Engineering & Materials Science
Heat exchangers
100%
Hot Temperature
95%
Nuclear reactors
62%
Temperature
57%
High temperature reactors
54%
Iodine
53%
Printed circuits
50%
Salts
49%
Adsorption
44%
Gases
40%
Heat transfer
40%
Thermal energy
39%
Test facilities
36%
Pumps
36%
Krypton
34%
Helium
32%
Coolants
32%
Nuclear energy
31%
High temperature gas reactors
30%
Molten materials
29%
Heat pipes
28%
Irradiation
26%
Cooling systems
26%
Sorbents
25%
Carbon
24%
Fast reactors
24%
Electricity
22%
Hydraulics
22%
Thermosyphons
21%
Calcium oxide
19%
Silver
17%
Hydrogen production
16%
Fission products
16%
Molten salt reactor
16%
Water
15%
Economics
15%
Sapphire
15%
Energy storage
14%
Fluids
14%
Computational fluid dynamics
14%
Nanocarbon
14%
Light water reactors
13%
Experiments
13%
Packed beds
13%
Laser induced breakdown spectroscopy
13%
Liquid metals
13%
Accidents
13%
Nuclear power plants
13%
Neutrons
12%
Adsorbents
12%
Physics & Astronomy
heat exchangers
47%
reactors
27%
molten salts
18%
heat transfer
17%
printed circuits
14%
thermosiphons
14%
heat
14%
heat pipes
13%
process heat
12%
coolants
11%
test facilities
10%
adsorption
10%
heat storage
9%
low temperature tests
9%
cooling systems
9%
sorbents
8%
iodine
8%
hydraulics
8%
thermal energy
7%
sapphire
7%
performance
6%
adsorbents
6%
irradiation
6%
iodides
6%
gas cooled fast reactors
6%
neutrons
6%
salts
5%
radiation
5%
moisture
5%
fluorides
5%
condensation
5%
fission products
5%
gas streams
5%
steam
5%
methodology
5%
beds
5%
Earth & Environmental Sciences
reactor
27%
iodine
16%
nuclear reactor
11%
iodide
11%
mordenite
11%
energy
10%
gas
9%
adsorption
8%
nuclear energy
8%
krypton
7%
helium
7%
energy storage
6%
hydrogen
6%
heat transfer
6%
nuclear fuel
6%
silver
6%
carbon
6%
accident
6%
salt
6%
electricity
5%
economics
5%
steam generator
5%