#C1 TOPICS (Applications closed)

1.

Ultra-fast operando characterizations for high rate energy storage materials

3.

Multiscale Modeling
for the Optimization of the Manufacturing and Interfaces in Solid State Batteries

4.

New ionic lithium and sodium solid state conductors

5.

Electrochemical and structural study of blended positive electrode materials for high power Li-ion batteries

6.

New Oxysulfide Materials as Solid Electrolytes for Solid State Batteries

7.

Development of new sulfate-containing cathode materials based on abundant elements for Na-ion batteries

8.

Beyond Conventional Synchrotron-based X-ray Spectroscopy: Fundamental Insights and Application to Positive Electrodes for Metal-ion Batteries

9.

Supercritical fluids, an alternative towards Li-ion battery (LIB) recycling

10.

Hierarchical latent-space models for battery interface dynamics

11.

Solid electrolyte/cathode interfaces in ceramic all solid state batteries

12.

Inorganic ultra-rich composite electrolytes for high performance solid state batteries

13.

Innovative electrolytes for high power devices

14.
Fluorinated solvent based electrolytes and metal anode based batteries

TOPICS

OF COHORT

#1

15.

Protective coatings for metal (Li, Mg) batteries

16.

Synthesis of silicon-based alloys for negative electrodes of Li-ion batterie

17.

Tailored oxides and carbides as active materials for high power energy storage devices

18.

Characterization and understanding of the SEI in Li-ion batteries based on silicon and ionic liquid

19.

Triggering the formation of a passivating interface to enhance the performance of aqueous batteries

20.

Ca and Mg batteries: improvement of performances by interface engineering

21.

2-Dimmensional MXene materials for high power energy storage devices

22.

Development of the Fluidized Bed Chemical Vapor Deposition process to produce high performances battery materials

23.

Novel (poly)anionic structures for highly Li-ion conductive solid polymer electrolytes : A combined theoretical and experimental study

24.

Rational design of improved Li transport mechanisms in composite ceramicpolymer electrolytes by means of electrochemical and solid state NMR characterizations

26

Sustainable and green batteries: fluorinefree lithium-ion cells

27

Modified high-nickel NCA cathode materials for Li-ion batteries

29.

Highly concentrated electrolytes dedicated to lithium-sulfur batteries

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