Magnetic braking, ambipolar diffusion, and the formation of cloud cores and protostars. II. a parameter study

Keyphrases

• Parameter Study 100%
• Protostars 100%
• Ambipolar Diffusion 100%
• Magnetic Braking 100%
• Reference State 75%
• Rapid Evolution 50%
• Detailed numerical Simulation 25%
• Parameter-free 25%
• Quasi-static 25%
• Core Size 25%
• Central Region 25%
• Isothermal Model 25%
• Small Core 25%
• Lagrangian 25%
• Ion Density 25%
• Ion Collisions 25%
• Angular Velocity 25%
• Column Density 25%
• Thin Disk 25%
• Cloud Size 25%
• Neutral Density 25%
• Model Cloud 25%
• Self-gravitating 25%
• Gravitational Field 25%
• Molecular Clouds 25%
• Central Density 25%
• Retardation Factor 25%
• Small Cloud 25%
• Efficiency Parameter 25%
• Dynamic Collapse 25%
• Collision Time 25%
• Initial Equilibrium State 25%
• Mass-shell 25%
• Braking Efficiency 25%
• Radial Length 25%

Engineering

• Reference State 100%
• Length Scale 33%
• Computer Simulation 33%
• Dimensionless 33%
• Isothermal 33%
• Retardation 33%
• Central Region 33%
• Equilibrium State 33%
• Angular Velocity ω 33%
• Free Parameter 33%
• Core Size 33%
• Smaller Core 33%
• Collision Time 33%
• Radial Length 33%
• Rotating Core 33%