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RHESSI探测结果的重大科学意义
引用本文:鲁润宝.RHESSI探测结果的重大科学意义[J].前沿科学,2007(2).
作者姓名:鲁润宝
作者单位:北京应用物理与计算数学研究所,北京,8009信箱,100088
摘    要:本文简单介绍了RHESSI的基本特点:高能量分辨率、高空间分辨率和高时间分辨率。论述了太阳耀斑放能机制之谜,“电子——离子束缚态及其引发核过程”(束缚态模型)对太阳耀斑放能机制的解释,RHESSI观测结果对太阳耀斑放能机制的检验。通过对太阳耀斑放能机制的分析,从而对黑洞、中子星、伽马爆等流行理论提出质疑。

关 键 词:太阳耀斑  X射线  电子——离子束缚态及其引发核过程  黑洞  中子星  伽马爆

Significant results of measuring by RHESSI Institute of Applied Physics and Computational Mathematics
Lu Run-bao.Significant results of measuring by RHESSI Institute of Applied Physics and Computational Mathematics[J].Frontier Science,2007(2).
Authors:Lu Run-bao
Abstract:In this paper it is introduced simply the RHESSI has main characters: high energetic resolution,high special resolution and temporal resolution. It is given the puzzle of energy release in solar flare,the explanation on mechanism of solar flare by "electron-ion bound state and its introducing of nuclear reaction" model,the testing of mechanism of solar flare by RHESSI's observations. On base of above facts the author pose challenge to current theory about black hole,neutron star,gamma-ray burst etc.
Keywords:solar flare  x-ray  electron-ion bound state and its introducing of nuclear reaction  black hole  neutron star  gamma-ray burst
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