Гусев А. Леонидович

Surname, Name Gusev Alexander Leonidovich

Date of birth September 8, 1961, USSR

Some professional awards. Alexander Leonidovich Gusev - Winner of the K. E. Tsiolkovsky Medal of the Russian Federation of Cosmonautics "For contribution to Cosmonautics", Veteran of Nuclear Energy and Industry (state Atomic Energy Corporation "Rosatom", certificate No. 1117 of August 18, 2009), academician of the Serbian Royal Academy of the Academy of Science and Art, Academician of the European Academy of natural Sciences (Hanover), Chairman of the Department of Alternative Energy and Ecology (Hanover), Editor-in-chief, Head of Alternative energy and ecology and Hydrogen Groups, (ORCID) (ResearcherID), Inventor of Baikonur and other.

Skills. Hydrogen, Hydrogen gas sensors, Fuel Cells, PEM Fuel Cells, Physisorption of molecular hydrogen, Hydrogen on-board storage, Hydrogen accumulator, Hydrogen sensors, Hydrogen Storage, Nano-Catalysis, Hydrogen Production, Gas Adsorption, Hydrogen Generation, Green Chemistry Technology, Material Characterization, Materials, Nanomaterials, Synthesis, Nanomaterials Synthesis, Adsorption, Microstructure, Porous Materials, Mesoporous Materials, Catalyst Characterization, Materials Testing, Advanced Materials, Mechanical Properties, Kinetics, Chemical Application, Reaction Kinetics, Solar Energy, Carbon Nanomaterials, Experimental Physics, Radiation Detection, Hydrogen Energy, Surface Properties, Heterogeneous Catalysis, Catalyst Synthesis, Cryogenics, Energy, Cryogenics Engineering, Fluid Dynamics, Mechanics, Vehicle Dynamics, Electrochemistry, Thermodynamics, Nuclear Engineering, Nanotechnology, Photoconductivity, Chemical Engineering, Electrochromic Devices, Graphene Sheets, Mathematical Physics, Polymer Chemistry, Composites, Thin Films, Lithium Ion Batteries, Solid Oxide Fuel Cells, Geochemistry, Physical Chemistry, Spectroscopy, Materials Science, Condensed Matter Physics, Ecology, Patents, Gas, Invention, steam reforming of ethanol, Gases, Detectors, Oxygen, Nano, Electrochromics, Heat, Space Technology, Space Technology for Development, Cryology, Temperature, Cryosorption, Hydrogen recombiners, Space Vehicles, Photochromic materials, Leak test, Alternative energy and ecology, Thermoelectric systems, Binary Ice, superinsulation, Nuclear, Cryogenic tanks, cathode materials, materials for supercapacitors, energy objects, MWCNT, electrochromic film, photochromic triplex, cryogenic pipeline, cryogenic reservoir, electrochromic systems, manganese dioxide palladium, Multi-Layer Insulation, Liquid hydrogen tank car, Zeolites, Cryopump, Regeneration of a cryopump, Vacuums and Vacuum Technology, Nano - composites Membranes for clearing Chlorine, flexible transparent electrochromic film, Photochromic polymeric triplex, Exergy Analysis, Exergy, High Vacuum, Solar Cells, Solar Collectors, Solar Cooling, Solar Ennergy Conversion, Concentrated Solar Power, Hydrogen Cars, Hydrogen safety, Connectivity, Nanocomposites, Graphene Nanocomposites, Polymer Nanocomposites, composite membranes, Palladium Nanoclusters.

Effects discovered

1) Effect of effusion induced hydrogen instability of the superinsulation (EIHIS))

2) Effect of effusion induced heat conduction instability of the super-insulation in cryogenic and vacuum facili-ties (EIHCIS))

3) Effect of multiplication of the amount of desorbed hydrogen molecules (MADHM)) .