1001 Sherbrooke St. W
Montreal
Canada
McGill University
Ceramic-Ionic liquid hybrid electrolyteHigh-throughput screeningIonic and electronic conductivityElectrochemical stabilitySodium-ion battery, Quasi-solid-state electrolyte
Na-ion battery cathodes, high-throughput experimental testing, air stability, battery performance
Sodium-ion batteries, socio-technical transition, individual agency, energy storage, interdisciplinary research
codoped Li-La-Zr-O garnet materials, solid electrolytes for lithium batteries, high-throughput experimentation, ionic conductivity, electrochemical stability window, X-ray diffraction
Li-ion batteries, high-power anodes, Nb-based oxides, synergy of co-existing phases, Ni-doping
Li-ion batteries, diffusion, high-throughput experiments, automation
Na-ion batteries, air stable materials, high energy cathodes, O3/P2 layered oxides, high-throughput experiments
