Engineering
Design Project
100%
Product Design
100%
Design
100%
Final Report
100%
Accident Prevention
60%
Development
60%
Optimization
40%
Protection Layer
40%
Internal Loss
40%
Anion Exchange Membrane
40%
Semiconductor
40%
Main Component
20%
Life Cycle Sustainability Assessment
20%
Design Process
20%
Economic Feasibility
20%
Material Development
20%
Durables
20%
Light Absorption
20%
Alkaline Condition
20%
Research Laboratories
20%
Engineering
20%
Estimated Cost
20%
Environmental Benefit
20%
Design Alternative
20%
Energy Payback Time
20%
Relative Positioning
20%
Ohmic Loss
20%
Manufacturing Process
20%
Sustainable Development
20%
Energy Engineering
20%
INIS
design
100%
devices
100%
losses
36%
cost
36%
gases
36%
hydrogen
27%
water
27%
safety
27%
electrodes
27%
membranes
18%
hydrogen production
18%
nickel
18%
market
18%
optimization
18%
layers
18%
semiconductor materials
18%
protection
18%
sustainability
18%
ion exchange
18%
emission
9%
laboratories
9%
positioning
9%
flexibility
9%
production
9%
manufacturing
9%
levels
9%
energy supplies
9%
molybdenum
9%
energy
9%
management
9%
economics
9%
air pollution
9%
metals
9%
absorption
9%
life cycle assessment
9%
implementation
9%
silicon
9%
security
9%
climatic change
9%
carbon dioxide
9%
stability
9%
catalysts
9%
configuration
9%
engineering
9%
size
9%
lifetime
9%
Material Science
Conceptual Design
100%
Devices
100%
Product Design
100%
Gas
36%
Electrode
27%
Semiconductor Material
18%
Photoelectrochemical Water Splitting
18%
Nickel
18%
Membrane
18%
Silicon
9%
Molybdenum
9%
Water
9%
Air
9%
Catalyst
9%
Detailed Design
9%
Metal
9%
Carbon Dioxide
9%
Chemical Engineering
Water
100%
Hydrogen
100%
Nickel
66%
Hydrogen Production
66%
Silicon
33%
Molybdenum
33%