Dissipative Structure in Plasma Turbulence
スポンサーリンク
概要
- 論文の詳細を見る
A new enhanced radiation process from plasma turbulence (plasma-maser) is inferpreted as "dissipative structure" in plasma turbulence. The plasma-maser process iseffective in an open plasma system where some of the input energy is dissipated asanomalous radiation. The validity of the linear response theory which neglects theensemble averaged second order electric field is given under the random phase approximation. The ordinary mode growth rate in the presence of the enhanced stationaryLangmuir turbulence is obtained and the results have potential importance to clarifythe mechanism of the anomalous radiation in plasma astrophysics.
- 社団法人日本物理学会の論文
- 1991-09-15
著者
-
Hada Tohru
College Of General Education Kyushu University
-
S. Bujarbarua
Institute Of Advanced Study In Science And Technology Aau Campus
-
Nambu Mitsuhiro
College Of General Education Kyushu University
-
S.N. SARMA
Institute of Advanced Study in Science and Technology,AAU Campus
-
S.n. Sarma
Institute Of Advanced Study In Science And Technology Aau Campus
関連論文
- Stochastic Motion from a Forced Plasma-Maser Interaction
- Generation mechanism of ULF modulated ion acoustic waves
- Direct contribution of oblique field-aligned currents to magnetic field variations on the ground
- Plasma-Maser Theory in a Weakly Nonstationary Medium
- Vertex Corrections to Landau Damping of Langmuir Waves
- Induced Bremsstrahlung Radiation
- Manley-Rowe Relation for Induced Bremsstrahlung Radiation
- Mechanism for Plasma Maser without Electron Population Inversion
- Upconversion of Ion-Sound to Langmuir Turbulence
- Upconversion Efficiency of Ion-Sound to Langmuir Turbulence
- Dissipative Structure in Plasma Turbulence
- On the Propagation of Lower Hybrid Solitary Waves
- A NEW MASER EFFECT IN PLASMA TURBULENCE