Engineering & Materials Science
Ohmic contacts
49%
Radiative transfer
46%
Electrodynamics
42%
Photons
38%
Energy gap
36%
Radiators
35%
Gold
35%
Tungsten
35%
Conversion efficiency
34%
Waste heat utilization
34%
Mirrors
33%
Energy conversion
32%
Temperature
25%
Radiation
25%
Chemical Compounds
Surface Recombination
100%
Velocity
54%
Radiator
52%
Waste Heat
49%
Electrodynamics
49%
Photon
31%
Tungsten
29%
Diffusion
20%
Energy
15%
Physics & Astronomy
reflectors
60%
near fields
55%
performance
28%
waste heat
14%
energy conversion efficiency
13%
radiators
12%
minority carriers
11%
radiative transfer
11%
electrodynamics
10%
electric contacts
9%
tungsten
9%
emitters
8%
recovery
8%
gold
8%
mirrors
7%
augmentation
6%
temperature
6%
photons
6%
radiation
5%
energy
3%