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Mineral processing by short circuits in protoplanetary disks
C.P. Mcnally, A. Hubbard, M.-M. Mac Low, D.S. Ebel, P. D'Alessio
Astrophysics and Planetary Science
32
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Physics & Astronomy
chondrule
100%
protoplanetary disks
76%
short circuits
73%
minerals
60%
current sheets
35%
silicates
29%
calcium
20%
inclusions
16%
transient heating
15%
aluminum
14%
heat
13%
rims
12%
refractories
11%
opacity
11%
magnetohydrodynamic flow
11%
solar system
10%
gravitational fields
10%
potential energy
8%
dust
8%
occurrences
8%
melting
7%
cooling
6%
temperature dependence
6%
heating
6%
temperature
6%
geometry
5%
matrices
5%
magnetic fields
5%
Earth & Environmental Sciences
chondrule
80%
mineral processing
74%
silicate
25%
complementarity
24%
global model
22%
aluminum
16%
calcium
15%
heating
14%
magnetohydrodynamics
13%
temperature
11%
mineral
11%
potential energy
10%
solar system
10%
accretion
9%
magnetic field
9%
melting
7%
dust
7%
cooling
7%
geometry
6%
matrix
6%
parameter
3%
effect
2%