Отпечаток Отпечаток основан на индексе взвешенных терминов, извлеченных из документов, связанных с сотрудниками подразделения, и определяет ключевые темы подразделения.

Технические дисциплины и материаловедение

Electrolytes
Protons
Solid oxide fuel cells (SOFC)
Electrodes
Oxygen
Transport properties
Hydrogen
Cathodes
Electric properties
Anodes
Temperature
Gasoline
Oxides
Lanthanum
Polarization
Thermal expansion
Sintering
Partial pressure
Electrolysis
Composite materials
Gases
Vapor pressure
Water vapor
Thermodynamic properties
Fuel cells
Structural properties
Pyrolysis
Thin films
Electrochemical properties
Evaporation
Engines
Economics
Electrochemical cells
Nitrates
Ceramic materials
Doping (additives)
Air
Regenerative fuel cells
Surface active agents
Praseodymium
Hydrogen production
Perovskite
Fuel additives
Microstructure
Ionic conductivity
Industry
Coatings
Chemical analysis
Sustainable development
Powders
Barium
Combustion synthesis
Calcium
Rare earth elements
Neodymium
High temperature applications
Refining
Costs
Phase composition
Protonic ceramic fuel cells (PCFC)
Scanning electron microscopy
Gas industry
Functional materials
X ray diffraction analysis
Sensors
Lasers
Petrochemicals
Proton conductivity
Ethylene
Surface tension
Nickel
Phase transitions
Distillation columns
Grain boundaries
Water
Membranes
Substrates
Solid state reactions
Cerium
Fluorspar
Taxation
Strontium
Relaxation time
Hydrocarbons
Condensation
Carbon
Phase structure
Substitution reactions
Internal combustion engines
Ultrasonics
Fabrication
Amperometric sensors
Potentiometric sensors
Zeta potential
Stabilization
Gas mixtures
Calendering
Physical properties
Solid electrolytes
Tapes

Химические соединения

Electrolytes
Protons
Solid oxide fuel cells (SOFC)
Electrodes
Oxygen
Hydrogen
Oxides
Transport properties
Electric properties
Cathodes
Lanthanum
Anodes
Temperature
Thermal expansion
Sintering
Gases
Partial pressure
Suspensions
Polarization
Fuel cells
Doping (additives)
Composite materials
Protonic ceramic fuel cells (PCFC)
Structural properties
Thermodynamic properties
Praseodymium
Powders
Thin films
Electrochemical properties
Electrolysis
Ionic conductivity
Microstructure
Steam
Vapor pressure
Ceramic materials
Lanthanoid Series Elements
Neodymium
Air
Pyrolysis
Citric Acid
Chemical analysis
Gasoline
Barium
Combustion synthesis
Evaporation
Electrochemical cells
Coatings
Nitrates
High temperature applications
Scanning electron microscopy
X ray diffraction analysis
Alkenes
Hydrogen production
Hydrocarbons
Calcium
Sensors
Phase composition
Surface-Active Agents
Lasers
Water
Oils
Strontium
Functional materials
Regenerative fuel cells
Oxygen Isotopes
Phase structure
Solid solutions
Phase transitions
Raw materials
Grain boundaries
Substrates
Solid state reactions
Relaxation time
Proton conductivity
2-Propanol
Substitution reactions
Ultrasonics
Fabrication
Amperometric sensors
Potentiometric sensors
Zeta potential
Gas mixtures
Liquids
Calendering
Cerium
Physical properties
Condensation
Apatites
Nickel
Solid electrolytes
Electrochemical sensors

Физика и астрономия

Physics

electrolytes
protons
transport properties
partial pressure
polarization
vapor pressure
temperature
nanoparticles
ion currents

Chemistry and Materials

oxygen
ceramics
hydrogen
composite materials
oxides
calcium
fluorite
water vapor
air
praseodymium
gases
mechanical properties
oxygen isotopes

Engineering

solid oxide fuel cells
electrical properties
electrodes
cathodes
anodes
electrochemical cells
evaporation
fuel cells
electrical resistivity
coatings
internal combustion engines

General

conductivity
conduction
sintering
chemical compatibility
membranes
sensors
atmospheres
compatibility
solid state
electrode materials
thin films
thermal expansion
electronics
dilatometry
microstructure