Keyphrases
Ambipolar Diffusion
100%
Star Formation
91%
Molecular Clouds
64%
Magnetic Field
54%
Interstellar Clouds
41%
Protostars
35%
Cm(III)
35%
Magnetic Flux
28%
Magnetic Braking
27%
Solution Method
25%
Self-gravitating
21%
Parameter-free
20%
Flux Ratio
20%
Model Cloud
18%
Core Formation
17%
Angular Momentum
17%
Magnetic Field Strength
15%
Equilibrium State
14%
Rotator
14%
Central Density
14%
Parameter Study
14%
Magnetic Field Lines
13%
Field Lines
12%
Parker Instability
12%
Magnetically Controlled
12%
Two Dimensional
12%
Interstellar Dust
12%
Time-dependent Solution
12%
Shock
11%
Inter-cloud
10%
Ohmic Dissipation
9%
Thermal Pressure
9%
Quasi-static
9%
Cylindrically Symmetric
9%
Axisymmetric Solutions
9%
Gravitational Field
8%
Magnetic Force
8%
Gas Density
8%
Order of Magnitude
8%
Infall
7%
Non-autologous
7%
Numerical Methods
7%
Zeeman
7%
Interstellar Medium
7%
Central Region
7%
Neutral Density
7%
Non-isothermal
7%
Shock Waves
7%
Uniform Density
6%
Ionization Degree
6%
Physics
Magnetic Field
78%
Ambipolar Diffusion
76%
Star Formation
67%
Molecular Clouds
50%
Interstellar Clouds
40%
Protostars
29%
Magnetic Flux
26%
Angular Momentum
14%
Magnetohydrodynamics
12%
Interstellar Dust
12%
Field Strength
11%
Gravitational Field
11%
Interstellar Matter
10%
Intercloud Medium
10%
Magnetohydrodynamic Generator
9%
Interstellar Magnetic Field
7%
Interstellar Gas
7%
Magnetic Clouds
7%
Shock Wave
6%
Physics
6%
Spiral Arms
6%
Magnetic Star
6%
Mathematical Method
5%
Engineering
Magnetic Field
34%
Isothermal
22%
Free Parameter
21%
Axisymmetric
19%
Angular Momentum
18%
Equilibrium State
17%
Magnetic Flux
11%
Field Line
11%
Two Dimensional
11%
Dimensionless
10%
Length Scale
10%
Magnetic Field Strength
10%
Magnetic Force
10%
Central Region
10%
Magnetic Field Line
10%
Free Fall
9%
Initial Condition
8%
Initial State
7%
Magnetohydrodynamic Generator
6%
Numerical Methods
6%
One Dimensional
6%
Mass Ratio
6%
Gravitational Force
6%
Angular Velocity ω
5%
Pressure Force
5%
Collision Time
5%
Difference Approximation
5%
Reference State
5%
Implicit Time
5%