Engineering & Materials Science
Detectors
100%
Xenon
91%
Scintillation
64%
Liquids
63%
Heavy ions
59%
Protons
44%
Dosimetry
41%
Neutrons
39%
Photons
39%
Energy transfer
35%
Dosimeters
32%
Photomultipliers
27%
Tissue
25%
Calorimeters
24%
Ions
23%
Space shuttles
23%
Experiments
21%
Space stations
21%
Gamma rays
21%
Telescopes
19%
Ionization chambers
16%
Radiation
15%
Full width at half maximum
14%
Argon
14%
Fibers
13%
Cameras
13%
Proton beams
13%
Scintillation counters
13%
Cosmic rays
13%
Charged particles
12%
Spectrometers
11%
Photoionization
11%
Helium
11%
Sodium Iodide
10%
Electric power measurement
10%
Light absorption
9%
Purification
9%
Electrons
9%
Spacecraft
9%
Particle accelerators
9%
Freons
9%
Transparency
9%
Cryogenics
8%
Calorimetry
8%
Positrons
8%
Neutron detectors
8%
Optical properties
8%
Inert gases
7%
Silicon
7%
Centrifugal pumps
7%
Physics & Astronomy
detectors
71%
dosimeters
60%
xenon
56%
liquids
46%
scintillation
39%
linear energy transfer (LET)
39%
scintillating fibers
36%
heavy ions
36%
energy
31%
bubbles
30%
space transportation system
27%
neutrons
27%
Space Shuttle missions
25%
chambers
25%
dosage
22%
protons
21%
cameras
20%
decay
19%
muons
19%
photons
18%
proportional counters
17%
radiation
16%
International Space Station
15%
performance
15%
image intensifiers
15%
telescopes
13%
gamma rays
13%
rays
13%
spectrometers
12%
calorimeters
12%
charged particles
11%
spacecraft
11%
recoil protons
11%
proton energy
11%
ionization chambers
10%
purification
9%
gases
9%
argon
9%
fibers
9%
high altitude
9%
flight
9%
helium ions
9%
space stations
9%
centrifugal pumps
9%
Q factors
8%
freon
8%
space shuttles
8%
silicon
8%
proton beams
7%