Rajesh BASHYAM

MULTILAYER SOLID STATE ELECTROLYTE FOR ENERGY STORAGE DEVICES

MEMBRANE ELECTRODE ASSEMBLY WITH ENHANCED START-UP AND SHUT-DOWN DURABILITY

SOLID STATE ELECTROLYTE FOR ENERGY STORAGE DEVICES

ELECTRODES WITH IMPROVED CELL REVERSAL TOLERANCE THROUGH FUNCTIONALIZED AND STABILIZED METAL OXIDES

METHOD OF MAKING ALL SOLID STATE LITHIUM ION BATTERIES

REINFORCED PROTON EXCHANGE MEMBRANE

METHOD OF MAKING AND PROCESSING CATHOLYTE AND ANOLYTE FOR SOLID STATE BATTERIES

METHOD OF MAKING SOLID STATE ELECTRODE AND ELECTROLYTE FOR ALL SOLID STATE LITHIUM BATTERIES BY LAYERING

METHOD OF MAKING ELECTRODES FOR ALL SOLID STATE BATTERIES

GRADIENT BASED ELECTRODE STRUCTURE FOR ALL SOLID-STATE LITHIUM-ION BATTERIES

FUEL CELLS WITH IMPROVED MEMBRANE LIFE

METHOD OF MAKING COMPOSITE POLYMER ELECTROLYTE FOR ALL SOLID-STATE LITHIUM-ION BATTERY

FUEL CELL CATALYST COATED MEMBRANE AND METHOD OF MANUFACTURE

Dry fuel cell electrodes and methods of manufacture

CATALYST, ELECTRODE, AND METHOD OF PREPARING THE SAME FOR PEM FUEL CELLS

FUEL CELLS WITH ENHANCED CARBON MONOXIDE TOLERANCE CATALYST LAYER USING COMPOSITE CATALYST

Membrane electrode assembly with enhanced start-up and shut-down durability

ENHANCED DURABILITY OF FUEL CELL METALLIC BIPOLAR PLATE

Gas-solid reduction process for preparation of platinum-containing catalysts for fuel cells

Electrodes with improved cell reversal tolerance through functionalized and stabilized metal oxides

Membrane electrode assembly with improved performance using two component fluorinated blended electrolyte additives

MEMBRANE ELECTRODE ASSEMBLY WITH SUPPORTED METAL OXIDE

Membrane electrode assembly with fluoro alkyl compound additive