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Table of contents
ACKNOWLEDGEMENTS
GENERAL INTRODUCTION AND THESIS OUTLINE
CHAPTER 1 –INTRODUCTION TO AQUEOUS SUPERCONCENTRATED ELECTROLYTE AND THEIR USE IN LI-ION BATTERY (LIB)
AQUEOUS SUPERCONCENTRATED ELECTROLYTE: CAN THE MODIFICATION OF THE PHYSICO-CHEMICAL PROPERTIES AND THE INTERFACIAL REACTIVITY UNLOCK THE COMPETITIVENESS OF AQUEOUS LI-ION BATTERIES?
FURTHER IMPROVING AQUEOUS SUPERCONCENTRATED-BASED LIB, EXPANDING THE ESW LIMIT AT THE NEGATIVE ELECTRODE SIDE
CONCLUSION OF THE CHAPTER
CHAPTER 2 – CYCLING VIABILITY OF AQUEOUS SUPERCONCENTRATED ELECTROLYTES BASED ON 20 MOL/KG LITFSI AND 20 MOL/KG LITFSI : 8 MOL/KG LIBETI
INTRODUCTION
ORIGIN OF THE PERFORMANCES DECAY: A GAS MONITORING STUDY .
SELF-DISCHARGE PROTOCOL TO ASSESS AQUEOUS SUPERCONCENTRATED ELECTROLYTES VIABILITY DURING RESTING PERIOD
CYCLING VIABILITY ON THE POSITIVE SIDE: A GAS MONITORING STUDY
CONCLUSION OF THE CHAPTER
CHAPTER 3 – INSTABILITY OF NATIVE SEI LEADS TO THE DRYING OUT OF AQUEOUS SUPERCONCENTRATED LI-ION BATTERY
INTRODUCTION
IMPACT OF WATER CONSUMPTION ON ELECTROLYTE CRYSTALLIZATION
ACTIVATION ENERGY OF DIRECT AND INDIRECT HER IN WISE
DISCUSSION AND CONCLUSION OF THE CHAPTER
CHAPTER 4 –MIMICKING INORGANIC-BASED SEI WITH LIF-COATING. UNDERSTANDING OF INORGANIC SEI LIMITATIONS IN WATER-IN-SALT ELECTROLYTE
INTRODUCTION
USING LI/LIF-COATING TO MIMIC INORGANIC-BASED SEI. EXPOSURE TO ATMOSPHERE ENVIRONMENT, AQUEOUS SUPERCONCENTRATED ELECTROLYTE AND COMPARISON WITH THE BEHAVIOR OBSERVED IN ORGANIC ELECTROLYTE
COMPARISON OF LIF BEHAVIOR WITH AL2O3-COATED LI SAMPLE ..
FILLING THE STRUCTURAL DEFECTS BY PRESOAKING IN ORGANIC ELECTROLYTE: ASSESSMENT OF THE IMPORTANCE OF AN ORGANIC-INORGANIC BASED SEI
CONCLUSION OF THE CHAPTER
GENERAL CONCLUSION AND PERSPECTIVES
REFERENCES
