Engineering & Materials Science
Solar water heaters
100%
Hot Temperature
64%
Diodes
50%
Solar collectors
38%
Heat pipes
32%
Water
28%
Temperature
26%
Heating
22%
Photovoltaic cells
21%
Vapors
19%
Heat losses
18%
Solar radiation
18%
Facades
18%
Heat transfer
17%
Phase change materials
16%
Polycarbonates
15%
Fluxes
15%
Heat exchangers
13%
Liquids
13%
Incident solar radiation
13%
Air conditioning
13%
Solar energy
10%
Air
10%
Absorption cooling
9%
Lighting
9%
Simulators
9%
Sand
9%
Fluids
9%
Wine
8%
Lithium bromide
8%
Climate control
8%
Cooling systems
8%
Thermal energy
8%
Water heaters
8%
Pipe flow
7%
Health
7%
Water supply
7%
Electricity
7%
Desalination
7%
Latent heat
7%
Ecosystems
6%
Carbon nanotubes
6%
Developing countries
6%
Benchmarking
6%
Flow rate
6%
Heat flux
6%
Fabrication
6%
Testing
6%
Asphalt
6%
Solidification
6%
Earth & Environmental Sciences
electricity
25%
energy
24%
heater
21%
heating
19%
solar energy
18%
building component
15%
hot water
15%
solar collector
15%
alternative energy
15%
simulator
13%
evaluation
12%
energy demand
11%
household energy
10%
cost
10%
solar energy technology
10%
building service
10%
water
9%
trial
9%
temperature
9%
anaerobic digestion
8%
electrification
8%
solar system
8%
energy storage
7%
carbon nanotube
7%
energy use
7%
demand
7%
air conditioning
7%
benchmarking
7%
wine
7%
directive
7%
asphalt
7%
sizing
7%
household
7%
digester
7%
congress
7%
pipe
7%
Africa
6%
gas production
6%
industry
6%
hardware
6%
biogas
6%
acidification
6%
project
6%
vessel
6%
cooling
6%
lighting
5%
loss
5%
village
5%
resource
5%
life cycle
5%
Physics & Astronomy
photovoltaic cells
23%
concentrators
20%
concentrating
19%
heat exchangers
17%
absorbers
16%
accumulators
14%
solar radiation
12%
modules
12%
characterization
10%
coils
10%
rays
9%
diodes
9%
vapors
9%
performance
9%
solar collectors
8%
water
8%
acceptability
7%
solar simulators
7%
troughs
7%
cells
7%
liquids
6%
solar flux
6%
solar system
6%
heaters
6%
climate
6%
illumination
5%
heat
5%
