Engineering & Materials Science
Conversion efficiency
100%
Light emission
73%
Thermopiles
72%
Humidity control
68%
Heating
68%
Argon
53%
Spectroscopy
53%
Diffraction
51%
Flanges
48%
Convection
47%
Hot Temperature
45%
Vacuum
41%
Temperature
38%
Scanning electron microscopy
37%
Detectors
37%
Fatigue of materials
32%
Heat transfer
31%
Control systems
29%
Air
26%
Testing
24%
Electric potential
24%
Physics & Astronomy
emitters
78%
modules
78%
environmental control
50%
thermopiles
45%
test chambers
43%
impact tests
41%
flanges
41%
heating
39%
holders
35%
high vacuum
34%
heaters
32%
humidity
31%
light emission
29%
convection
27%
argon
24%
heat transfer
24%
conduction
21%
scanning electron microscopy
20%
air
18%
temperature
18%
detectors
17%
electric potential
17%
diffraction
16%
spectroscopy
16%
energy
9%
Medicine & Life Sciences
Hot Temperature
73%
Heating
68%
potassium bromide
53%
Temperature
45%
Convection
45%
Argon
39%
X-Ray Diffraction
38%
Humidity
37%
Vacuum
36%
Spectrum Analysis
31%
Electron Scanning Microscopy
30%
Fatigue
26%
Air
25%
X-Rays
24%
Light
22%
Pressure
20%
Chemical Compounds
Holder
58%
Heat Transfer
51%
Humidity
42%
Sphere
40%
Vacuum
37%
Voltage
34%
Spectroscopy
30%
Scanning Electron Microscopy
28%
Pressure
27%
Environment
27%
Energy
22%