student
participation
Zeolites School
19-20 May
1
LCS, Caen
20
ISTROF seminar
(Instabilities and
Turbulence in Stratified
Rotational Flows)
23-26 June
2
LOMC, Le Havre
20
27-31 October
3
GPM, Rouen
24
Workshop
Autumn Atomic probe
School
SUM
64
The Executive Committee has already established a financing plan covering until 2019 the funding of such workshops. This listing is still subject to change and to approval by the Steering Committee. Year
Workshop
Organizator
Electronic Crystallography
CRISMAT
Theoretical aspects of 2-D oxides
CRISMAT
Operando V
LCS
ICHAC-11
LCMT
Autumn Atomic Probe school
GPM
2016
EUROMECH
LOMC
2017
Autumn Atomic Probe school
GPM
GPM
2018
Autumn Atomic Probe school
International Conference on
Thermoelectricity
Zeolites workshop
2015
CRISMAT
LCS
1.4 Valorisation/Result exploitation
The project manager is responsible for the detection and exploitation of the research results. To and he/she works in partnership with the CARNOT ESP Institute in Rouen (CORIA/GPM), the “CNRT Matériaux” Unit in Caen (CIMAP/CRISMAT/LOMC/LCS/LCMT) and the regional CNRS Partnership and Technology Transfer service to ensure this role. In addition, the LABEX EMC³ policy on tech‐transfer is encouraged by the Scientific Council experts who emphasize any form of result exploitation during hearing and monitoring of projects when is suitable. Moreover a representative of the local CNRS partnership and exploitation service is always present during those meetings to recognize exploitation potential and take contact with researchers. At this time, a copyright for a software program developed in the long‐term project “3D” funded by the LABEX EMC³ has been claimed to the APP (French Agency for the Protection of Programs) in August 2014. Other intellectual properties actions and claims are currently in progress from LABEX research projects. Furthermore, several completed projects of the LABEX have already given some new collaborations with academic and industrial partners. ▪ Projects closed in 2013 12 Two doctoral fellowships by Solvay and SNECMA and the industrialization by Air Liquide of a source code due to the project OPTI GP RE. This project has also succeeded to get a two‐year postdoctoral grant funded by AIRCELLE. The project MATISS has brought a joint supervision thesis (CIMAP, CEA‐Bordeaux) in the program Petawatt Aquitaine Laser (PETAL). The project SOLAIR has led CIMAP laboratory to be part of a share industrial‐academic innovating program called VERTICAL funded by national industrial development agency (BPI‐France) on laser technologies. It has also brought another industrial fellowship funded by Zodiac Aerospace and the participation of CORIA in the current European program HAIC (High Altitude Ice Crystal) managed by Airbus. ▪Projects closed in 2014 The project CAHAPS implying important modifications of the gas aggregation chamber owned by the CIMAP lab has allowed to start a new thesis on hadrontherapy techniques opening the equipment to new research domains. All in all, it is 52 publications that were produced by the LABEX EMC³ projects for a total of 1 963 publications for all laboratories in the same period. 1.5 Rayonnement, actions de promotion du LabEx (précisez les cibles et la part de
l’aide des moyens consacrés)/ Visibility, outreach, sharing and promoting actions of the Labex
(specify the targets and the corresponding dedicated funding)
The financial means dedicated to the promotion of the LABEX EMC³ and its research are described in the paragraph 1.1. The total amount for the communication part represents 240 000 euro. A communication plan written jointly with the CNRS was implemented at the launch of the project. It targets 3 separate audiences: 1) researchers 2) publics institutions 3) industries. This plan resulted in the publication of a website, communication boards (French and English), banners and advertising items (notebooks, pens, business cards) necessary for visibility on exhibitions and trade shows. These actions are in addition to those already undertaken the first year as the purchase of an interactive terminal, a communication element particularly effective to present the LABEX EMC³ on shows such as “Les Rendezvous Carnot”, a famous French R&D exhibition show dedicated to innovation for companies. The website opened in September 2013 showcases the LABEX EMC³. It gathers information about governance, laboratory members, research axes, and formation actions. It shares also job offers for funded projects and news about calls for proposals. Recently, presentations of close projects are made with focus on their science and socio‐economic impacts. The website is intended for our 3 audiences. In addition of this site, the LABEX has got an access on social media with a Twitter account opened in February 2014 in order to engage a wider audience. This media allows diffusing news related to R&D policies and Science advances as well as local events in the field of the LABEX. Besides these media, the LABEX EMC³ intends to acquire a biennial newsletter that will present closed projects, socio‐economic impacts, partnerships and other promoting actions. This newsletter is mainly intended to focus on our research and researchers. Project managers of the LABEX EMC³ have been present to numerous trade shows such as presented below: 13 Shows Dates Places Object Mov’Eo Days Versailles Scientific Day Nucléopolis November 19‐20, 2012 December 18, 2012 Normand’Innov January 31, 2013 Rouen Aero’Nov Connection Rencontres Université‐
Entreprise RUE 2013 Rendez‐Vous Carnot January 30‐31, 2013 March 27‐28, 2013 Versailles Paris October 9‐10, 2013 Lyon Mobility and transport Nuclear industry and research Local innovative industries Aeronautics Higher education fair National innovative industries Aeronautics and space Scientific Day on June 5, 2014 Aeronautical & Spatial Propulsion INSA Scientific Day Carnot ESP July 4, 2014 Scientific Day Carnot MICA September 29, 2014 Innovation Weeks in October 10, 2014 Basse‐Normandie Ecotechnology Days November 19‐20, 2014 Caen Rouen Rouen Strasbourg Caen Rouen Propulsion engine Energy Materials Round‐table event on holographic techniques Energy Materials Since 2014, the new project manager has involved researchers in business fairs in order to present their particular skills and some of their current projects. This approach gives more credit to usual presentation of the LABEX EMC³ and is well appreciated by industrial contacts. Some contact are still in discussion to start new partnerships. For next events, the LABEX project manager will concentrate his/her action on shows organizing business appointments at national and regional scope. 2/ Impact de la labellisation et du financement associé /
Label and associated funding impact
Cette partie propose un « focus » sur la « plus-value » effectivement constatée que la labellisation
« Laboratoires d’excellence » aura apportée. Celle-ci sera décrite à travers tous les champs du projet
(recherche, formation, valorisation, dynamique collective d’entraînement). Il s’agit d’identifier en quoi la
labellisation et le financement fait une « différence » par rapport à la situation initiale et de décrire l’ensemble
des actions qui n’auraient pas pu être conduites sans cette labellisation.
A) Description des réalisations
description
scientifiques/Scientific achievement
Caractère original ou inédit de la programmation scientifique, principales avancées dans la connaissance
scientifique et positionnement de celles-ci dans le contexte scientifique international, nouveaux partenariats
scientifiques sur le plan national et international, etc. liés au développement du Labex., rayonnement
interdisciplinaire du Labex sur le site, impact du Labex sur la politique internationale du site,…
Décrire les appels à projets mis en œuvre : objectifs, modalités et description des projets financés.
Maximum 10 pages.
14 ● Original character of the scientific program Environment and sustainable development are key issues for our modern‐day societies. The scientific roadmap of the LABEX EMC³, as presented in the chapter 1.2, contributes to improve Norman expertise in two strategic fields: on one hand, consumption reduction of fossil energies and their impact and, on the other hand, improvement of the energy conversion and of the nuclear reliability. In that context, the LABEX has permitted to create synergetic collaborations between the seven laboratories (see chapter D for ecosystem structuration). In accordance with the objectives of the project EMC³, the table below shows the number collaborative projects developed by sub‐domains of the three research axes. Sub‐domain Nb. of collaborative projects Thermoelectricity 4 Photonics 4 Research field ENERGY MATERIALS CLEAN COMBUSTION Materials in nuclear environment Catalysis from bio‐resource
Combustion engine coupled to thermoelectric modules Reactive flow simulation
Pollution reduction
1
CIMAP‐CRISMAT‐GPM‐
LCMT‐ LCS‐ CIMAP‐CRISMAT‐GPM‐
LCMT CIMAP‐CRISMAT‐GPM‐
LCMT CRISMAT‐LCMT‐LCS
1 CORIA‐CRISMAT 4
3
CORIA‐LOMC
CIMAP‐CORIA‐LCS
CIMAP‐CORIA‐
CRISMAT‐GPM 3 Atomic Probe MULTIDISCIPLINARY RESEARCH 3 Laser technology and applications Electron diffractometry
Implied laboratories
3 CIMAP‐CORIA‐LOMC 1
CRISMAT‐LCMT‐LCS
● Major advances in scientific knowledge To summarize, the LABEX EMC³ has permitted to strengthen 4 domains of expertise in Normandy: Thermoelectricity, Lasers, Fluid Mechanics and Atomic Probe. This can be seen by two lightly but relevant increases: 1) the amount of peer review papers in high ranked journals (Nature, Science) from 0 to 1 in 2009‐2010 to 5 from 2012‐2014 and also the total number of published articles which has increased by 17% from 2010 to 2014 and 2) the growth of patent claims during the same period. Total publications of the LABEX members Publications/year 2010 2011 2012 2013 2014 CIMAP 125 140 171 191 183 CORIA 64 70 76 100 77 CRISMAT 117 123 109 121 117 GPM 151 166 130 148 208 LCMT 25 33 35 38 35 LCS 77 55 52 47 34 LOMC 26 32 31 30 30 SUM 585 619 604 675 684 15 Publications in high‐impact journals (Nature, Science) Publications/year CIMAP CORIA CRISMAT GPM LCMT LCS LOMC SUM 2009 2010 2011 2012 2013 2014 1 1 3 2 2 1 1 1 2 1 1 1 1 1 2 5 5 5 LCMT 1 4 LCS 1 1 1 Patent claims Patents /year 2009 2010 2011 2012 2013 2014 CIMAP 1 1 CORIA CRISMAT 1 1 1 GPM 1 LOMC 1 SUM 2 1 5 2 5 0 ● New na onal and interna onal scien fic partnerships As it would be developed in chapter 3.3, the PIA label has allowed the 7 members to participate and sometime to hold many new projects amongst the different European framework programs. Besides, the 30 funded projects have also initiated new national and international collaborations. In the table below are given a selection of these collaborations with the most renowned partners. Project Laboratory New academic partners MATISS CIMAP CEA‐Bordeaux (France) OPTI GP RE LOMC ONERA (French aerospace research center) CIMAP DGA (French governmental organization for SOLAIR defense procurement) LUZ CIMAP Centro Nacional de Microlectronica (Spain) GPM Institute of Physics of Advanced Materials from Ufa University (Russia) NANINOX CIMAP Michigan State University (USA) CEA‐Saclay (Paris) ● Labex impact on the site's interna onal policy Concerning the international influence of Norman Research, the LABEX EMC³ is participating to its recognition with the recruitment abroad of future researchers. By now, 5 amongst 14 PhD students funded by the LABEX were postgraduates outside France; moreover 11 over the 26 research fellows come from foreign universities. For the second half of the LABEX duration, the Executive Committee has planned to put a specific program in place to facilitate the hiring of international young researchers inside the laboratory members. This program in agreement with the regional institutions is an original way to increase the attractiveness of the two Regions and the excellence of our research abroad. It will allow attracting outstanding young researchers for two years with co‐funding by the LABEX and the two Regions. 16 Finally, the international recognition is also demonstrated by the significant increase of visiting professors in the LABEX EMC³ laboratories over the period 2011‐2014 and without granting any financial support from the LABEX EMC³. Visiting professors/Associated researchers in the LABEX EMC³ field of research (duration ≥1 month) year CIMAP CORIA CRISMAT GPM LCMT LCS LOMC SUM 2010 2011 2012 2013 2014 1 2 3 1 4 4 4 2 3 2 2 3 2 1 1 1 1 1 2 1 1 5 9 5 7 12 17 15 ● Interdisciplinary influence Another impact of the LABEX EMC³ is the intensification of interdisciplinary research by making laboratories from different National Institute collaborates. Currently, 12 collaborative projects gather units from INC and INP, 5 projects rally teams from INP and INSIS, 3 projects for INC‐INSIS and 1 project for INP‐INC‐INSIS. B) Ressources humaines/Human resources
Politique RH, dans le cadre de la politique de l’Idex et/ou du site, du recrutement au suivi des parcours
professionnels.
Instruments RH nouveaux, recrutements significatifs
Décrire l’ « effet labex » sur le recrutement des chercheurs et enseignants-chercheurs.
Maximum 2 pages.
Despite an unfavorable context for the hiring of researcher in the academic system (Universities/CNRS), the LABEX laboratories have kept a constant volume of hiring over the years. New statutory personnel (Researchers, Teacher‐researchers): Hiring /year 2010 2011 2012 2013 2014 CIMAP CORIA 2 1 1 1 0 1 2 0 2 CRISMAT GPM LCMT LCS LOMC SUM 0 3 2 1 1 0 2 1 0 0 1 0 0 1 1 0 0 0 0 0 1 1 0 0 3 7 7 3 5 C) Moyens financiers, effets leviers/Financial resources, leverage effect
Co-financement et levées de fonds, équipements, etc. permis par les financements du Labex,
Expliciter la cohérence avec la politique scientifique globale des laboratoires. Maximum 1 page
To shelter the technical tools required for the LABEX EMC³ and the EQUIPEX GENESIS research staff, a building dedicated to a future surface analysis platform and a facility focused in beam microscopy was built and delivered in the beginning of 2015. The new building in the ENSICAEN campus was co‐
funded by national, regional and territorials grants for a total amount of 1 M€, without LABEX EMC³ support. The equipment part for the surface analysis for a total budget of 1.3 M€ will be co‐funded with 0.25 M€ from the LABEX EMC³. The residual input is completed through the “Contract de Plan Interrégional Etat‐Régions Vallée de Seine” (Upper and Lower‐Normandy, and Paris Region), as part 17 of the project “Matériaux en Seine”, linking EMC³ and GENESIS laboratories and the laboratories from Saclay. The equipment acquisition as planned in the financial package (10% total part of Labex finances) is: Equipment SIMS Solid State NMR Optical Diagnostics for fluids Spectroscopy instrumentation Laser for atomic probe Cost with taxes (M€) 1.2374 0.742 Total Labex equipment (M€) Labex participation 30% (M€) 0.317
0.404
1.245 0.311 Total expenditures
2011‐2014 (M€) ‐ 0.404 ‐ 4.4 1.245 0.037 0.992 0.198 ‐ ‐ Also, for some of the research projects, smaller equipment has been bought: Year 2011‐2012 2013 2014 Equipment expenses in research projects 146 664 €
294 998 €
347 259 €
Total research expenses 578 955 €
1 227 430 €
2 338 197 €
Equipment part of research expenses 25% 24% 15% The Labex labeling had a significant impact on regional investment as presented below: Year Regional funding Region Amount 2011 Co‐funding of Transmission Electron Microscopy Lower‐Normandy 650 000 € 2012 4 PhD thesis co‐funded (CRISMAT/2xLCMT/LCS) Two‐year research fellow grant (CRISMAT) Co‐funding FEDER Equipment SOLAIR (CIMAP) Two‐year chair (CRISMAT) 3 PhD thesis 100% funded (3xGPM/LOMC/CORIA) Five‐year chair (CORIA) Five‐year chair (CORIA) Assistant engineer (CORIA) 2 PhD thesis co‐funded (CORIA, LOMC) 1 research fellow 100% funded (LOMC) DIAMECO analysis platform (LOMC) 5 PhD thesis 100% funded (3xGPM/2xLOMC) Lower‐Normandy Lower‐Normandy Lower‐Normandy Lower‐Normandy Upper‐Normandy 177 100 € 86 600 € 38 814 € 84 400 € 470 000 € CNRS CNRS Upper‐Normandy Upper‐Normandy Upper‐Normandy Upper‐Normandy Upper‐Normandy 50 000 € 50 000 € 35 000 € 90 400 € 43 100 € 693 000 € 470 000 € 2013 2014 TOTAL SUM 2.9 M€ 18 D) Impact du Labex sur la politique de son écosystème/ Labex Impact on its
ecosytem policy
Contribution à la structuration scientifique, rapprochement ou fusion d’unités de recherche, impact sur la
politique de formation, etc.. On pourra préciser également des rapprochements et partenariats opérés avec
d’autres projets du PIA : Labex, Equipex, Santé et biotechnologies, etc.
Pour les Labex en réseau ou multi-sites, l’impact au niveau national sera décrit
Pour les autres Labex, l’impact sur l’établissement, l’Idex ou le site sera décrit.
Maximum 2 pages
● Scien fic structura on and eventual unit merger or fusion If the seven units have a long tradition of collaborations as evidenced by the existence of research federations such as IRMA (Research Institute for Advanced Materials, federating CRISMAT, GPM and CIMAP) and IEPE (Institute of Energy, Propulsions and Environment, federating CORIA, LCS and LOMC) or the applied‐research Carnot Institute on Energy and Propulsion systems (CORIA and GPM), the LABEX EMC³ has strengthened this network by creating new partnerships between teams who did not cooperate before and by sustaining strong collaborative researches on the following topics: Involved Laboratories Research area GPM‐ CORIA‐CIMAP‐CRISMAT Development of atom probe tomography CRISMAT‐GPM‐LCMT‐LCS CRISMAT‐CORIA CORIA‐LOMC New thermoelectric materials based on oxides and/or hybrid organic‐inorganic compounds Integration of thermoelectric materials in combustion engine Turbulences, viscoelasticity and complex flows modelling CORIA‐LOMC Development of optic metrology of complex flows CORIA‐CIMAP‐GPM‐CRISMAT Shaping of laser beams and laser sources LCMT‐CRISMAT‐LCS‐GPM LCMT‐LCS LCMT‐CRISMAT‐CIMAP Study of continuous flow catalysts in ionic liquid phases and interactions Mesoporous zeolites and uses as catalysts or mesoporous membranes Nanostructuration and nanostructured devices for photovoltaic applications CIMAP‐LCMT Influence of irradiation on macromolecular materials GPM‐CRISMAT Influence of irradiation on metal alloys CRISMAT‐GPM Nanostructuration of permanent magnets CRISMAT‐GPM Study of magneto‐transport properties in oxides CRISMAT‐LCS‐CIMAP Development of electron diffraction LCS‐CORIA Relation between soot and combustion performance on biofuel composition CORIA‐CIMAP Characterisation of soot The network diagrams below represent the evolution of partnership within the LABEX members from 2010 to 2014 (bolder link means more collaborative projects). As we can see new collaborations such 19 as LCS/CORIA, LCMT/GPM and CRISMAT/CORIA were initiated. Moreover partnerships between CRIMAT, CIMAP, GPM, CORIA and LOMC were strengthened. ● Relationship with other PIA projects The LABEX EMC³ has developed some relationship with other PIA projects or their research units. We can mention the participation of the CIMAP teams in the national network LABEX GANEX working on nitride derivatives of the boron group. Despite the fact that the two LABEX have not succeeded to establish a collaborative project during the 2014 inter‐labex project call due to unbalance between both funds, it is still hoped to find a way to collaborate in the near future. Secondly we should notice the strong integration of the GENESIS EquipEx project with the LABEX EMC³ researches. This equipment framework built on the French call “Equipements d’Excellence” (hold by GPM, CIMAP and Saclay), is a unique platform in Europe for the development of experimental analysis at nanoscale of irradiated materials. For example it is an essential mean for the irradiated materials studies taking place in the projects TEPRI (polymers) and NANINOX (alloys). More generally, elements of this platform are involved in the main LABEX research projects including material analyses. Other equipment platforms are interacting with LABEX EMC³ members such as the High performance computing mesocenters network called EQUIP@MESO that is working in close relationship with the CORIA teams on modelling complex flows and sprays. The DESIR (decay, excitation and storage of radioactive ions) and S3 (Super Separator Spectrometer) facilities are used by the CIMAP teams on irradiation research. Furthermore, the nanoelectronic PIA project MEDILIGHT 2017 that aims to develop LED applications on medical and lightning markets strengthens the link between upstream research (CRISMAT), innovative technologies (CEA‐LETI) and industrialisation (IPDIA, a local SMES) by implementing a pilot facility shared between partners based in Caen. The project NANOHOLO of the LABEX EMC³ on the development of holography techniques in atomic probe aspires to bring new metrology in the field of nanoelectronics was partly carried on this facility. At this time, one inter‐labex project has been selected during the 2014 project call (AAP2014) implying collaboration with the LABEX CAPRYSSES dedicated to aero‐thermodynamics and chemical kinetics for clean propulsion systems. This collaborative project COCC, starting in 2015, will deal with optimized combustion for carbon capture and involve a thesis co‐supervision. ● LABEX impact on educational policies As descripted in the initial report, researchers from LABEX laboratories are strongly involved in Master degree or Engineering diploma and give courses to the different localisations (Caen, Rouen, 20 Le Havre). Moreover the LABEX EMC³ promotes common Master diplomas such as Master 2 MANE (Materials, Nanoscience and Energy; common to ENSICAEN, Caen university and Rouen university), Master 2 EFE (Energy, Flows and Environment ; common to Le Havre university, Rouen university and INSA de Rouen), Master 2 DIODE (Development of instrumentation, optics and diagnostics ; Le Havre university and Rouen university). Indeed, the LABEX EMC³ funds a training exchange for Master 2 MANE student of Caen and Rouen in order to improve their formation and expertise on electronic microscopes and atom probe that are only available in the different LABEX laboratories. With the influence of the LABEX and the strengthening of Norman universities collaboration, the two regional Doctoral Schools (SIMEM in Caen and SPMII in Rouen and Le Havre) covering Physics Engineering sciences, and Materials are merging to a unique body called PSIM that would reunite around 200 PhD students from 6 of the 7 LABEX laboratories in October, this year. In 2014, an engineering school (ESITECH) under the Rouen university supervision and coordinated by both CORIA and GPM was created. It offers 3 specialities covering the expertise of the two partners: Diagnostics for fluids and energy systems, Materials reliability for transport and energy and Multi‐
physical numerical modelling. ● LABEX impact on higher educa on establishments of the sites The LABEX EMC³ has made recently a significant impact on the regional university policy. The two executive managers of the LABEX EMC³ led a working group of the Norman I‐SITE project (PIA2) in the field of Energy, Materials and Combustion. Discussions within this group led to propose a structuration of Norman research centres on nuclear energy and renewable energy on the basis of existing collaborations and competencies within the LABEX EMC³. This I‐SITE is expected to carry on the EMC³ structuration and collaborations beyond the project closure in 2019 and to lead the research strategy of the laboratories to new identified trends such as hydrogen fuelling, production and storage, carbon capture and storage, nuclear energy including 3rd and 4th generation, battery improvement for hybrid and full electric engine, 3/ IMPACT SOCIO ECONOMIQUE / SOCIO-ECONOMIC IMPACT
Cette partie constitue un second focus sur l’impact socio-économique du Labex. Décrire ici les
principaux impacts déjà constatés du projet, en reprenant notamment la déclinaison opérationnelle
des éléments spécifiés dans l’annexe dédiée de la convention (maximum 2 pages)
3.1 Partenariats avec les acteurs du secteur socio-économique (les entreprises, les pôles
de compétitivité, les fondations...), et relations contractuelles établies ; création de start
ups ; accueil d’industriels dans le Labex par exemple
Partnerhips with social and economic actors (industrial actors, competitiveness clusters,
fundations…) and established agreements; start-up creation; hosting of industrial actors in
the Labex for instance…
As presented in the submission report, the LABEX EMC³ is supported by the international competitiveness hub MOV’EO in automotive business. Our research roadmap fits in their Strategic Business Area on “Environmental impacts of vehicles”. This engagement between our two structures 21 is implemented with seats in the Steering Committee and in the Scientific Council occupied by Jean‐
Dominique WAGRET, vice‐president of MOV’EO. In addition of this competitive cluster, the Steering Committee has got 3 seats for representatives of the energy, automotive and electronics industries who are Olivier Dupont (EDF, Electric utility company), Sylvain Allano (scientific director of PSA, automobile manufacturer) and Franck Murray (CEO of IPDIA, passive components supplier). Besides implication of economic actors in the governance of the LABEX EMC³, laboratory members are in close relation with local competitiveness and industry clusters such as: ● NAE: a Norman network of aeronautics, space, defense and security actors composed of SMES, large companies, research and higher education organizations. ● Nucleopolis: a Norman cluster commissioned to economic development of the local nuclear industry in the field of energy and health ● Energies Haute‐Normandie: an association of industries and research and higher education establishments specialized in the field of renewable and non‐renewable energies. ● Ouest Normandie Energies Marines: a public association aiming to be the privileged interlocutor to industries, territorial collectivities, State services and European Commission on marine renewable energy in Lower‐Normandy ● HYDRODATA 2020: a recent association of companies, territorial collectivities and universities dedicated at laying the foundation for a future technological research institute (IRT) and developping smart grids and hydrogen fuel business sector in Normandy. The hydrogen fuel industry, which is still in its infancy in Normandy, is seen by the LABEX EMC³ members has a trend for future research inside the laboratories and thus was supported as a development axis in the redaction of the Norman I‐SITE project. As described in the paragraph 1.5 project managers participated to some trade and show fairs and made few contacts with industrial representatives. But lately, the implication of researchers in those business fairs with the project manager has allowed making meaningful contact with industries that have yet to be realized through some partnerships. Nevertheless laboratories of the LABEX EMC³ have already string partnerships with the automotive, aerospace and energy industries. In the table below the number of contract with industrial partners is indicated: Years Industrial contracts 2011 € 4 933 098 2012 € 5 848 200 2013 € 2 578 770 Nb new contracts 52 67 30 Service and consultancy € 627 495 € 205 947 € 395 915 Nb new services 27 15 49 € 6 054 147 € 2 974 685 SUM € 5 560 593 3.2 Relation avec la ou les SATT et le cas échéant, les IRT ou ITE ainsi qu’avec les
autres dispositifs de transfert relevant des établissements d’enseignement supérieur et
organismes de recherche/
Relationship with the SATT (Tech-Transfert Societies), where possible, IRT (Technological
research instituts) or ITE (Technological research instituts in the field of energy) and with
other transfer systems involved in higher education and research institutions
22 So far, there are neither SATT nor IRT in Normandy and our host universities are not part of an ITE, however collaborations with the “CNRT Materials”, a joint‐research center in Caen which encompasses five of our laboratories (CIMAP, CRISMAT, LCMT, LCS and LOMC) and with the Carnot Institute on Energy and Propulsion Systems, in Rouen which includes the two remaining labora M€tories (CORIA and GPM) act both of them as technology transfer centers. They host business managers who approach companies and SMES to deal services and research contracts. Nevertheless Norman Higher education institutions and economic development agencies are presently working on the mutualisation of their services toward tech‐transfer of local public research. They should lead to the creation of a SATT‐like agency within the year, called “Normandie Valo” which is part of the I‐SITE project. It will coordinate and organize the process of maturation and the development of new tools and services for tech‐transfer, complementing and in consultation with the different tech‐transfer services. 3.3 Relation à finalité économique avec des instituts de recherche partenariale
européens, dans le cadre du PCRD, etc
Commercial relations with European public-private partnership research institute, within
the Framework Programs, etc.
The seven LABEX EMC³ laboratories play a significant role amongst European Framework Programs as research partner but also as a project leader (see red label). The table below shows the so‐called programs, the main industrial partners and when the budget is fixed, the part granted to the LABEX laboratories. Year UE funded projects Project type Private partners Budget (M€) 2010 2011 AFDAR FP7‐Transport Lavision Gmbh FIRST FP7‐Transport THETAGEN FP7‐JTI ENERMAT Interreg IV PERFORM 60 EURATOM LONGLIFE EURATOM THERMOMAG FP7‐SME LEMCOTEC FP7‐Transport AREVA, EDF, Rolls‐
Royce, GDF‐SUEZ AREVA, EDF, Rolls‐
Royce, Tecnatom S.A. EADS, thermos‐gen AB, Volvo AB, FIAT, TEGma SNECMA MEET Interreg IV TWI MONT BLANC FP7‐ICT Bull, ARM Ltd Royce‐Rolls, SNECMA, TurboMeca, AVIO THERMO‐GEN, EVEKTOR EMMI, GrupUnave Global: 2.66 Lab: 0.14 Global: 217 Lab: 0.14 Global: 1.0 Global: 2.5 Lab: 0.22 Global: 13.6 Lab: 2.9 Global: 5.2 Lab: 2.9 Global : 5 Global: 68.4 Lab: 0.22 Global: 5.1 Lab: 0.20 Global: 14.3 Lab: 0.01 23 2012 2013 2014 HAIC FP7‐TRANSPORT INNOVTEG FP7‐NMP E3C3 Interreg IV GENIE Interreg IV OFELIA Interreg IV ACTPHAST MATISSE FP7‐ICT EURATOM Airbus, Thales, SAFRAN, Zodiac Aerospace European Thermodynamics Ltd, Euro Support Advanced Materials BV, Tata Steel UK Ltd EMMI, GrupUnave EADS, thermos‐gen AB, Volvo AB, FIAT, TEGma EICT GmbH, Deutsche Telekom AG, NEC Europe Ltd. EDF Global: 22.8 Lab: 0.12 Global: 1.7 Global: 3.5 Lab: 0.70 Global: 1.2 Global: 6.3 Lab: 0.98 Global: 8 Global: 8.8 3.4 Actions entreprises pour la diffusion des connaissances ; leurs calendriers, leur
pérennité (hors publications dans des journaux scientifiques)
Promotion measures for knowledge dissemination; schedule, durability of the measures
(excluding publications in scientific journals)
As we discussed earlier, the LABEX EMC³ has got a website that presents firstly the EMC³ project and its governance and secondly introduces to closed research projects and their scientific results as well as their perspectives. This website serves as a knowledge diffusion platform and it is accessible to anyone. Another media is currently in the process of being implemented: a newsletter. This media will be dedicated to the same purpose namely the dissemination of scientific results, eventually new partnerships and achievements. The newsletter is planned to be edited every semester and will be spread to our laboratory personnel, student as well as our economic and institutional partners (industries, regional research offices, economic development agencies, tech‐transfer services…). Articles edited on our website haves a different schedule. They generally appear throughout the year due to the reception of closure reports and they are mainly written in collaboration with the scientific holder of the project. The 2014 monitoring of the website shows a large diffusion of our news at the national level (3540 page views) but also at the international scale with visitors coming from India (104 page views), USA (80 PV), Germany (50 PV) and Spain (34 PV) amongst other countries. Another media was established in the LABEX communication: a Twitter account. Firstly this platform helps to increase the visibility of the LABEX on the internet by increasing the page rank on search engines. But most of all, it allows to share information that a half‐yearly newsletter cannot bring. Our Twitter editorial content covers topics such as: 24 ▪ National and European energy policies ▪ Public research policies and funding ▪ Laboratory members’ news (press article, new award…) ▪ Labex EMC³ news (Project call, business shows…) ▪ Energy, Materials and Clean Combustion news ▪ Job positions within the Labex EMC³ The editorial content is mainly dedicated to our researchers and students to bring them news on trends they could need for their research. The interest around this media is increasing constantly since 2014 as we can see the growing number of followers. Moreover the quality of our content can monitor by the number and the origin of the “Retweets” (copy of a post). It is not uncommon that our “tweets” (message) get reuse by the Research Ministry, the CNRS or some Universities. In 2014, the LABEX EMC³ organized with the CNRS and the MIRIADE (a local economic development agency), a round‐table about tech‐transfer and holography technologies. This public event was attended by a class of 20 students of the European Project Management Master‐degree (M2 EPE) of the University of Caen. Since 2014, the LABEX EMC³ offers an allocation to cover the registration of Master and PhD students to workshops and thematic schools organized by researchers from the LABEX. The initiative is planned to be reproduce each year it brought lot of success. School topics Zeolites Turbulence and rotational flows Atomic probe Dates
19‐20/05/2014
Localization
Caen
Number of students
20 23‐26/06/2014 Le Havre 18 27‐31/10/2014
Rouen
24 Finally, the LABEX EMC³ organizes and funds a thematic exchange for the students of Caen/Rouen universities joint Master on Materials, Nanoscience and Energy (M2 MANE). The exchange permits to student from the other university to benefit an atomic probe formation in Rouen and an electronic microscopy formation in Caen. Such trainings they cannot get without the LABEX finances. 25 COMMENTAIRES LIBRES / FREE COMMENTS
Ces commentaires libres peuvent porter sur le projet lui-même et sa trajectoire, sur les indicateurs
fournis, sur les aspects financiers... (maximum 1 page)
Since last year, the Executive Committee is working on a new program to address two main difficulties that our laboratories encounter with the LABEX ending in 2019 and the national research employment situation. Only four project calls (2011‐2014) for PhD thesis via long‐term projects could be scheduled. The projects selected in 2014 were launched at the beginning of 2015 and thus, should end in the beginning of 2019. From 2015, we are only able to support short‐time projects but they are not always long enough to achieve stated goals. Most of all, the French public research situation is critical. When most of the occidental countries are investing in innovation, the French R&D expenses are stagnating, the number of new permanent recruitments for researchers and lecturers are decreasing and short‐term contracts are increasing with the apparition of research fellows with strong experience floating from one lab to another. To address this issue, the Executive Committee with its partners (regional institutions and governing authorities) is working to establish a two‐year program that will permit to find international candidates for local competitive recruitment inside Higher Education establishments and/or research organisms. During those two years, the candidates will pursue a research project selected by the Scientific Council and will be prepared by his/her laboratory host for this atypical competition. A part of the project budget will be granted by the Regional institutions that aim to create employment and attract new resources. Following the announce of a new national PIA “Programme d’Investissement d’Avenir” project call in 2014, “Normandie Université” association, federating the 5 establishments (Caen, Rouen and Le Havre Universities and, Rouen and Caen Engineering schools) requested the LABEX EMC³ direction to manage a working group on Matter, Materials, Energy area to address a regional candidature in the I‐
SITE category. This project Normand’I‐SITE would be essential to reinforce the local science, education and technology transfer for the next ten years. 26 Volet 2 - Indicateurs
(toutes les données sont renseignées en année civile)
RECONNAISSANCE SCIENTIFIQUE
ERC*
Médailles CNRS
IUF **
2011
0
0
0
2012
0
0
0
2013
0
0
0
2014
0
0
1
Il s’agit des distinctions accordées chaque année aux enseignants-chercheurs et chercheurs intervenant dans le
périmètre du Labex ; on compilera : (*) pour l’ERC les starting grants, consolidator grants et advanced grants,
(**) pour les IUF, les juniors et les seniors…
AUTRES PRIX ET DISTINCTION SCIENTIFIQUE
Le Labex est libre de signaler dans ce paragraphe toute distinction qu’il lui semblerait utile de porter à la connaissance du jury. Maximum une demie page (3400 caractères). Pour le CIMAP : Mr. Marcel TOULEMONDE a été récompensé par le prix de la conférence internationale « Radiation Effects in Insulators » pour sa contribution tant théorique qu’expérimentale la compréhension des effets d’irradiation dans les matériaux isolants. Pour le CORIA : 2011, Vincent Moureau et logiciel YALES2, IBM Faculty Award Pour le CRISMAT : 2013 : Wilfrid PRELLIER, prix de la division de chimie du solide de la Société Chimique de France (SCF) Pour le GPM : 2010 : Médaille CHEVENARD SF2M P. Pareige Le prix "FEMS lecturer Award" décerné à Xavier Sauvage. 12 août 2010 Pour le LCS : 2014 : Valentin Valtchev and Svetlana Mintova Médaille Cronstedt (Fédération Européenne des Zéolithes) 2013 : Philippe Bazin Cristal du CNRS 2012 : Arnaud Travert prix DivCat Pour le LOMC : 2014 : François Lique, Prix Jeune Enseignant‐Chercheur" de la SF2A, Société française d’astronomie et d’astrophysique 27 PUBLICATIONS
Année
Nombre de publications dans
des revues internationales
Nombre de monographies,
d’ouvrages collectifs, d’actes...
2011
0
0
2012
2
0
2013
23
3
2014
27
0
On recensera les publications et ouvrages où le Labex est spécifiquement mentionné
ETUDIANTS EN MASTER (PARTICIPANT AU DEVELOPPEMENT SCIENTIFIQUE DES
AXES DU LABEX)
Année
Nombre
d’étudiants
en Master
2011
0
2012
9
2013
13
2014
15
EFFECTIFS DU LABEX (DU DEBUT DU PROJET A FIN 2014) - PERSONNELS
STATUTAIRES
Nombre de personnes physiques
ETPT
Chercheurs (dont IGR)
40
4.92
Enseignants-chercheurs
101
12.52
7
0.75
Personnels de soutien
EFFECTIFS DU LABEX (DU DEBUT DU PROJET A FIN 2014) - PERSONNELS EN CDD :
POST-DOCTORANTS/DOCTORANTS
Post-doctorant : Nb
de personnes
physiques
Chercheurs (dont
IGR)
33
Post-doctorant :
ETPT
15.36
doctorant : Nb
de personnes
physiques
20
doctorant :
ETPT
12.35
28 EFFECTIFS DU LABEX (DU DEBUT DU PROJET A FIN 2014) - PERSONNELS EN CDD :
AUTRES
Autres : Nb de
personnes physiques
Autres : ETPT
Chercheurs (dont
IGR)
0
0
Enseignantschercheurs
0
0
Personnels de soutien
14
2.81
EFFECTIFS DU LABEX (DU DEBUT DU PROJET A FIN 2014) - PERSONNELS EN CDI
Autres : Nb de
personnes physiques
Autres : ETPT
Chercheurs (dont
IGR)
4
0.27
Personnels de soutien
1
0.05
DOCTORANTS Année
Nombre de
thèses
initiées dont
le
financement
est
entièrement
assuré par
le Labex
Nombre
de thèses
initiées
cofinancées
à 50% ou
plus par
le Labex
Nombre
de thèses
CIFRE
initiées
Nombre de
thèses
soutenues
dont le
financement
est
entièrement
assuré par
le Labex
Nombre
de thèses
soutenues
cofinancées
à 50% ou
plus par
le Labex
Nombre
de thèses
CIFRE
soutenues Nombre de
thèses en
cours dans le
Labex (quel
que soit le
type de
financement)
2011
0
0
0
0
0
0
0
2012
3
4
0
0
0
0
9
2013
6
0
0
0
0
0
21
2014
2
0
0
0
0
0
23
29 DONT: DOCTORANTS (AYANT EFFECTUES LEUR M2 OU EQUIVALENT DANS UNE
AUTRE UNIVERSITE QUE CELLE OU ILS SONT INSCRITS EN THESE)
Année
Pourcentage (%) de doctorants financés à
50% ou plus par le Labex ayant effectué
leur M2 ou équivalent dans une université
étrangère
Pourcentage (%) de doctorants financés à 50%
ou plus par le Labex ayant effectué leur M2 ou
équivalent dans une université française
2011
0
0
2012
86 %
14 %
2013
67%
33%
2014
50%
50%
DONT: POST-DOCTORANTS
Année
Nombre total de post-doctorants (personnes
physiques)
Dont nombre de Post-doctorants étrangers
recrutés à l’étranger (personnes physiques)
2011
0
0
2012
8
4
2013
11
5
2014
9
2
*Seront comptabilisés uniquement les post doctorants dont le salaire est assuré entièrement ou partiellement par le financement IA du Labex. LES PROFESSEURS INVITES Année
Somme des mois effectués par
des professeurs invités financés
entièrement ou partiellement
par le Labex
2011
0
2012
0
2013
0
2014
0
30 VALORISATION ET RESSOURCES PROPRES
Année
Nombre de brevets déposés
dans l’année sur les travaux
financés par le Labex
2011
2012
2013
2014
0
0
0
0
COFINANCEMENTS PAR ETABLISSEMENT PARTENAIRE Etablissem
ent
Coordinate
ur /
Partenaire
ayant
obtenu le
financeme
nt
Type
cofinanceu
r*
Nom
cofinanceu
r
CNRS PUBLIC‐
ADMINISTR
ATION CNRS Nature /
Objet du
financemen
t **
Montant
sur lequel le
cofinanceur
s’est engagé
sur la durée
du projet
(en €)
Montants
perçus en
2011 (en
€)
Montants
perçus en
2012
(en €) Montants
perçus en
2013
(en €)
Montants
perçus en
2014
(en €)
SGAR‐
Préfecture de Basse‐
Normandie Equipement RMN 269 729,00 45 952,03 25 569,11 PUBLIC‐
ADMINISTR
ATION SGAR‐
Préfecture de Basse‐
Normandie Equipement PPMS 117 062,00 22 732,40 90 929,60 PUBLIC‐
ADMINISTR
ATION SGAR‐
Préfecture de Basse‐
Normandie Equipement analyseur mécanique dynamique (ITEM) 46 760,00 37 408,00 CNRS PUBLIC‐
ADMINISTR
ATION SGAR‐
Préfecture de Basse‐
Normandie Equipement diffraction des RX et spectromèt
re (COLIBRI) 91 386,88 16 400,32 CNRS PUBLIC‐
COLLECTIVI
TES Région Basse‐
Normandie Equipement PPMS 105 593,00 52 796,50 52 796,50 CNRS PUBLIC‐
COLLECTIVI
TES Région Basse‐
Normandie Co‐
financemen
t thèse DELACOTTE 44 149,00 7 213,00 14 714,00 15 009,00 CNRS 31 (ITEM)
CNRS PUBLIC‐
COLLECTIVI
TES CNRS PUBLIC‐
COLLECTIVI
TES CNRS PUBLIC‐
COLLECTIVI
TES PUBLIC‐
COLLECTIVI
TES CNRS PUBLIC‐
COLLECTIVI
TES CNRS PUBLIC‐
ADMINISTR
ATION CNRS PUBLIC‐
COLLECTIVI
TE CNRS Région Basse‐
Normandie Région Haute‐
Normandie Co‐
financemen
t thèse EL SIBLANI (COLIBRI) Co‐
financemen
t thèse GRARE (3D) 44 149,00 21 927,00 50 000,00 7 000,00 Région Haute‐
Normandie Co‐
financemen
t thèse LEBON (3D) 50 000,00 7 000,00 Région Basse‐
Normandie Co‐
financemen
t thèse VITTOZ (COLIBRI) 44 149,00 7 213,00 14 714,00 15 009,00 Région Basse‐
Normandie Co‐
financemen
t thèse PAREIN (ITEM) 44 149,00 7 213,00 14 714,00 15 009,00 SGAR‐ Préfecture de Basse‐
Normandie Co‐
financemen
t Equipement diffractomè
tre (COLIBRI) 62 000,00 Région Basse‐
Normandie Co‐
financemen
t Equipement diffractomè
tre (COLIBRI) 50 000,00 25 000,00 1 439 968,88 143 119,93 118 865,5 254 334,03 TOTAUX *Seuls sont acceptés les types de cofinanceurs suivants (Veuillez respecter les majuscules et
tirets):

PUBLIC-ANR
32 







PUBLIC-COLLECTIVITES
PUBLIC-ADMINISTRATION
PUBLIC-AUTRES-ORGANISME
PRIVE-ENTREPRISES
PRIVE-ETABLISSTS-DE-SANTE
PRIVE-AUTRE
INTERNATIONAL-COMMISSION-EUROP
INTERNATIONAL-AUTRES
Pour les fonds FEDER , merci de répartir les montants indiqués entre les types de cofinanceurs « PUBLIC-COLLECTIVITES» et « INTERNATIONAL-COMMISSION-EUROP »
en fonction de la provenance des fonds.
Pour les fonds CPER, merci de répartir les montants indiqués entre les types de cofinanceurs «PUBLIC-COLLECTIVITES» et « PUBLIC-ADMINISTRATION» en fonction de
la provenance des fonds.
** Nature et objet du financement : On précisera notamment si le financement est apporté en
monétaire, en nature (ex: locaux, matériels...) ou en personnels.
33 Liste des annexes :
‐ Liste des publications relevant du projet et citant le financement PIA,
‐ Liste des thèses en cours financées partiellement ou totalement par le financement
Labex (titre de la thèse, nom du doctorant, université d’inscription, université d’origine)
‐ Liste des post‐Doctorants financés partiellement ou totalement par le financement
Labex (Sujet de recherche, nom, université d’origine)
‐ Liste des chercheurs invités (Nom, prénom, pays d’origine) pour une période de plus
de 2 mois.
‐ Liste des brevets et licences logiciels.
‐ Bilan des contrats pour les 7 laboratoires.
34 LABEX EMC3
1
1‐201
Projets de Recherche
MATISS
Date
Journal
publications
Sujet
Auteur
15/10/13
Optics letters
High‐brightness fiber laser‐pumped 68 fs–2.3 W Kerr‐lens mode‐locked Yb:CaF2 oscillator
G. Machinet et al.
18/03/13
Proceedings SPIE Solid State Lasers
Fluoride waveguide lasers grown by liquid phase epitaxy
P. Camy
CIMAP
conférences
Sujet
Date
Auteur
Lieu
01/01/13
P. Camy
San Francisco
01/06/13
P. Camy
Moscou
10/06/13
G. Brasse
Cherbourg
25/06/13
B. Farcy
brevets
Fluoride waveguide lasers grown by liquid phase epitaxy
Rare‐earth doped fluoride crystals for short‐pulse and waveguide lasers
Observation des agrégats d'ions Yb3+ dans CaF2 par microscopie haute résolution et spectroscopie de fluorescence à basse température
Physical Review B Direct imaging of rare earth ion clusters in Yb:CaF2 B. Lacroix et al
15/09/2014 90, 125214 (2014)
CIMAP/GPM
GPM
1‐202
Opti GP RE
01/04/13
Combustion and Flame
2013
Eds Center for Turbulence Research, Stanford.
CORIA
An optimization‐based approach to detailed chemistry tabulation: Automated progress variable definition
Hybrid transported‐tabulated strategy to downsize detailed chemistry for Large Eddy simulation in “studying turbulence by using numerical simulation databases XIV"
Y.‐S. Niu, L. Vervisc h& P.‐D. Tao
G. Ribert, P. Domingo & L. Vervisch
LOMC
1‐203
25/06/13
G. Ribert
01/06/13
Y. Nawab, A. Saouab, C. H. Park,
European Combustion Meeting, Lund
European Combustion Meeting, Lund
Rouen
Hybrid Transported‐Tabulated Strategy to Downsize Detailed Chemistry for Large Eddy Simulation
Shape distortion of Carbon/epoxy composite Parts during fabrication
SOLAIR
2013
CIMAP
08/08/2013
2013
CIMAP/CORIA
07/01/2014
Spatial properties of coaxial superposition of two K Aït‐Ameur
coherent Gaussian beams
20 W continuous‐wave cladding‐pumped Nd‐
Optics letters Vol. 3 doped fiber laser at 910 nm
M. Laroche
T. Godin, M. Fromager, E. Cagniot, Applied Optics, M. Brunel, K. Aït Vol. 52, 8310‐8317 Reconstruction‐free sensitive wavefront sensor based on continuous position sensitive detectors. Ameur
OpticsLetters dx.doi.org/10.1364
Mode‐lockedNd‐dopedfiber laser at 930 nm
A. Hideur, M. Laroche
/OL.39.000267
Appl. Opt. 52, 5766‐5772
09/06/13
M. Laroche
07/07/13
M. Laroche
CORIA/CIMAP
2013
2013
CORIA
2014
2014
CIMAP/CORIA
2014
08/07/13
A. Hideur
14‐17 April 2014
K. Aït‐Ameur
CLEO/QELS, San 20 W continuous‐wave cladding‐pumped Nd‐doped Jose
fiber laser at 910 nm
Journées Nationales de Laser à fibredopée néodymedélivrant 20W à 910nm
l’Optique Guidée, Paris
Laser à fibre à verrouillage de modes émettant à 930 Paris
nm
Reconstruction‐free wavefront measurements with Brussels, Belgium.
enhanced sensitivity
J. of Quantitative Spectroscopy and M.Brunel, H. Shen, S; Radiative Phase contrast metrology using digital in‐line Coetmellec, D. Lebrun, Transfer, Vol. 126, holography: general models and reconstruction of K. Ait Ameur
113‐121 phase discontinuities
C. Rémacha, S. Appl. Opt., Vol. Digital in‐line holography with a rectangular Coëtmellec, M. Brunel, 52, A147‐160 complex coherence factor
D. Lebrun
S. Coëtmellec, W. Wichitwong, G. J. Europ. Opt. Gréhan, D. Lebrun, M. Soc.: Rap. Public., Digital In‐Line holography assessment for general Brunel, A.J.E.M. Vol. 9, 14021
phase and opaque particles.
Janssen
J. Europ. Opt. Soc.: Rap. Public. Vol. 9, 14008
Optics and Lasers in Engineering, Vol. 54, 88‐92
Interferometric out‐of‐focus imaging simulator for irregular rough particles
M. Brunel, S. Coetmellec, G. Gréhan, H. Shen, Size metrology of a pure phase object based on the laser probe beam reshaping
M. Fromager, M.Brunel, K. Aït Ameur
20/08/12
Québec
M. Brunel
08/07/13
09/06/13
A. Hideur
M. Brunel
05/04/13
M. Brunel
1‐204
Numerical modelling of selective non catalytic reduction DeNOx Process,
ASAP
19/02/2013
GPM
dec 2014
an 2014
GPM/CIMAP
an 2014
an 2014
GPM
15‐
19/09/2014
Brunel, Gréhan
19‐
22/05/2014
Gréhan, Brunel
02/07/2013
L.Rigutti
08/09/13
E. Silaeva
01/11/13
I. Blum
Journées Nationales de l’Optique Guidée, Paris
CLEO/QELS, San Jose
RGJ – PhD Congress XIV, Choubari
Transfer matrices formalism for the design of complete laser diagnostic systems: applications to Femtosecond Digital Holography and Interferometric Laser Imaging for Droplet Sizing
Laser à fibre à verrouillage de modes émettant à 930 nm
Mode‐lockedNd‐dopedfiber laser at 930 nm
Optical characterization of particle fields : Progresses and challenges en the field of energy
Imagerie interférométrique laser en défaut de mise au point: développements théoriques, caractérisation de gouttes et bulles dans un volume, extension à la Marseille, France. caractérisation de particules rugueuses irrégulières
Some progresses on interferometry techniques applied to particle measurements”, 7th World Congress on Particle Technology (WCPT7)
Beijing, China..
L. Rigutti, Vella A, Vurpillot F, Gaillard A, Ultramicroscopy Sevelin‐Radiguet N, Coupling Atom Probe Tomograpgy and doi: Houard J, Hideur A, Photoluminescence Spectrscopy: Exploratory 10.1016/j.ultrami
Martel G, Jacopin G, Results and Perspectives
c.2013.02.002
De Luna Bugallo A, Deconihout B.
L Arnoldi, EP Silaeva, F Ultramicroscopy Role of the resistivity of insulating field emitters Vurpillot, B doi:10.1016/j.ultra on the energy of field‐ionized and field‐
Deconihout, E Cadel, I mic.2014.11.018 evaporated atoms
Blum, A Vella
L. Arnoldi, E. P. Silaeva, A. Gaillard, F. J. Appl. Phys. 115, Energy deficit of pulsed‐laser field‐ionized and Vurpillot, I. Blum, L. 203705 (2014)
field‐emitted ions from non‐metallic nano‐tips
Rigutti, B. Deconihout and A. Vella
L. Mancini, N. Amirifar, The Journal of D. Shinde, I. Blum, M. Physical Chemistry Composition of Wide Bandgap Semiconductor Gilbert, A. Vella, F. C, J. Phys. Chem. Materials and Nanostructures Measured by Atom Vurpillot, W. Lefebvre, Probe Tomography and Its Dependence on the C, (2014), 118 R. Lardé, E. Talbot, P. Surface Electric Field
(41), pp Pareige, X. Portier, A. 24136–24151
Ziani, C. Davesnne, C.
Lorenzo Rigutti, Ivan ,Correlation of Microphotoluminescence Blum, Deodatta Shinde, David Nano Lett., 14 (1), Spectroscopy, Scanning Transmission Electron Microscopy, and Atom Probe Tomography on a Hernández‐
pp 107–114, Single Nano‐object Containing an InGaN/GaN Maldonado, Williams (2014)
Multiquantum Well System
Lefebvre, Jonathan Houard, François
2014
Nano Lett, 14 (11), Do dielectric nanostructures turn metallic in high 6066‐6072, 2014. electric dc fields?
1. E. Silaeva, L. Arnoldi, M.L. Karahka, B. Deconihout, A. Menand, H.J. Kreuzer, and A. Vella dec 2014
Three‐dimensional nanoscale study of Al Appl. Phys. Lett. segregation and quantum dot formation in 105, 243106 (2014)
GaAs/AlGaAs core‐shell nanowires
L Mancini, Y Fontana, S Conesa‐Boj, I Blum, F Vurpillot, L Francaviglia, E Russo‐
Averchi, M Heiss, J Arbiol, A Fontcuberta i Morral, L Rigutti
Congrès de la Société Française de Physique, Marseille
European Congress on Advanced Materials and Processes EUROMAT, Seville‐
Espagne
Corrélation de sonde atomique tomographique et spectroscopie de micro‐photoluminescence: résultats préliminaires sur des nanofils semiconducteurs, Congrès de la Société Française de Effect of high electrostatic field on the interaction of a femtosecond laser pulse with a semiconductor atom‐
probe tip
Correlation of micro‐photoluminescence spectroscopy, AVS Conference, transmission electron microscopy and atom probe Long Beach (USA) tomography on an InGaN/GaN multi‐quantum well system
Patent pending n°FR13 53065
start‐up
L. Rigutti
08/09/13
A. Vella
2 Aout 2014
F. Vurpillot
31 Aout 2014
F. Vurpillot
APT&M 2014, Stuttgart
15 decembre 2014
F. Vurpillot
CPR ODISSE Orleans
22/10/14
F. Vurpillot
14/11/13
L. Rigutti
13/05/14
L. Rigutti
27/08/14
L. Rigutti
25/09/14
L. Rigutti
Quantum Dots Workshop, High Magnetic Field Laboratory, Toulouse
29/10/14
L. Rigutti
02/09/2014
L. Rigutti
03/12/2014
L. Mancini
03/09/14
L. Mancini
03/09/14
J.Houard
03/09/2014
I. Blum
05/07/2014
A. Vella
04/09/2014
I. Blum
24‐29 Aout 2014
A. Hideur
27‐30 juillet 2014
A. Hideur
01/07/13
J. Cardin
02/07/13
J. Cardin
9‐11 Juillet 2014
F. Gourbilleau*, P. Benzo, L. Dumont, J. Cardin, C. Dufour and C. Labbé CIMAP
1‐205
workshop "Electron‐driven molecular processes and spectroscopy", Le Havre
Nanowires Workshop, Rehovot (Israel)
IPRM‐CSW Montpellier
Nanowire Workshop, Eindhoven
12‐16 Mai 2013 A. Hideur
CORIA
Nanowires Workshop, Tel Aviv (Israel)
European Congress on Advanced Materials and Processes EUROMAT, Seville‐
Espagne
IUMAS VI,The International Union of Microbeam Analysis Societies, Hartford, CT, USA
12/11/13
Correlation of µPL, TEM and APT on a single nanoobject containing an InGaN/GaN multi‐quantum well system
Role of surface state and defects in the field evaporation of oxides
Workshop on APT : Fundamentals of atom probe tomography (Invited)
Atom Probe Tomography pre meeting school; Field emission and field evaporation, invited
Metrologie de la Sonde Atomique Tomographique: de l’approche microscopique à l’appoche macroscopique (invité)
Molecular Dissociation under high electric field in APT, invité
Correlation of µPL, TEM and APT on a single nanoobject containing an InGaN/GaN multi‐quantum well system
Correlation of µPL, TEM and APT on a single nano‐
object (invited)
Atom probe tomography of III‐N nanowire heterostructures and its correlation with optical spectroscopy and transmission electron microscopy (invited)
Correlating structural and optical properties of III‐N nanowire quantum structures at the single nano‐object level (invited)
Corrélation entre propriétés optiques et structurales de GDR PULSE + nano‐objets uniques contenant des hétérostructures III‐
Nanofils, Toulouse
V (invité)
Correlation of optical and structural properties of a single nano‐object analyzed by micro‐
APT&M 2014, photoluminescence spectroscopy, transmission Stuttgart
electron microscopy and atom probe tomography
Three‐dimensional atom probe analysis of Al Conférence J2NO, segregation and quantum dot formation in Orléans
GaAs/AlGaAs core‐multishell nanowires
APT&M 2014, Stuttgart
APT&M 2014, Stuttgart
APT&M 2014, Stuttgart
IVSC 2014 Saint Petrabourg
APT&M 2014, Stuttgart
Role of surface electric field in the deviations from stoichiometric composition in atom probe tomography of compound semiconductors: conditions for a correct measurement of alloy fractions
field evaporation of non‐metallic materials
Energy deficit and energy dispersion in laser assisted atom probe tomography
energy deficit of pulsed‐laser ionized ions
Coulomb repulsion between dissociation products in atom probe tomography
CLEO‐Europe‐
EQEC conference, Passively mode‐locked laser based on an ultra‐large Munich, dispersion Yb‐doped fiber
Allemagne
6th EPS‐QEOD EUROPHOTON High‐power High‐power ultra‐short pulse generation CONFERENCE, from an Er‐doped fiber amplifier
Neuchatel, Switzerland
Advanced Photonics Congress : High‐energy ultrafast fiber lasers
Speciality Optical Fibers (SoF), Barcelona Spain
International Conference on Materials for Advanced Technologies
International Conference on Materials for Advanced Technologies
Conférence invitée :EMSI 2014‐
International Conference on Electron Microscopy. New Delhi
Nanostructured Silicon and Rare Earth Based Gain Media for Compact Infra‐red Light, Experimental and Theoretical Investigations,
Development of New Kinds of Plasmonics Materials Through Swift Heavy Ion Shaping Technique,
Rare earth ions coupling for the new generation of down converter layers
COLIBRI
27‐28/06/2013 P.F. Vittoz
12/12/12
I Dez
24/05/12
I. Dez
LCMT
07/06/13
13‐18 Juillet 2014
22/10/12
CRISMAT
P.F. Vittoz
Journées Nord‐
Ouest Européennes des Jeunes Chercheurs, Le Havre
SCF Journées de la Section Régionale Centre‐Ouest, Poitiers
GlycoSciences2012
, Le Havre
Journée Ecole Doctorale Normandie Chimie, Caen
Pierre‐François Vittoz, Jocelyne Levillain, Hussein El Siblani, Baptiste BOSS XIV / Rigaud, Christian Louvain la Neuve Fernandez, Alina (Belgique)
Bruma, Sylvie Malo, Annie‐Claude Gaumont & Isabelle Dez
Université de A. Bruna
Rouen
Renewable bio‐resources ‐ supports for SILC (Supported Ionic Liquid Catalyst) technology
Polysaccharides marins/liquide ionique : Quels atouts pour la catalyse ?
Matériaux Catalytiques à base de Polysaccharides et de Liquide Ionique
Catalytic materials and ionic liquids for renewable bio‐
resources enhancement
Elaboration of catalytic materials based on bio‐
resources Atomic level imaging of monometallic polymer encapsulated Pd nanoparticles and bimetallic AuPd nanoclusters
Direct atomic imaging and density functional theory of transition metal nanoalloys
23/11/13
A. Bruna
Caen
12/07/14
A. Bruna
IEM Montpellier
Atomic imaging of single Pd doped Au25 clusters and Pd nanoparticles embedded into Na alginate polymer
10/12/13
H. EL SIBLANI
Journée scientifique de la fédération EPE, Rouen
New Recyclable Catalytic Materials: Development and Understanding of Reactivity
01/07/13
C. Delacotte
01/10/13
D. Pelloquin
01/11/13
C. Delacotte
08/09/14
C. Delacotte
01/09/12
F. Hüe
29/11/12
F. Hüe
16/05/13
T. Parein
25/09/13
T. Parein
GPM
LCS
1‐206
ITEM
CRISMAT
2014
Key Engineering Materials 617, 237 ( 2014)
2014
Inorganic Structural Transition at 360 K in the CaFe5O7 Materials 53 (19), Ferrite: Toward a New Charge Ordering pp 10171–10177 Distribution
(2014)
Transmission Electron Microscopy study of CaFe5O7 : evidence of a monoclinique superstructure at room temperature
TEM analyses to tune new layered thermoelectric oxides
Transmission Electron Microscopy study of CaFe5O7 : Rennes ‐ ISIEM
evidence of a monoclinique superstructure at room temperature
Transmission Electron Microscopy study of CaFe5O7 : Caen ‐ journée evidence of a monoclinique superstructure with IRMA
Fe3+/Fe2+ charge ordering
Transmission Electron Microscopy study of CaFe5O7 EMC 18th, Prague, ferrite and structural evolution depending on 7‐12 sept 2014
temperature
Bordeaux ‐ ECCSIX
D. Delacotte & al
D. Delacotte & al
GPM
Transmission Electron Microscope and Atom Probe Manchester ‐ EMC characterization of new Thermoelectric layered cobaltite series
Scanning Transmission Electron Microscopy and Atom Boston ‐ MRS
Probe Tomography Characterisation of Thermoelectric Cobalt Oxide Elaboration et caracterisation de matériaux Nantes ‐ GFP
thermoélectriques
Elaboration and characterization of thermoelectric Bratislava
materials 20/11/13
T. Parein
12/06/14
T. Parein
LCMT
08/07/2014
1‐207
10/04/2013
Dossier Technique Thermoélectricité, Thermodynamique et de l’Ingénieur
applications
Phys. Rev. B 87, Mesoscopic thermoelectric transport near zero 10/04/2013
transmission energies
155410 (2013)
Chapter 14 in "Thermoelectric Nanomaterials", A linear nonequilibrium thermodynamics 10/04/2013 Editors Kunihito approach to optimization of thermoelectric devices
Koumoto and Takao Mori, Springer Series in Materials Science Volume 182 (2013)
CRISMAT
02/05/2013
21/08/2013
06/09/2013
TUVECO
“Elaboration and characterization of thermoelectric
nanocomposites”
N. Abcha, A. Ezersky, O. Crumeyrolle & I. Mutabazi
2013
2013
2013
30/05/2014
Combustion simulation in a centimetric combustor
LES/DNS modelling of mesocombustion chambers with Arrhenius complex chemistry
Combustion modeling in a centimetric combustor
LES/DNS modelling of mesocombustion chambers with Arrhenius complex chemistry
Modélisation détaillée d'un brûleur centimétrique
10/05/2013
P. Bénard
Milan
01/04/13
P. Bénard
San Antonio
17/12/13
P. Bénard
Bordes
30/06/13
H. Ouerdane, Y. Apertet, C. Goupil, Ph Lecoeur
Kobe, ICT
Optimization of thermoelectric generator operation with dissipative coupling to heat baths
19/08/12
R. Guillerm
Beijing
Transition in rotating annulus with thermal gradient: experiments and numerical simulations
24/11/13
H. Yoshikawa
Pittsburg
25/11/13
H. Yoshikawa
Pittsburg
26/11/13
B. Martinez‐Arias
Pittsburg
24/06/13
B. Martinez‐Arias
Twente
24/06/13
C. Savaro
Twente
Onsager formalism, internal dissipation and finite‐
Y. Apertet
time thermodynamics
From local force‐flux relationships to internal Phys. Rev. E vol. dissipations and their impact on heat engine Y. Apertet
88, 022137 performance: The illustrative case of a (2013)
thermoelectric generator
Europhysic Letter, EPL, 103 (2013) On the efficiency at maximum cooling power
Y. Apertet
40001
European Physical Journal E vol. 36, Velocity field of the Spiral Vortex Flow in the 20 (2013)
Couette–Taylor System
27/02/2013
Lund
Physics Review B
26/10/2012
14/03/2013
Rueil‐Malmaison
P. Bénard
H. Ouerdane
N. Latrache, O. Crumeyrolle & I. Mutabazi
12/11/2013
P. Bénard
25/06/13
C. Goupil
Physical Review E Transition to Turbulence in a flow of a shear‐
tinning viscoelastic solution in a Taylor‐Couette vol 86, 056305 cell
(2012)
31/10/2013
27/03/13
C. Goupil
12/11/2012
19/11/2013
European Physical Heat transfer in the thermo‐electro‐
hydrodynamic convection under microgravity Journal E
conditions
European Journal of Mechanics / Fluids vol. 44, 82‐ Destabilzation of the Couette‐Taylor flow by modulation of the inner cylinder rotation
87(2014)
Physics of Fluids, Instability of the vertical annular flow with a vol. 25,114104 radial heating and rotating inner cylinder
(2013)
Physical Review E vol 87, Dielectrophoretic Rayleigh‐Bénard convection 043003(2013)
under microgravity conditions
Physics of Fluids Dielectrophoretic force driven‐convection in vol 25, annular geometry
024106(2013)
Generation on Earth of an extra‐
terrestrial Thermo‐electrohydrodynamic convection in environment
dielectric fluids under microgravity The Particle Application of the Particle Image Velocimetry to Image Velocimetry the Couette‐Taylor flow
Perspective in fundamental and applied rheology
Journal of Fluid Mechanics vol 748, 756‐767 (2014)
Torque measurements in Newtonian and non‐
Newtonian fluids in Taylor‐Couette flow
Effect of the number of vortices on the torque scaling in Taylor‐Couette flow
M.Tadie‐Fogaing, H.N. Yoshikawa, O. Crumeyrolle & I Mutabazi
M. Gassa‐Feugiang, O. Crumeyrolle, K.S. Yang & I Mutabazi
H.N. Yoshikawa, M. Nagata & I. Mutabazi
H.N. Yohsikawa, M. Tadie‐Fogaing, O. Crumeyrolle & I. Mutabazi
H. N. Yoshikawa, O. Crumeyrolle & I. Mutabazi
B. Futterer, H.N. Yoshikawa, I. Mutabazi & C. Egbers
I. Mutabazi, N. Abcha, O. Crumeyrolle & A.B. Ezersky
B. Martinez‐Arias, J. Peixinho, O. Crumeyroolle & I. Mutabazi
B. Martiez‐Arias, J. Peixinho, O. Crumeyrolle & I. Mutabazi
LOMC
24/06/13
M. Tadie‐Fogaing
Twente
24/06/13
H. Yoshikawa
Twente
Meyer, Yoshiakwa, Crumeyrolle, Mutabazi
23‐25/11/14 Savaro, Prigent, Mutabazi
Mutabazi, Bai, Crumeyrolle
Bai, Crumeyrolle, Mutabazi
Maartinez‐Arias, Peixinho, Crumeyrolle, Mutabazi
Meyer, Yoshiakwa, Crumeyrolle, 23‐25/06/2014 Mutabazi
Prigent, Peixinho, Mutabazi
San Francisco
San Francisco
San Francisco
ISTROF‐Le Havre
CORIA
Enhancement of heat transfer by Tyalor‐Görtler vortices
Couette‐Taylor flow under a thermoelectric body force in microgravity
Torque measurements in Newtonian and non‐
Newtonian fluids in Couette‐Taylor flow
Torque measurements in Newtonian and non‐
Newtonian fluids in Couette‐Taylor flow
Effects of a radial temperature gradient on the transition to turbulence in the Couette‐Taylor system
Electrohydrodynamic instability in a dielectric fluid between two vertical walls: numerical study
Couette‐Taylor flow under a thermoelectric body force in microgravity
Thermo‐electrohydrodynamic internal waves in annular geometry
Solitary states in the Taylor‐Couette system with a radial temperature gradient
Viscoelastic Taylor‐Couette instability as an analog of Magnetorotational instability
Viscoelastic instability in the Couette‐Taylor system with Keplerian corotating cylinders
ISTROF‐Le Havre
Flow visualization and torque measurements of viscoelastic fluids in Couette‐Taylor flow
ISTROF‐Le Havre
Instabilities of the Taylor‐Couette flows subjected to a radial temperature gradient and a radial electric field,
Visualization of the turbulent spots and spiral in the Taylor‐Couette system
ISTROF‐Le Havre
F. Seychelles, L. ISTROF‐Le Havre
Danaila, I. Mutabazi
1‐301
Elaboration and characterization of thermoelectric materials Elaboration de nanocomposites à propriétés thermoélectriques
MESOTHERM
CORIA
1‐208
T parein
ECT2013 ‐ Noordwick Netherlands
Mont St Aignan ‐ GFP
IUPAC World Polymer Congress Macro 2014, Chaing Mai Thailand
Travnikov, Crumeyrolle, Mutabazi
Mutabazi, Bai, 06‐09/05/14
Crumeyrolle
C. Dumouchel, J.B. 8‐10/09/2014 Blaisot
EUROMECH EC525
Bremen (Allemagne)
01/06/14
S. Saengkaew
Washington
01/08/14
S. Saengkaew
Marseille
ISTROF‐Le Havre
Thermo‐hydrodynamic turbulence in Taylor‐Couette system
Computation of Nusselt number for dielectrophhoretic instability in a cylindrical annulus,
Viscoelastitc instability in differentially corotating Couette‐Taylor system
Analysis of Atomizing Ligament
3D
26/09/2013
12/04/2013
24/01/2014
CORIA
09/01/2014
05/02/2014
Optics express Vol. 21, Issue 20, pp. 23522‐23530 (2013)
Journal of Quantitative Spectroscopy and Radiative Transfer Volume 131, December 2013, Pages 153–159
Optics Communications Volume 320, 1 June 2014, Pages 156–161
Long-time exposure digital in-line holography for 3D particle trajectography
D. Lebrun, L. Méès, D. Fréchou, S. Coëtmellec, M. Brunel, and D. Allano
H. Shen, S. Coetmellec, M. Brunel
Simultaneous 3D location and size measurement of
spherical bubbles using cylindrical interferometric
out-of-focus imaging
Interferometric out-of-focus imaging for the 3D
tracking of spherical bubbles in a cylindrical
channel
International
Journal of Optics
dx.doi.org/10.1155 Determination of the size of irregular particles
/2014/143904
using interferometric out-of-focus imaging
Journal of the
European Optical
Society Rapid
Publication DOI:
10.2971/jeos.2014. Interferometric out-of-focus imaging simulator for
14008
irregular rough particles
H. Shen, S. Saengkaew, G. Gréhan, S. Coe¨tmellec, M. Brunel
Marc Brunel, Huanhuan Shen, Sébastien Coëtmellec, Gérard Gréhan, and Tony Delobel
M. Brunel, S. Coetmellec, G. Gréhan, H. Shen
Counting and measuring micro and nano particles by
using Fourier Interferometric Imaging
Measurement of spray characteristics by FII:
experimental validation on calibrated multijets
15/09/14
B. Lebon
Marseille
20/11/14
B. Lebon
Val de Reuil
CORIA et LOMC
1‐302
Etude 3D de l’interaction houle-structure par
holographie numérique
Etude 3D d'une dynamique tourbillonnaire par
holographie numérique dans l'axe.
HELIOS
CIMAP
CRISMAT
LCMT
1‐303
CAHAPS
24/06/13
CIMAP
01/06/13
CORIA
1‐304
DYTHER
G. Saidani, N. Bidault, A. Domaracka, L. Aarhus
Adoui, B. A. Huber, A. Coppalle, J. Yon, P. Rousseau
Ghassen Saidani, Niels Bidault, Bernd Huber, Patrick Lille
Rousseau, Jérome Yon
Adsorption of polycyclic aromatic hydrocarbons on soot: Production of benchmark particles
Adsorption of polycyclic aromatic hydrocarbons on soot particles
dépôt logiciel N°06656 CNRS
2014
Physics of Fluids, On the onset of post‐shock flow instabilities over (26) 076101, 2014.
concave surfaces
M.S. Shadloo, A. Hadjadj, A. Chaudhuri
CORIA
3‐8/08/2014
26/11/2013
19/03/2014
LOMC
24/06/2014
1‐305
I. Mutabazi, H. Yoshikawa, J. Peixinho et L. Kahouadji
L. Kahouadji, H. Yoshikawa, J. Peixinho et I. Mutabazi
L. Kahouadji, H. Yoshikawa, J. Peixinho et I. Mutabazi
21th International Shock Interaction Symposium, Riga, Latvia
Effects of Reynolds number on flow instabilities over concave surfaces
66th Annual Meeting, APS DFD, Pittsburgh, PA, USA
Heat transfer enhancement by the Görtler vortices developed on a wall with a finite thermal conductivity
17ème Rencontre du Non‐Linéaire, Paris
Heat transfer enhancement by the Görtler vortices developed on a wall with a finite thermal conductivity
1st Workshop ISTROF (Instability and Turbulence in Stratified Rotaitonal Flows), Le Havre
Impact of Görtler vortices on the heat transfer on a wall with finite conductivity
LUZ
2014
CIMAP
Phys. Status
Solidi C. 11 (2014) Concentration determination and activation of 1497–1500. doi rare earth dopants in zinc oxide films
:10.1002/pssc.201
300636
A. Ziani, A. Tempez, C. Frilay, C. Davesnne, C. Labbé, Ph. Marie, S. Legendre and X. Portier
A. Ziani, A. Tempez, C. Frilay, C. Davesnne, C. Labbé, Oral Emrs Ph. Marie, S. Strasbourg
Legendre and X. Portier
01/05/13
CRISMAT
2014
Composition of
J. Phys. Chem. C. Wide Bandgap Semiconductor Materials and (2014) doi Nanostructures Measured by Atom Probe
:10.1021/jp507126
Tomography and Its Dependence on the Surface 4..
Electric Field
L. Mancini, N. Amirifar, D. Shinde, I. Blum, M. Gilbert, A. Vella, F. Vurpillot, W. Lefebvre, R. Lardé, E. Talbot, P. Pareige,
X. Portier, A. Ziani, C. Davesnne, C. Durand, J. Eymery, R. Bu é,
J.F. Carlin, N. Grandjean, and L. ∥
Rigutti ∥
déc‐14
Materials Letters 136 (2014) 349‐
352
M.M. Abramova,
N.A. Enikeeva, R.Z. Valieva,
A. Etienne,
B. Radiguet,
Y. Ivanisenko,
X. Sauvage
GPM/CIMAP
1‐306
A. Hadjadj, M.S Shadloo, A. Chaudhuri
NANINOX
Grain boundary segregation induced strengthening of an ultrafine‐grained austenitic stainless steel
GPM
Concentration determination and activation of rare earth dopants in zinc oxide films
IOP Conf. Series: P B Revathy Rajan, I Materials Monnet, E Hug, A Science and Etienne, N Enikeev, C Engineering 63 Irradiation resistance of a nanostructured 316 Keller, X Sauvage, R Valiev and B Radiguet
austenitic stainless steel
2014 (2014) 012121
GPM/CRISMAT/CIMAP
Prasath Babu Revathy Rajan
21/04/2014
30/06 au 04/07 Aurianne Etienne
2014
Aurianne Etienne
2014
13‐14 mai 2013 I. Monnet
CIMAP
MRS Spring Meeting (San Francisco)
NanoSPD 6 2014 (Metz)
Atom Probe tomography study of inter‐ and intragranular segregation in nanostructured 316l austenitic stainless steel under irradiation
Irradiation and corrosion resistance of a nanostructured 316 austenitic stainless steel
MRS Fall Meeting 2014 (Boston)
Workshop on Materials in Extreme Environments (MatX) Michigan State University
Irradiation and corrosion resistance of a nanostructured 316 austenitic stainless steel
Irradiation in metallic material,effects of electronic excitations
CRISMAT
1‐401
AFLTEPMAG
CRISMAT
GPM
1‐402
PICOLIBS
CORIA
CORIA/CIMAP/LOMC
2014
Theoretical study of the formation mechanism of Spectrochim. Acta laser‐induced aluminum plasma using Nd:YAG V. Morel, A. Bultel
Part B
fundamental, second or third harmonics
2014
J. Phys.: Conf. Ser. 550 012047
Experimental characterization of the excitation state of picosecond laser‐induced tungsten plasmas
B. Pérès, V. Morel, A. Bultel, A. Benyagoub, I. Monnet, E. Gardès, G. Godard, C. Gobin, C. Jouen, A. Hideur, I. Schneider, Z. Mezei
Juin 2014
B. Pérès, V. Morel, A. Bultel, A. Benyagoub, I. Monnet, E. Gardès, Toulouse
G. Godard, C. Gobin, C. Jouen, A. Hideur, I. Schneider, Z Mezei
Juin 2014
V. Morel, A. Bultel
Toulouse
Experimental characterization of the excitation state of picosecond laser‐induced tungsten plasmas
Achievement of local thermodynamic equilibrium for ns laser‐induced plasmas on aluminum samples at different wavelengths
CIMAP
2014
Phys. Rev. A
2014
Phys. Rev. A
O. Motapon, N. Pop, F. Argoubi, J. Zs. Mezei, Rotational transitions induced by collisions of HD+ M. D. Epee Epee, A. Faure, M. Telmini, J. ions with low‐energy electrons
Tennyson, I. F. Schneider
D. A. Little, K. Dissociative recombination of N2+: An ab initio Chakrabarti, J. Zs. study
Mezei, I. F. Schneider, J. Tennyson
LOMC
1‐403
DRUID
J. Zs. Mezei, I. F. 27‐30 october Schneider, Ch. Rennes
2014
Jungen
O. Motapon, K. Chakrabarti, D. A. Little, J. Zs. Mezei, N. Pop, F. Argoubi, 27‐30 october M. D. Epee Epee, A. Rennes
2014
Faure, O. Dulieu, M. Telmini, J. Tennyson, I. F. Schneider
Photofragmentation of H2: The importance of the Rydberg states
Excitation and recombination of molecular cations of astrophysical interest with electrons: application to H2+, CH+ and N2+
LCS
CORIA
1‐404
TEPRI
CIMAP
LCMT
1‐405
Energy transfers in polyethylene under ionizing radiation (oral)
Rouen, France
Transferts d'énergie dans le polyéthylène sous rayonnements ionisants (oral)
Ventura Aude
12‐13 juin 2014
Ventura Aude
07/2014
Toulouse (FR) J. Noudem, E. Hug, International Synthèse par SPS du 316L
C. Keller, G. Marnier Workshop on SPS sintesis.
11/2014
K. Tabalaeiv, C. Keller, E. Hug, G. Montpellier (FR) Marnier, B. Matériaux 2014.
Radiguet, X. Sauvage
CMAIN
GPM/CRISMAT
CRISMAT
1‐406
Jeju Island (Corée du sud)
5‐9 octobre 2014
11/2014 Material and doi:10.1016/j
design
.matdes.201
4.06.053
Functional properties of a spark plasma sintered ultrafine‐grained 316L steel
G. Marnier, C. Keller, E. Hug, J. Noudem
Synthèse par SPS du 316L nanocristallins et caractérisation propriétés mécaniques
NANOHOLO
CRISMAT
GPM
CORIA
1‐407
NEOMAP
GPM
CRISMAT
Virginie Nachbaur, Emeric Folcke, Nicolas Maât, 24‐28 Montpellier
Pauline Barbey, novembre 2014
Malick Jean, Jean‐
Marie Le Breton
Synthèse et caractérisation de nano‐composites magnétiques Hexaferrite de Strontium ‐ Fer
LABEX
PhD Student 2011‐2014
AAP
Project
ASAP
COLIBRI
Name, Surname
Contract Starting
Contract Ending
Host Laboratory
Co‐funding CRBN
Thesis title
MANCINI Lorenzo
21/10/2013
20/10/2016
Gpm
No
Carrelation Sonde atomique‐
photoluminescence
VITTOZ Pierre‐François
08/10/2012
07/10/2015
Lcmt
Yes
EL SIBLANI Hussein
19/11/2012
18/11/2015
Lcs
Yes
129
KADAM Shashikant Arun
10/01/2013
09/01/2016
Lcs
No
Unravelling Monomolecular catalytic cracking of light Université de Caen hydrocarbons over zeolites by Basse‐Normandie
IR Operando Spectroscopy
2011
PAREIN Thibault
01/03/2012
28/02/2015
Lcmt
Yes
DELACOTTE Charlène
01/10/2012
30/09/2015
Crismat
Yes
POLTEAU Baptiste
01/10/2012
30/09/2015
Crismat
No
ITEM
MESOTHERM
TUVECO
HELIOS
Previous University (postgraduate)
University of Rouen Università di Bologna (Italy)
Université François Catalyseurs Organométalliques Université de Caen Rabelais Sciences et et Liquides Ioniques pour la Basse‐Normandie Techniques de Tours Valorisation de Bio‐ressources
(France)
Production of Hyperpolarized Université de Caen Université de Caen Basse‐
Xe and applications by NMR Basse‐Normandie
Normandie
spectroscopy Synthèse de nanocharges thermoélectriques, mise en oeuvre et caractérisation de nanocomposites thermoélectriques
Research and structural analysis of new oxides made of iron/cobalt for energy conversion
Indian Institute of Technology Roorkee
UCBN
UCBN
UCBN
UCBN
UCBN
BENARD Pierre
01/02/2012
31/01/2015
Coria
No
Analyse et adaptation numérique d’une chambre de combustion centimétrique
MARTINEZ ARIA Borja
01/10/2012
30/09/2015
Lomc
No
Turbulence thermo‐
hydrodynamique dans le système de Couette‐Taylor
OULDARBI Lila
01/10/2013
30/09/2016
Coria
No
Development of an interferometric imaging device for particle measurement in a Université de Rouen
volume. Application to Vortex Dynamics.
Université de Rouen
GRARE Stanislas
01/10/2013
30/09/2016
Coria
No
Development of digital holography techniques: Université de Rouen
application to vortex dynamics.
Université de Rouen
LEBON Benoît
01/10/2013
30/09/2016
Lomc
No
EL HANBALI Sara
23/09/2013
22/09/2016
Crismat
No
3D
2012
Current host university
AFLTEPMAG
AL BAALBAKY Ahmed
17/11/2014
16/11/2017
Gpm
No
DRUID
BERTHILLIER Frédéric
01/10/2014
30/09/2017
Coria
No
2013
INSA Rouen
INSA Rouen
Université du Havre Universidad de Málaga (Spain)
Etude de la dynamique 3D de tourbillons par holographie Université du Havre Université de Paris‐Sud Orsay
numérique
Design and study of thin layers made of new hybrides UCBN
Université de Dijon materials with electric and (France)
optic properties
Modélisation sur le transport et magnétisme de composés thermoélectriques anistropes Université de Rouen
University of Maine and dépourvus de surface de Fermi Lebanese University et apparentés
(Beirut)
Development of femtosecond laser diagnostics for the study of catalytic depollution reaction mechanisms
INSA Rouen
Université d'Orléans (France)
LABEX
Research fellows 2011‐2014
AAP
Recruitment type
NAME, Surname
Contract Starting
Contract Ending
Host laboratory
Chercheur
KHOMENKOVA Larysa
01/02/2012
30/09/2012
Cimap
Chercheur
SILAEVA Elena
13/02/2012
12/02/2013
Coria
Chercheur
QIAN Kai
01/04/2013
30/06/2013
Coria
Post‐Doc
BRUMA Alina
01/09/2013
31/08/2014
Crismat
STEM/TEM
metallic nanoparticles
Post‐Doc
HORVATH Barbara
17/11/2014
16/11/2015
Crismat
TEM
nanocomposites
ITEM
Chercheur
LONNE Quentin
03/03/2014
02/01/2015
Lcmt
MATISS
Chercheur
LACROIX Bertrand
04/01/2012
03/01/2013
Cimap
Structure atomique et propriétés du CaF2 dopé Yb pour les applications laser de puissance
MESOTHERM
Chercheur
OUERDANNE Henni
01/10/2012
31/01/2014
Crismat
Thermoelectric system optimization Edimbourg University (UK)
Chercheur
NIU Yi‐Shuai
01/01/2012
31/12/2012
Coria
Project
ASAP
Research topic
Previous university
Lashkaryov Institute of Growth and optical properties of Semiconductor Physics (ISP), Si nanostructures
NAS of Ukraine
Modelisation de l'énergie des ions émis en sonde atomique sur Moscow State University éclairement laser
(Russia)
Micro‐photoluminescence measurements in Shanghai Jiong Tong University
nanostructured thin films
COLIBRI
2011
OPTI‐GP‐RE
Post‐Doc
Chercheur
SOLAIR
Chercheur
MERLIN Cindy
NAWAB Yasir
QIAN Kai
01/01/2012
03/09/2012
01/04/2012
11/05/2012
31/12/2012
31/03/2013
Lomc
Lomc
Coria
National Institute for Materials Science (NIMS), Japan
Université de synthèse de nanoparticules de Limoges/Université Paul tellurure de Bismuth
Sabatier Toulouse (France)
An optimization‐based approach to detailed chemistry tabulation: Automated progress variable definition
Modélisation, simulation et optimisation des écoulements en milieux fibreux : application aux procédés de mise en œuvre des composites LCM
Modélisation, simulation et optimisation des écoulements en milieux fibreux : application aux procédés de mise en œuvre des composites LCM
Ultrafast lasers featuring neodymium‐doped fibers emitting at 900 nm
Chercheur
ANISZEWSKI Wojciech
01/10/2013
30/09/2015
Coria
Investigation of Liquid Atomization Process Using Direct Numerical Simulation with Multiscale Analysis.
Chercheur
SEYCHELLES Fanny
01/10/2013
31/07/2014
Coria
Turbulence Thermohydrodynamique dans le système de Couette‐Taylor
HELIOS
Post‐Doc
VUONG Thi Minh Ha
29/04/2013
28/04/2014
Lcmt
Synthesis of organo‐metallic sensibilisator of solar cell
HELIOS
Chercheur
VUONG Thi Minh Ha
29/04/2014
27/06/2014
Lcmt
TUVECO
National Institute of Research & Development for Technical Physics Iaşi (Romania)
Université de Poitiers (France)
Université de Rouen (France)
INSA de Rouen (France)
Université de Nantes (France)
Shanghai Jiong Tong Univ
CZESTOCHOWA UNIVERSITY OF TECHNOLOGY (Poland)
Université de Bordeaux (France)
3D
LUZ
Synthesis of organo‐metallic sensibilisator of solar cell
Université Paul Sabatier Toulouse (France)
Université Paul Sabatier Toulouse (France)
Emission de LUmière « blanche » à partir de ZnO dopé
Université de Rennes (France)
Chercheur
ZIANI Ahmed
01/03/2013
28/02/2014
Cimap
Chercheur
YOSHIKAWA Harunori
01/01/2013
31/08/2013
Lomc
terres rares et métaux
Chercheur
KAHOUADJI Lyes
01/09/2013
31/03/2014
Lomc
Heat Transfert, numerical simulation
Chercheur
SAFDARI SHADLOO Mostafa
01/03/2013
31/05/2014
Coria
Computational Fluid Dynamics, Sabanci University, Istanbul Heat transfert, Turbulence modeling (Turkey)
Université de Paris 6 ( France)
2012
DYTHER
Université de Paris 6 ( France)
Adsorption of polycyclic aromatic hydrocarbons on soot: production of benchmark particles and characterisation by mass Université de Rennes (France)
spectrometry
Influence of nanostructuration on the evolution under irradiation of the
microstructure and properties of thèse Bangalore, Inde
austenitic stainless steels
CAHAPS
Chercheur
SAIDANI Ghassen
01/03/2013
28/02/2014
Cimap
NANINOX
Post‐Doc
REVATHY RAJAN Prasath Babu
02/06/2013
01/06/2014
Gpm
NANOHOLO
Chercheur
HERNANDEZ MALDONADO David
01/05/2014
30/11/2014
Gpm
NANOHOLO
Chercheur
MOUTON Isabelle
04/12/2014
30/04/2015
Gpm
NEOMAP
Chercheur
FOLCKE Emeric
01/02/2014
31/01/2015
Gpm
Chercheur
MEZEI Janos Zsolt
17/02/2014
28/02/2015
Lomc
Chercheur
MOREL Vincent
15/01/2014
15/10/2015
Coria
Nanosecond and ultra‐short laser‐
induced plasmas theoretical and experimental studies
University of Rouen (France)
Chercheur
HABOUCHA Adil
01/02/2015
31/01/2016
Coria
Ultrafast fiber lasers for material analysis by LIBS
University of Angers (France)
Post‐Doc
VENTURA Aude
17/02/2014
16/02/2015
Lcmt
2013
PICOLIBS
TEPRI
Combination of digital holography and electron tomography for the metrology of nano‐objects
thèse university of cadiz (Spain)
Combination of digital holography and electron tomography for the metrology of nano‐objects
Université de Rouen (France)
Synthèse par voie chimique et caractérisation de matériaux pour aimants permanents nanocomposites
Université de Rouen (France)
Theoretical study of electron induced molecular processes in cold Université de Paris 11
ionized media Energy transfers in polymers under University of Caen Lower‐
ionizing radiation
Normandy (France)
LABEX
Visiting scholar 2011‐2014
pas de professeur invité sur crédits du LabEx EMC3 sur cette période
Internships granted by LABEX EMC3 over 2011‐2014 period
Project
Name, Surname
Wael ISKANDAR
Alexandre LEPREVOST
Franck NORMAND
Projet pédagogique 2012
Projet pédagogique 2013
projet ASAP
projet OPTI GP RE
projet TUVECO
projet NANINOX
Projet pédagogique 2014
projet ASAP
projet MESOTHERM
Léa VOIVENEL
Joris MORE‐CHEVALIER
Morgane LACOTTE
Maher MOUNIB
Manon BONVALET
Aurélien PIWTORAK
Contract Starting
Contract Ending
Host Laboratory
20/02/2012 19/06/2012 CIMAP
01/03/2012 29/06/2012 CIMAP
01/02/2012 30/06/2012 CORIA
01/02/2012 30/06/2012
03/01/2012
01/01/2012
01/03/2012
10/02/2012
02/01/2012
02/07/2012
30/06/2012
31/08/2012
09/07/2012
01/07/2012
CORIA
CRISMAT
CRISMAT
GPM
GPM
LCS
Stanislas GRARE
Lionel AMOUNIE
Nicolas Maât
Tanguy Bakala
Leconte Baptiste
Rudy Delaunay
Gwladys Mouillard
Gwendoline FLEURIER
Ingrit Carolina CASTELLANOS CORDEROS
LESPARRE Fabien
MBAKOP Rodrigue
LEI Lei
MOISY Florent
01/02/2013
01/02/2013
04/02/2013
04/02/2013
01/03/2013
01/03/2013
07/01/2013
07/01/2013
30/06/2013 CORIA
30/06/2013 CORIA
30/06/2013 GPM
04/07/2013 GPM
30/06/2013 CIMAP
30/06/2013 CIMAP
05/07/2013 CRISMAT
05/07/2013 CRISMAT
19/03/2013
30/09/2013 LCS
Kolio Raltchev
Clément Le Guillouzer
Hakim Larabi
Viphaphorm Srinavawonys
Amélie Rossigny
Arnaud Houssaye
Clément Dubosq
Mathieu Mauran
Abdu Salam EL Atem
Antoine MEYER
Rodrigue MBAKOP
Bruno Gonano
Rodolphe Macaigne
08/01/2014
20/01/2014
03/02/2014
03/02/2014
01/02/2014
13/03/2014
24/02/2014
24/02/2014
24/02/2014
10/02/2014
01/03/2014
06/01/2014
06/01/2014
François Descabannes
Yann Dufresne
CORIA CORIA CORIA CIMAP
30/02/2014
24/03/2014
07/07/2014
18/07/2014
30/06/2014
30/06/2014
30/06/2014
05/08/2014
24/06/2014
30/06/2014
24/06/2014
09/07/2014
31/07/2014
04/07/2014
04/07/2014
LCS
LCS
CORIA
CORIA
GPM
GPM
CIMAP
CIMAP
CIMAP
LOMC
LOMC
CRISMAT
CRISMAT
30/06/2014 CORIA
26/09/2014 CORIA
Internship title
Current position
thèse CIMAP
thèse LPC
thèse CORIA/SNECMA
thèse CRISMAT
thèse CRISMAT
thèse GPM
thèse GPM
non
thèse CORIA
poursuite d'étude
thèse GPM
non
thèse CIMAP
thèse CIMAP
thèse CRISMAT
thèse CRISMAT
thèse LCS
thèse ParisTech
non
thèse CIMAP
non
thèse LCS
thèse CORIA
non
non enseignant
thèse CIMAP
thèse CIMAP
non
thèse CIMAP
thèse LOMC
non
thèse CRISMAT
thèse CRISMAT
non
ITA CORIA
Previous University (postgraduat
e)
Liste des brevets pour le laboratoire CRISMAT
Année 2010 à 2015
Numéro
de dépôt Date de
dépôt
du
brevet
Etat
Gestionn
aire
FRANCE 10 59650 23/11/2010
Abandonné
CNRS
FRANCE 11 59592 21/10/2011
Abandonné
CNRS
PCT
11 59592 22/10/2012
Abandonné
CNRS
FRANCE 12 55988 25/06/2012
Abandonné
CNRS
Soustype
Brevet
Brevet
10 59650
prioritaire
Procédé de détermination de la valeur du facteur de mérite
d'un matériau thermoélectrique et dispositif de détermination
associé
Brevet
Brevet
11 59592
prioritaire
Nouveau matériau cathodique pour batterie au lithium
04520-01 PRALONG Valérie
Brevet
Extension EP2012070878 Nouveau matériau cathodique pour batterie au lithium
04806-01 NOUDEM Jacques
Brevet
Brevet
12 55988
prioritaire
07830-01 MARINEL Sylvain
en attente en attente en attente
Dispositif expérimental pour le traitement thermique par microdépôt de la demande de brevet par le
ondes de matériaux métalliques en cavité multimodes à
CNRS prévu le 25/03/2015
2.45GHz
CNRS
07407-01 BERNSTEIN Pierre
en attente en attente en attente
Transmission de force par un dispositif incluant des
supraconducteurs et des systèmes comprenant des aimants
permanents
10/02/2015 : Décision de dépôt par le
CNRS
CNRS
en att
en attente en attente en attente
DIP avec METROLAB (2 DIP)
Déclaration d'invention en cours de
constitution
Responsable
Scientifique
03118-01 GOUPIL Christophe
04520-01 PRALONG Valérie
BERNSTEIN Pierre
Total Brevet
prioritaire
3
Total Extension
1
Total dossier en
attente de décision
3
Numéro de
dépôt
Pays de
dépôt
Type
Numéro
dossier
Titre
Commentaire
Procédé de soudure de pièces en matériau supraconducteur
international intermétallique de type MgB2
Bilan des contrats des 7 laboratoires
Années
2011
contrats recherche 1 974 942,07 €
prestation de service 475 202,72 €
2012
2 797 251,00 €
122 204,00 €
2013
2014
1 367 615,00 € 1 034 491,00 €
298 883,26 € 257 930,21 €
aides/subventions (ANR, FEDER, Régions, 13 800 414,79 € 15 018 679,18 € 15 626 635,20 € 3 477 215,63 €
CEA, ONERA, IFP, Acome…)