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Radiative Heating and the Buoyant Rise of Magnetic Flux Tubes in the Solar Interior

机译：辐射加热与太阳能内部磁通管的浮力上升

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Y. Fan; G. H. Fisher;
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1. MAGNETIC FIELDS IN MASSIVE STARS. II. THE BUOYANT RISE OF MAGNETIC FLUX TUBES THROUGH THE RADIATIVE INTERIOR [J] . K. B. MACGREGOR, J. P. CASSINELLI The Astrophysical journal . 2003,第1aaParta1期

机译：恒星中的磁场。二。穿过辐射内部的磁通管的上升
2. MAGNETIC FIELDS IN MASSIVE STARS. II. THE BUOYANT RISE OF MAGNETIC FLUX TUBES THROUGH THE RADIATIVE INTERIOR [J] . K. B. MACGREGOR, J. P. CASSINELLI The Astrophysical journal . 2003,第1aPta1期

机译：恒星中的磁场。二。穿过辐射内部的磁通管的上升
3. THE THREE-DIMENSIONAL EVOLUTION OF BUOYANT MAGNETIC FLUX TUBES IN A MODEL SOLAR CONVECTIVE ENVELOPE [J] . Y. Fan The Astrophysical journal . 2008,第1pa1期

机译：模型对流包络中浮力磁通管的三维演化
4. Magnetic helicity as a probe of magnetic flux-tube dynamics in the solar interior [C] . Takashi Sakurai, Yu Gao, Kirill Kuzanyan International Astronomical Union. . 2013

机译：磁螺旋作为太阳内部磁通管动力学探头
5. The effect of cumulus cloud field anisotropy on solar radiative fluxes and atmospheric heating rates. [D] . Hinkelman, Laura M. 2003

机译：积云场各向异性对太阳辐射通量和大气加热速率的影响。
6. Simultaneous harvesting of radiative cooling and solar heating for transverse thermoelectric generation [O] . Satoshi Ishii, Asuka Miura, Tadaaki Nagao, 2021

机译：同时收集横向热电发电的辐射冷却和太阳能加热
7. Magnetic Fields in Massive Stars. II. The Buoyant Rise of Magnetic Flux Tubes Through the Radiative Interior [O] . MacGregor, K. B., Cassinelli, J. P. 2002

机译：大质量恒星中的磁场。 II。磁通量的浮力上升管通过辐射内部
8. Buoyant Magnetic Flux Tubes. II. Three-Dimensional Behaviour in Granules and Supergranules [R] . Schmidt, H. U., Simon, G. W., Weiss, N. O. 1985

机译：浮力磁通管。 II。颗粒和超颗粒中的三维行为

Radiative Heating and the Buoyant Rise of Magnetic Flux Tubes in the Solar Interior

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