Dr. Boris Merinov
Projects
"The major goal of a research project is to create something unique"
Projects
"The major goal of a research project is to create something unique"
CURRENT PROJECTS
Nanoporous platinum - atomistic structure and catalytic properties via computational simulations
Computational design of advanced electrolytes for all solid state batteries
Advanced highly efficient fuel cells based on designer catalysts
Nanoporous platinum - atomistic structure and catalytic properties via computational simulations
Computational design of advanced electrolytes for all solid state batteries
Advanced highly efficient fuel cells based on designer catalysts
FORMER PROJECTS
Fundamental chemistry and physics of direct electrochemical oxidation in SOFCs
Characterization and design of new cathode catalysts for PEM fuel cells using multi-scale de novo modeling
Hydrated polymer electrolyte/cathode interface: simulations of the cathode half-cell
Perovskite-based proton-conducting electrolytes
CFx materials for applications in Li-ion and F-ion batteries
Low-temperature membranes for hydroxide exchange membrane fuel cells: first-principles based computational study
Investigation of polymer electrolyte membrane degradation, using computational modeling
Quantum-chemical and thermodynamic studies of Pt and Pt-based alloy thin film electrocatalysts
Quantum-chemical and thermodynamic studies of Pt and Pt-based alloy thin film electrocatalysts
Computational study of low-temperature catalytic C-C bond activation of alkanes for portable power
Development of advanced anode catalysts for SOFCs: first-principles based computational study
Simulation/Design/Synthesis of nanocomposites for CO2 capture and conversion at elevated temperature
Reversible metal-air batteries: in silico based design combined with experimental synthesis and characterization
In silico design of advanced materials for high-energy density electrochemical devices
Fundamental chemistry and physics of direct electrochemical oxidation in SOFCs
Characterization and design of new cathode catalysts for PEM fuel cells using multi-scale de novo modeling
Hydrated polymer electrolyte/cathode interface: simulations of the cathode half-cell
Perovskite-based proton-conducting electrolytes
CFx materials for applications in Li-ion and F-ion batteries
Low-temperature membranes for hydroxide exchange membrane fuel cells: first-principles based computational study
Investigation of polymer electrolyte membrane degradation, using computational modeling
Quantum-chemical and thermodynamic studies of Pt and Pt-based alloy thin film electrocatalysts
Quantum-chemical and thermodynamic studies of Pt and Pt-based alloy thin film electrocatalysts
Computational study of low-temperature catalytic C-C bond activation of alkanes for portable power
Development of advanced anode catalysts for SOFCs: first-principles based computational study
Simulation/Design/Synthesis of nanocomposites for CO2 capture and conversion at elevated temperature
Reversible metal-air batteries: in silico based design combined with experimental synthesis and characterization
In silico design of advanced materials for high-energy density electrochemical devices