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HIGH-TEMPERATURE IONIZATION in PROTOPLANETARY DISKS
Steven Desch
, Neal J. Turner
Earth and Space Exploration, School of (SESE)
Physics
Research output
:
Contribution to journal
›
Article
›
peer-review
72
Scopus citations
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Physics & Astronomy
thermionic emission
100%
Saha equations
88%
ion emission
73%
protoplanetary disks
70%
alkalies
54%
thresholds
52%
stellar magnetospheres
49%
dust
47%
chondrule
46%
ionization
39%
ambipolar diffusion
37%
short circuits
33%
current sheets
32%
gas density
32%
Jupiter (planet)
30%
ionization potentials
30%
gases
29%
mass ratios
28%
atoms
28%
potassium
28%
diffusivity
26%
vapor phases
22%
turbulence
21%
electrical resistivity
17%
heating
17%
temperature
16%
ions
13%
electrons
11%
Earth & Environmental Sciences
ionization
62%
gas
43%
ion
40%
dust
31%
chondrule
27%
Jupiter
24%
magnetosphere
23%
formation mechanism
22%
threshold value
22%
diffusivity
20%
potassium
18%
electrical resistivity
17%
turbulence
16%
temperature
16%
heating
15%
electron
14%
modeling
8%
rate
6%
effect
4%