Electrolyte Additive Screening
Screen additives as controlled sacrificial reactants for SEI, CEI, gas, impedance, transition-metal cross-talk, and failure-mode timing.
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Electrolytes & Interfaces
Electrolytes turn material choices into working interfaces. Salt chemistry, solvent blends, additive reactions, water control, SEI/CEI formation, temperature response, and gas behavior decide whether a cell chemistry can be stabilized.
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Electrolyte and Interface Guides
LiFSI for Lithium-Metal Batteries
Review LiFSI use in lithium-metal, fast-charge, low-temperature, and high-concentration electrolyte systems.
Read articleLiPF6 vs LiFSI vs LiTFSI
Compare lithium salts by formulation role, moisture sensitivity, conductivity, interphase behavior, and practical tradeoffs.
Read articleLow-Temperature Electrolytes
Connect solvent viscosity, desolvation, plating risk, interphase resistance, and cold discharge or charge behavior.
Read articleFast Charge and All-Weather EV Batteries
Learn how transport, lithium plating, heating, thermal management, and electrolyte kinetics interact in fast-charge systems.
Read articleSodium-Ion Electrolyte Design
Map sodium-ion electrolyte design across rate capability, wide temperature, lifetime, gas control, and complete-cell safety.
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