ELTRON RESEARCH & DEVELOPMENT, INCORPORATED

THIS PROPOSED PROGRAM IS DIRECTED TOWARDS THE EXPERIMENTAL EVALUATION OF MIXED IONIC AND ELECTRONIC CONDUCTING MEMBRANES FOR PROMOTING THE ELECTROCHEMICAL CATHODIC DECOMPOSITION OF N0X WITHIN AUTOMOBI ...

THIS PROPOSED PROGRAM ADDRESSES THE NEED FOR DEVELOPMENT OF THIN CERAMIC MEMBRANES FOR ACHIEVING RELIABLE OXYGEN SEPARATION AT ELEVATED TEMPERATURES. TECHNICAL EFFORT WILL BE DIRECTED TOWARDS DEVELOPM ...

THIS PROGRAM ADDRESSES A NOVEL STRATEGY FOR DIRECTLY ACTIVATING METHANE TO METHANOL ACROSS A MIXED IONIC AND ELECTRONIC CONDUCTING CERAMIC MEMBRANE AT TEMPERATURES BETWEEN 200 AND 400 DEGREES CENTIGRA ...

PHASE I OF THIS PROJECT IS INVESTIGATING NOVEL ELECTROCATALYSTS AS SITES FOR PROMOTING THE ELECTROCHEMICAL FISCHER-TROPSCH (EFT) REDUCTION OF CO2 TO GASEOUS HYDROCARBONS AT BOTH HIGH RATES AND LOW OVE ...

THIS RESEARCH PROGRAM DEVELOPS AN EXPERIMENTAL, SYNTHETIC APPROACH TO ACHIEVE CONTROL OF PRECISE INITIAL PRECURSOR CERAMIC METAL OXIDE COMPOSITION FOR OXIDE PARTICLES IN THE NANOMETER TO SEVERAL ANGST ...

N/A

N/A

THIS PROPOSED PROGRAM WILL BE DIRECTED TOWARDS DEVELOPING THE SCIENTIFIC AND TECHNICAL INSIGHT NECESSARY FOR EVALUATING THE UTILITY OF SUITABLY DOPED PEROVSKITES AS ANION CONDUCTING SOLID ELECTROLYTES ...

THIS PHASE I INVESTIGATION ADDRESSES IMPROVING PERFORMANCE AND LOWERING COSTS ASSOCIATED WITH POLYMER ELECTROLYTE (PE) FUEL CELL ELECTROCATALYSIS. THE APPROACH IS TO SUBSTITUTE BINUCLEAR TRANSITION ME ...

THE PROPOSED PHASE I PROGRAM ADDRESSES PROBLEMS CURRENTLY INHIBITING DEVELOPMENT OF DIRECT METHANOL FUEL CELLS BY SUBSTITUTING HIGH AREA PEROVSKITE ELECTROCATALYSTS OF THE GENERAL COMPOSITION LN1-XAXC ...