magenta kickoff meeting · magenta kickoff meeting paris, january th23rd-24 2017 paris | january...

MAGENTA

KICKOFF MEETING

Paris, January 23rd-24th 2017

| PAGE 1 Paris | January 23rd - 24th, 2017

DAY 1

| PAGE 2

Paris | January 23rd - 24th, 2017

PROGRAM


January 23rd, 2017 January 24th, 2017

PROJECT IDENTITY

Project

Funded source: EU - Horizon 2020

Program: Future and Emerging Technologies (FET) – Proactive 2016, Area 4 (b):

“New technologies for energy and functional materials” –

Complex bottom-up construction

Acronym: MAGENTA

Title: MAGnetic nanoparticle based liquid ENergy materials for Thermoelectric

device Applications

Grant agreement no: 731976

Starting date: January 1st, 2017

Duration: 48 months

Total budget: 4.999 M€; EC funding: 4.999 M€


CONTEXT & OBJECTIVES


NOVEL LIQUID MAGNETO-THERMELECTRICS

Context: Bottom-up, functional materials for renewable energy =

Thermoelectric energy converter using ionic liquid based ferrofluids

New Technology: Radically different thermoelectric material

Foundational knowledge: Underlying mechanisms of thermoelectric voltage

(power) generation is not known

Our specific objectives:

• Prototype thermoelectric modules - ready for trial by lead-users

(automobile and microelectronics) and in public engagement actions

• Scale-up productions - functional ionic liquids and protocols for ‘new’ IL-

based ferrofluids

• Foundational knowledge and its dissemination - Open access

publications (data, codes and protocols) and public engagement actions.

MAGENTA- PARTNERS


STRUCTURE OF THE PROJECT


WP2

WP3

WP4

WP5

WP6

WP7

WP8

MANPOWER DISTRIBUTION PER WPS


WP1 WP2 WP3 WP4 WP5 WP6 WP7 WP8

Important reminder: MAGENTA’s official contractual document with EU is the GA

• WP numbers have been incremented by 1 between proposal and GA

• PHNX’s official beneficiary short name is CNRS

BUDGET DISTRIBUTION AND TRANSFER


Maximum Grant amount: 4,999,777.50 €

3 payments: • Pre-financing payment: 2,416,559.12 €

= 2,666,548.00€ - 249,988.88€ (5% of max grant)

processed Dec. 12, 2016

• Interim payments: after periodic reportings and upon request

Periods: M1-12, M13-30, M31-48

Reimburse eligible costs for the implementation of the actions

during the reporting period.

• Final payment of balance: reimbursement OR recovery

PARTNER PRESENTATIONS

| PAGE 10


PARTNER PRESENTATION : CEA


Commissariat à l’Energie Atomique et aux Energies Alternatives

Saclay Institute of Matter and Radiation

SPEC: Service de Physique de l’Etat Condensé

NIMBE: Nanosciences et Innovation pour les Matériaux, la

Biomédecine et l'Énergie

~ 25km

Paris

Saclay

• Defense and security

• Nuclear energy (fission and fusion)

• Technological research for industry

• Basic research in materials and life sciences

CEA’S ROLE IN MAGENTA


Our main contributions

1. Project coordination & management - WP1 (14PM)

• Financial, contractual and strategic (risk and quality) coordination & management

• Interface with EU

2. Thermoelectric property measurements – WP5 (60.5PM)

• Magneto-thermoelectric (MTE) effect

• Supercapacitors

3. Theory – WP6 (12PM)

• Analytical model development on MTE and MT phenomena

4. Prototypes – WP7 (14PM)

• Mockup thermocell, multichannel demonstrator cell, TCS (with CTECH)

5. Dissem/Exploitation – WP8 (5.5 PM)

• Data management

• Conference & workshop organizations

CEA MEMBERS


Key Members (permanent)

1. Sawako Nakamae (Saco) – Coordinator, Solid State Physics

• Expertise: Magnetism, Thermal/electrical transport

• WPs: Management, MTE measurements, Prototypes, Dissemination

2. Dijana Samson – Project manager

• Expertise Project coordination

• WPs: Management

3. Ioulia Chikina – Anlytical Chemical physics

• Expertise:

• WPs: Theory (analytical models on thermoelectric diffusion)

Personnel to be recruited by the project (non permanent)

1. PhD (Materials&liquid physics): Minh Pham, to start in 04/2017

• WPs: MTE measurements, theory

2. (PhD student: Thomas Salez –not financced by MAGENTA- to finish in Sept 2017)

• WPs: MTE measurements, simulation of Ils near electrodes

3. Post-doc (MNP synthesis, microfluidics, supercapacitor): Kakoli Bhattacharya, 06/2017

• WPs: MTE measurements and electrochemical characterizations

4. Post-doc (Electrochemical/device engineering): searching, start before 2019

• WPs: prototype development

ISM – CNR AND SPIN - CNR


Consiglio Nazionale delle Ricerche - CNR

1 - Istituto di Struttura della Materia (ISM) Via del Fosso del Cavaliere, 100 - 00133 Roma RM

Via Salaria Km. 29.300, Monterotondo Scalo, Italy

2 - Istituto Superconduttori, Materiali Innovativi e Dispositivi

(SPIN) C/o University of Tor Vergata Via del Politecnico - 1, I - 00133, Roma, Italy

SPIN CNR /Univ. Tor Vergata

Roma

ISM- Tor Vergata – CNR

Roma

ISM- Montelibretti – CNR

Roma

Roma

ICM-CNR


Our main contributions*

1. Project Management – WP0 (4 PM)

• Consortium Management

• Technical Management and strategic coordination

2. Ionic Liquid Synthesis– WP1 (8 PM)

• Structural Characterization by X-RAY , Neutron diffraction of IL (A. Triolo)

3. Ferrofluid design– WP2 (54 PM)

• Nanoparticles Synthesis and Characterization

• IL-FF synthesis and characterization

• FF property optimization and production

4. Thermoelectric property characterization and optimization– WP4 (5 PM)

• Thermodiffusion induced thermoelectric phenomena and magnetic field effects

• Magneto Thermoelectric measurements

5. Theory and numerical simulation– WP5 (6 PM)

• Magnetic, thermoelectric and thermomagnetic phenomena (A. Varlamov)

ICM CNR



6. Prototype conception, design and validation– WP6 (5 PM)

• Demonstration prototype

7. Dissemination, Communication and Public engagements– WP7 (9 PM)

• Dissemination, exploitation & communication

CNR MEMBERS



1. PhD , (selection in progress. He will start October 2017)

• WPs: on FF design and magnetization measurements


1. Davide Peddis – Local Coordinator, Physical Chemistry of Materials

• Expertise: Magnetism, Nanoparticles Synthesis

• WPs: Management, FF Design , Prototypes, Dissemination

2. Elisabetta Agostinelli– Team Member, Physical Chemist

• Expertise, Project coordination, Nanomaterials Synthesis

• WPs: Management, FF Design

3. Andrey Varlamov– Team Member, Theoretical Physics

• Expertise: Theory of phase transition, nanophysics

• WPs: Theory (analytical models) and Dissemination

4. Alessandro Triolo– Team Member, Physical Chemist

• Expertise: soft matter, structure and relaxation process in ionic liquids

• WPs: Theory (analytical models) and Dissemination

ISM-CNR MEMBERS


STAFF & LOCATION

G. Varvaro S. Laureti D. Peddis A. Capobianchi

E. Patrizi

E. Agostinelli (Head)

A.M. Testa D. Fiorani (Associate)

SENIOR Researchers

Researchers

Technicians

ISM – CNR

Roma

A. Triolo

ISM-CNR MEMBERS


STAFF & LOCATION Administrative Responsible

ISM – CNR

Roma

Roberto Petrucci (Financial Statement)

Alessandra Serangeli (Time sheets)

Lorenzo AVALDI (F-sign ) ISM - Director

PARTNER PRESENTATION : PHENIX


Physicochimie des Electrolytes et Nanosystèmes Interfaciaux

Centre National de la

Recherche Scientifique

UMR CNRS-UPMC 8234

Université Pierre et

Marie Curie

in Paris

PHENIX

PHENIX’S ROLE IN MAGENTA



1. Ferrofluid design in ionic liquids WP3 (40 PM)

• Synthesis of magnetic nanoparticles (NPs) in water for dispersion in ionic liquids

• Study of the quality and structure of the colloidal dispersions

• Determination of the control parameters for thermoelectric properties

2. Magneto-thermodiffusion measurements – WP4 (40 PM)

• High Temperature measurement apparatus development to probe thermodiffusion

properties of ferrofluids (WP3)

• Connect colloidal and structural characteristics to thermodiffusion properties

• Understand the origin thermodiffusion phenomena in connection with thermoelectric

phenomena (WP5)

• Maximize thermodiffusion induced Seebeck coefficients

PHENIX KEY MEMBERS


1. Emmanuelle Dubois – Coordinator, Researcher, Physical Chemistry

• Expertise: Structure and dynamics in charged complex systems

• WPs: Management, Ferrofluid design in ionic liquids

2. Régine Perzynski – Professor, Soft Matter Physics

• Expertise: Properties of complex magnetic media

• WPs: Magneto-thermodiffusion measurements

3. Véronique Peyre – Assistant Professor, Physical Chemistry

• Expertise: physical-chemistry of charged colloidal systems

• WPs: Ferrofluid design in ionic liquids

4. G. Demouchy – Assistant Professor, Optics

• Expertise: optical instrumentation and Rayleigh forced scattering


5. G. Mériguet – Assistant Professor, Physical Chemistry

• Expertise : physical-chemistry of charged colloidal systems

• WPs: Ferrofluid design in ionic liquids, Magneto-thermodiffusion measurements

6. F. Gélébart – Research engineer

• Expertise : mechanical design and instrumentation


7. A. Anfry – Technician in chemistry

• Expertise : physical chemistry measurements and security

• WPs: Management, Ferrofluid design in ionic liquids

PHENIX MEMBERS



1. PhD (chemical physics): candidate not selected, to start in September 2017 (3 years)

• WPs: Ferrofluid design in ionic liquids, Magneto-thermodiffusion measurements

2. Post-doc : candidate not selected, already possible candidates identifies, start in September

2017 (2 years)


PARTNER PRESENTATION : NCSRD


PARTNER PRESENTATION :

National Center of Scientific Research “Demokritos”, Athens, Greece

New Institute

Nanoscience and Nanotechnology

(merged Institutes: Materials Science, Physical Chemistry and Microelectronics)

Total of 66 senior researchers, 250 research stuff,

covering top-down and bottom-up nanotechnology

A public medium

size (1100 people)

multidisciplinary

research center for

Physical Sciences

and engineering




Our activities aim at the understanding of the microscopic behavior and macroscopic properties

of nanostructured materials that find applications as magnetic recording media, magnetic sensors,

permanent magnets and in biomedicine.

Our research activities include :

a) Magnetic properties and dynamic behavior of magnetic nanoparticles in an atomic scale

b) Study of interparticle interactions and their effect on the magnetic behavior of nanostructured

materials

c) Study of semiconductor nanodevices enriched with magnetic impurities (magnetic semiconductors)

d) Perovskites for Energy Harvesting

The research is mainly problem-driven rather than technique-driven and as such is using various numerical

techniques.

Funding: GSRT GRANTS, BILATERAL GREECE-UK , FP7 REGPOT EAGLES, FP6 STREP NANOSPIN, FP5

RESEARCH NETWORK AMMARE, EU-GSRT EXCELLENCE PROJECT, BILATERAL R&D Co-operation

GREECE-HUNGARY

Institute of Nanoscience and Nanotechnology

COMPUTATIONAL MODELING OF NANOSTRUCTURED

MATERIALS GROUP




Institute of Nanoscience and Nanotechnology

COMPUTATIONAL MODELING OF NANOSTRUCTURED

MATERIALS GROUP

Infrastructure

A cluster of workstations with 96 processors

A cluster of PCs with 50 processors

Software for electronic structure calculations of the

magnetic nanoparticles. (VASP 4.6 and VASP 4.8)

Home made computer codes for the computational

modelling of nanoparticle systems.

During the project we will add two new WS to our Cluster

NCSRD’S ROLE IN MAGENTA



1. Project management - WP1 (4 PM)

2. Ionic Liquid Based ferrofluid Design – WP3 (6 PM)

Numerical modelling for Interpretation of the experimental findings and

prediction of optimum parameters

3. Magnetothermal Diffusion – WP4 (6 PM)

4. Magneto-electric Properties –WP5 (6-PM)

5. Theory and Numerical simulations – WP6 ( 52.50 PM)

Numerical Modelling in several length scales

6. Dissemination Exploitation and Communication – WP8 (4 PM)

NCSRD MEMBERS

| PAGE4 Paris | January 23rd - 24th, 2016

Key Members

1. Kalliopi Trohidou(Popi) – Physicist

• Expertise: NanoMagnetism, Numerical Modelling

2. George Margaris


3. Marianna Vasilakaki



1. Post- Doc (Computational Physics): candidate selected, to start in February 2017

• WPs (3,4,5,6): Numerical Modelling in atomic and mesoscopic scale

2. Post-doc (position is advertised ): expect to start, start in March 2017

• WPs (3,4,5,6): Electronic structure calculations and Numerical Modeling

PARTNER 6: SOLV (SOLVIONIC)


SOLVIONIC

195, Route d’Espagne

BP1169

31036 TOULOUSE CEDEX 1

SOLV’S ROLE IN MAGENTA


Our main contributions SOLV

1. Project Management - WP1 (1 PM)

2. Ionic liquid synthesis - WP2 (22 PM)

• Synthesis of ILs for IL-+FF production and TE applications

• Scale up production

3. Ionic liquid based ferrofluid design - WP3 (4 PM)

4. Prototype conception, design and validation - WP7 (2 PM)

5. Dissemination - WP8 (1 PM)

SOLVIONIC MEMBERS



1. Sandrine LOIS – Synthesis of ILs (WP1, 2, 3, 7,8)

• Expertise: Synthesis of custom-made ionic liquids

• WP2, 3, 7, 8: Synthesis, scale-up and dissemination

2. Sébastien FANTINI – ILs for electrochemical devices and grant management

(WP1, 2, 3, 7, 8)

3. Rongying Lin – ILs for electrochemical devices (WP2, 3)

4. Arnaud Joly - ILs for electrochemical devices (WP2, 3)

5. François Malbosc – IL expert (WP2, 3, 7)

6. Hugo Henrion – Scale up, production (WP7)

7. Florine Legrand – Production manager (WP7)

8. Marion Bisbau – Analyses & quality control (WP2, 3, 7)

CTECH


C-Tech Innovation

Research & Development

+

[email protected]

[email protected]

We are a leading science and technology

company with advanced in-house research and

development resources.

With a 40-year history of delivering new products

from cutting-edge science, C-Tech Innovation has

the interdisciplinary team and the development

experience to help you develop, manufacture and

market your innovative product ideas.

CTECH’S ROLE IN MAGENTA



1. Prototype conception, design and validation – WP7 (33 PM)

• T7.1 Demonstration prototype

• Mock-up prototype

• Multichannel prototype

2. Dissemination, exploitation and communication – WP8 (12 PM)

• T8.1 Project website

• T8.2 Data Management

• T8.3 Dissemination, exploitation and communication

CTECH MEMBERS



1. Edward Jones (Edd) – Project Manager, R&D Manager

• Expertise/activities: Organic Chemistry, project management

• WPs and tasks: WP8 – exploitation, dissemination, management

2. Domenico Cupertino (Dom) – Project Manager,

• Expertise/activities: chemistry, novel build

• WPs and tasks:

3. Darren Hill – Task/Project Manager

• Expertise/activities: Exploiation

• WPs and tasks: WP8


1. N/A

CRF


Centro Ricerche FIAT

Group Materials Labs

Environment, Chemical Analysis and Fluids

Strada Torino 50, Orbassano (TO)

CRF’S ROLE IN MAGENTA



1. Project Management -WP1 (2 PM)

2. Magneto-thermoelectric properties – WP5 (6 PM)

• Magneto-thermoelectric (MTE) effect

3. Theory and simulation – WP4 (4 PM)

• DFT calculations on the IL-particle interface and associated chemical reactions


• Development of a 500W prototype

• Thermoelectric generator design assisted by CAD/CAE tools (CFD, finite elements

codes)

• Validation of the generator on a laboratory engine bench

CRF MEMBERS



1. Mauro Sgroi – CRF Project Manager, Material Science

• Expertise: DFT simulations, electrochemistry

• WPs and tasks: WP4, WP5, WP7

2. Massimo Asti – Responsible of Engine Emission Aftertreatment Lab, Chemistry

• Expertise: Characterization of catalytic systems for engine emission

aftertreatment

• WPs and tasks: WP7 (validation of the TEG on real engines)


1. Fellowship (to be activated in 2018)

• WPs: WP7 – CFD simulations

PARTNER PRESENTATION: GEM


Gemmate Technologies S.r.l.

R&D Department

Via Reano 31

10090 Buttigliera Alta (TO)

Italy

GEM’S ROLE IN MAGENTA




• Task 7.2: TEG for internal combustion engines (CRF/GEM): CRF and GEM will

cooperate to develop a thermoelectric generator (TEG) for recovering heat from the

exhaust gases of internal combustion engines. GEM will be the main responsible

for the CAD design of the device.

GEM MEMBERS



1. Alessio Tommasi – R&D at Gemmate Technologies

• Expertise: micro and nanotechnology; advanced materials and processing;

material modelling, design and fabrication of assessment prototyping.

• WPs and tasks: WP7 (TEG prototyping)

2. Roberta Zanardi – CEO and general manager at Gemmate Technologies

• Expertise: business consulting, business-plan development, and analysis of

technology transfer bottlonecks.

• WPs and tasks: WP1 (management), WP7 (TEG prototyping)

PARTNER PRESENTATION : HES-SO


Haute Ecole Spécialisée de Suisse occidentale

Haute Ecole Arc Ingénierie

Eplatures Grise 17

CH-2300 La Chaux de Fonds

47°04'47.7"N 6°47'45.2"E 47.079917, 6.795889

HES-SO ROLE IN MAGENTA



1. WP4 Thermoelectric property characterization and optimization (29 PM from 120.5PM)

• Task 4.1 TE-voltage generation-current extraction

• Trade off high Seebeck – thermocurrent

• Electrodes and electrode / IL-FF interface

• High temperature TE-performance

• Supercapacitors (together with CEA)

2. WP6 Prototype conception, design and validation; (29 PM from 149 PM)

• Task 6.3 Micro-TE modules

HES-SO MEMBERS



1. Herbert Keppner – group leader, micro-nanotechnology

• Expertise: solid state physics, plasmas, microtechnology, TEGs

2. Edith Laux – head of chemistry IOLs

• Expertise: Chemistry, electro-chemistry, electrode/liquid interface

3. Laure Jeandupeux: Microtechnology, device setup

• Expertise: microfabrication, serial connection

4. Stefanie Uhl: electrical characterization, automatization

• Expertise: measurement, electronic engineering.


1. Pilar Pérez Lopez chemical engineer, synthesis of IOLs

2. Bachelor student

3. Master Student

GUT = GDANSK UNIVERSITY OF TECHNOLOGY


GUT’S ROLE IN MAGENTA


GUT’S TEAM


MORE ON GUT => GO TO MACIEJ’S PDF


GOVERNANCE

| PAGE 48


MANAGEMENT STRUCTURE


WP1 WP8

WP2 WP3 WP4 WP5 WP6 WP7

INTERNAL CONSORTIUM MANAGEMENT

STRUCTURE


Management Committee

=

General Assembly

Decision making body

1 beneficiary = 1 vote

1. CEA (France)

2. CNR (Italy)

3. PHNX (France)

4. NCSRD (Greece)

5. SOLV (France)

6. CTECH (UK)

7. CRF

8. GEM

9. HES-SO

10. GUT

Steering Committee

=

WP-task leaders +

management

WP1: (Mgt) CEA + managers

WP2: (IL) SOLV, GUT

WP3: (FF) CNR, PHNX

WP4: (MTD) PHNX

WP5: (MTE) CEA, HESSO

WP6: (Theory) NCSRD, GUT,

CEA

WP7: (Proto) CRF, GEM,

CTECH, CEA, HES-SO

WP8: (Dissem) CTECH, CNR

IPR Team

CTECH & CEA

Q & R manager

Coordinator + Proj manager +

WP leaders

Dissem & Comm

CTECH: Web, promotion

CNR: Public outreach, VTC

Everybody: conferences,

publications, Science fair, etc.

WP1 WP8

Management Support teams

ROLES OF DIFFERENT INTERNAL

CONSORTIUM BODIES & LEADERS


• GA: decision making body 10 partners

• Steering committee: supervisory body for Project execution (work packages and tasks)

• IPR team: Data management (DMP, IP security, accessibility (ORDP))

• Quality and Risk management: Progress monitoring, reporting and intervention

• Dissemination/Exploitation: Website, public outreach actions, technology propmotion, scientific

publications, conferences

• Coordinator: Oversees integral aspects of MAGENTA

• Project manager : Oversees adminstrative and finacial apsects

• WP leaders: Supervises all WP tasks (deliverables, milestones and risks), periodic and

continuous reportings (both technical actions and costs)

• Task leaders: Supervises individual tasks (deliverables, milestones and risks), continous

reporting to WP leaders

• Partner leaders: Supervises administrative and financial aspects within each organization,

periodic and continuous reporting, etc.

WP1 WP8

EXTERNAL ADVISORY BOARD & SUB-

COMMITTEE MEMBERS TO APPROVE


External Advisory board

Technology leaders and

Scientific experts in the field of

• Thermoelectric generators

• Energy (efficiency,

consomption)

• Microelectronics

• Etc. To be defined/approved this morning.

Steering Committee

=

WP-task leaders + project

managers

WP1 WP8

Dissem & Exploitation?

Web: CTECH

Outreach: CNR – A. Va

VTC: CNR – D. Peddis

IPR team

CTECH + CEA

Q & R management


WP leaders

CONSTITUENTS OF EACH BODY?


Steering Committee

=

WP-task leaders + project

managers = 18 members

Q & R management


WP leaders = 9 members

• Steering committee: supervisory body for Project execution = meets twice a year at Steering

committee meetings

• Task leaders: Supervises individual tasks (deliverables, milestones and risks), continous

reporting to WP leaders and to partner leaders (costs)

• Quality and Risk management: Progress monitoring, reporting and intervention = monthly

video conferencing, writes periodic reports, etc.

• WP leaders: Supervises all WP tasks (deliverables, milestones and risks), periodic and

continuous reportings (both technical actions and costs)

• Shall we reduce the size of Steering Committee? Too big? Too costly?

CONSORTIUM APPROVAL


Approval of Steering Committee

WP-task leaders + management personnels

WP1: (Mgt) Sawako Nakamae (CEA), Dijana Samson (CEA), Elisabetta Agostinelli (CNR)

WP2: (IL) Sandrine Loic (SOLV) and A. Triolo (CNR)

WP3: (FF) Gaspare Varvaro (CNR), Véronique Peyre (CNRS)

WP4: (MTD) Régine Perzynski (CNRS)

WP5: (MTE) Sawako Nakamae (CEA), Herbert Keppner (HESSO)

WP6: (Theory) Kalliopi Trohidou (NCSRD), Maciej Bobrowski (GUT), Ioulia Chikina (CEA)

WP7: (Proto) Mauro Sgroi (CRF), A. Tomassi (GEM), Herbert Keppner (HES-SO),

Domenico Cuperino (CTECH)

WP8: (Dissem) Edd Jones (CTECH), Andrey Varmalov (CNR), Davide Peddis (CNR)

Total: 18 members

CONSORTIUM APPROVAL


Risk & Quality management board

Coordinator + Project manager (CEA) + WP leaders (below list)

WP2: (IL) Sebastien Fantini (SOLV) + A. Triolo (CNR)

WP3: (FF) Davide Peddis (CNR)

WP4: (MTD) Régine Perzynski (CNRS)

WP5: (MTE) Herbert Keppner (HES-SO)

WP6: (Theory) Popi Trohidou (NCSRD)

WP7: (Proto) Mauro Sgroi (CRF)

Total: 9 members

IPR team

• CTECH – Edd Jones

• CEA – Saco Nakamae, Dijana Samson

&

Industrial technolocy transfer office

EXTERNAL EXPERT ADVISORY BOARD


External Expert Advisory board suggestions

Yes? No?

If yes: Whom to invite?

• From partner organizations

• P. Guenoun (NIMBE/IRAMIS/CEA): Polymers and polyelectrolytes (micelles, surfactant),

phase separation, thermal transport, etc. experimental

• M. Roger (SPEC/IRAMIS/CEA): Irreversible thermodynmaics, theorist.

• From non-partner organizations

• Magnetism – (recomm by CNR)

• R. D. Zysler (CONICET-Argentina) or Roland Mathieu (University of Uppsala)

• TE technology?

• Fraunfofer

• Electrochemical cells – (by CEA)

• Yang Shao-Horn (Electrochemical Energy lab, MechE Dept; MIT)

• Microelectronics?

• Microsoft, etc.

• Energy industry?

END OF SESSION 1

| PAGE 57


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