太阳质子事件

  • 网络Solar proton event
太阳质子事件太阳质子事件
  1. 风云一号(B)卫星探测到的太阳质子事件

    Solar proton events observed by " fengyun 1 " ( fy-1 ) meteorological satellite

  2. 太阳质子事件与射电爆发和软X射线耀斑间的关系

    Relationship between solar proton events and solar radio bursts or soft X-ray flares

  3. 关于太阳质子事件预报水平判别的改进意见

    A suggestion about criterion of the quality of solar proton-event forecasts

  4. 太阳质子事件的性质和定量预报

    The Statistical Property and Quantitative Forecast of the Solar Proton Events

  5. 一种新的太阳质子事件警报方法的探讨

    A discussion on a new method of the solar proton flare warning

  6. 太阳质子事件与大气臭氧扰动

    The Solar Proton Events and the Disturbances of Atmospheric Ozone

  7. 太阳质子事件、双带耀斑及日冕物质抛射

    Solar proton event , two-ribbon flare and coronal mass ejection

  8. 廿周太阳质子事件的最大熵谱分析

    The Maximum Entropy Spectral Analysis of Solar Proton Events of Cycle XX

  9. 太阳质子事件与微波爆发的某些特征

    Some characteristics of solar proton events and microwave bursts

  10. 太阳质子事件对太阳同步轨道空间辐射环境影响分析

    The effect analysis of solar proton event on space radiation environment at solar synchronous orbit

  11. 神经网络方法在太阳质子事件短期预报中的应用

    Short term forecast of solar proton event

  12. 太阳质子事件警报

    Warning of solar proton events

  13. 那些逃逸到行星际空间的质子流就构成了太阳质子事件。

    The energetic proton stream escaping from the flare site into the interplanetary space will produce a solar proton event .

  14. 因此准确的太阳质子事件预报尤其是短期预报,对于执行太空任务以及协调敏感探测仪器的使用是十分重要的。

    Thus precise prediction of the solar proton events especially short-term prediction is very important to assure the security of space task and coordinate the use of sensitive equipments .

  15. 本文利用统计分析方法分析了1960至1982年间1级以上的太阳质子事件与四个不同地理纬度大气臭氧含量的相互关系。

    The relationship between the solar proton events above importance 1 and the atmospheric ozone content over four latitude regions from 1960 to 1982 is studied in this paper .

  16. 本文介绍了太阳质子事件的性质、能谱特征以及国外质子事件定量预报的方法,并作了一定的评述。

    The statistical property of the solar proton events , the characteristics of energy spectrum and the methods abroad in the quantitative forecast of the solar proton events are reviewed .

  17. 估算出1972年8月太阳质子事件的皮肤当量剂量为9256cSv,与文献值9350cSv相近,验证了算法的可行性。

    The results for the skin equivalent dose for the Aug.1972 solar particle event is 9 256 cSv which agrees well with the accepted value of 9 350 cSv in other references .

  18. 太阳质子事件会给在地球附近轨道运行的航天器带来危险,使卫星载荷仪器上的敏感元件受到损伤,影响仪器乃至整星的使用寿命。

    Solar proton events may bring hazard and danger to the satellites and spaceships that in the orbits near the earth , and may cause damage to the sensitive equipments on board the satellites .

  19. 给出了空间环境宁静期、地磁扰动事件、太阳质子事件、与太阳活动的关系和粒子长期变化等探测结果,并进行了相应的分析。

    The detected results in common space condition , geomagnetism disturbance event , solar proton event , relationship with solar activity and particle change in long term were given , and relative analysis was made .

  20. 第22太阳周首次大质子事件的预测

    A Prediction of the Major Proton Event for the First Time in Cycle 22

  21. 太阳米波Ⅰ型源与太阳质子事件的关系

    The relation between solar proton events and Solar Radio metric wave I-type sources

  22. 太阳活动区参量与太阳耀斑和太阳质子事件的相关性统计分析

    Statistic Analysis on Solar Activity Parameters with Solar Flare and Solar Proton Event

  23. 太阳质子耀斑X射线辐射特征的研究,为太阳质子事件的警报提供一个重要的途径和方法。

    Studying the characteristics of solar X-ray emission for proton flare will provide an important way and method for proton event warning .