3. 輻射流体力学 : 宇宙 : 高強度レーザーを用いた実験室宇宙物理

概要

論文の詳細を見る
Astrophysical phenomena are commonly regulated by hydrodynamical, radiative, and gravitational processes. In particular, radiative processes, which are often coupled with non-equilibrium chemical reactions for atoms and molecules, are the key physics for energy transport. Astronomical objects frequently exhibit a wide range of optical depth and thus the issue of radiative transfer should be properly addressed. For deep understanding of the underlying physics immanent in intricate phenomena, employment of the integrated scheme for radiation-hydrodynamics(RHD)including the radiative transfer seems indespensable. The recent attempts for RHD in astrophysics are reviewed, and the future issues concerning multi-dimensional RHD are addressed. Finally, the staple role of the experimental astrophysics using laser plasma is stated.
社団法人プラズマ・核融合学会の論文
1998-11-25