射电爆发

  • 网络radio burst;Solar radio burst
射电爆发射电爆发
  1. 1990年7月30日射电爆发中spike辐射的观测和讨论

    The Spike Emissions Occurring in the Solar Radio Burst on 30 July 1990

  2. 太阳射电爆发中Spike辐射的准周期振荡

    The quasi - periodic oscillation of spike radiation occurred in solar radio burst

  3. 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

  4. 引起射电爆发并使电离层产生三级扰动.但未有与之相应的高能粒子流和X射线暴的记录。

    But Neither energetic particle flux nor X-ray bursts were recorded corresponding to this event .

  5. 1991年5月10日太阳射电爆发中Spike辐射的准周期振荡特征

    The features of quasi - periodic oscillation of 1O May 1991 spike radiation

  6. CME与米波射电爆发相关性研究

    A study of the correlation between CME and the meter wavelength radio bursts

  7. 1981年4月1日太阳发生一个4N级Hα耀斑并伴随出现强烈的IV型射电爆发。

    A 4N Ha solar flare occurred on April 1 , 1981 , and accompanied with strong type IV radio burst .

  8. 尽管出现在各自基本时间单元内的FFS事件的形态及特性各自不同,但是,叠加在射电爆发背景之上的特性,构成了它们的共同属性。

    Even though the morphological properties of fast fine structures occurred on every basic time unit are different , the characteristice superimposed on the radio burst is their common property .

  9. Boulder美国空间环境服务中心(SESC)发布245MHz射电爆发资料作为太阳活动实时警报。

    The data of the radio burst at 245 MHz issued by the Space Environment Service Center ( in Boulder , USA ) are used for the real-time alert of solar activities .

  10. 分析了1991-06-15CME事件中射电爆发和质子事件产生的物理过程;介绍了地面/空间对CME和共生射电爆发联测研究的新进展;

    The physical processes for the generation of radio bursts and energetic proton streams during the typical event 1991-06-15 CME are discussed in detail , and recent progress in studying the CMEs and associated radio bursts with cooperative observations of ground-based and spaceborne radiospectrograph is presented .

  11. 245MHz射电爆发与太阳活动预报

    Radio Burst at 245 MHz and the Forecast of Solar Activities

  12. 太阳运动Ⅳ型射电爆发的相干辐射模型

    A Coherent Emission Model for Solar Moving Type ⅳ Radio Bursts

  13. 1998年4月15日射电爆发中的微波Ⅲ型爆发

    A group of microwave type ⅲ bursts on 1998 April 15

  14. 1993年10月2日太阳射电爆发事件的证认和分析

    Confirmation and Analysis of a Solar Radio Burst on 1993 October 2

  15. 太阳射电爆发准周期脉动的研究概况

    Research resume of the quasi-periodic pulsation in solar radio burst

  16. 电离层D层突然骚扰与太阳耀斑微波射电爆发的关系

    Relationship between Sudden Ionospheric Disturbances in D Layer and Solar Microwave Bursts

  17. 太阳射电爆发与高能质子加速过程

    Solar Radio Bursts and Acceleration Processes of Energetic Protons

  18. 射电爆发偏振、双点频高时间分辨观测系统接口

    The Radio Burst Polarization and Dual-Frequency Observation System Interface With High Temporal Resolution

  19. 太阳射电爆发精细结构的特征提取和参数统计

    Pattern Recognition and Parameter Statistics of Fine Structures in the Solar Radio Bursts

  20. 耀斑、200MHZ射电爆发和地磁暴

    Flares , 200 Mhz Radio Bursts and Magnetic Storms

  21. 太阳射电爆发中纤维精细结构频漂率的计算

    Frequency Drift Rate of Solar Radio Fiber Structures

  22. 耀斑和射电爆发之间具有内在的物理联系。

    Radio burst may provide some information on the development of CME / flare .

  23. 12种射电爆发及其辐射机制

    Twelve Radio Bursts and Their Radiation Mechanisms

  24. 由多频射电爆发探讨太阳白光耀斑的起源问题

    An Approach to the Origin of the Solar White-Light Flare by Radio Bursts at Multi-Band

  25. 一个太阳微波射电爆发中的快速脉动现象

    Fast Pulsative Phenomena in Solar Microwave Burst

  26. 频率为8800MHz的射电爆发与质子事件强度的警报

    The radio burst on frequency 8800 mh_z and the alarm of the strength of proton event

  27. 第21、22周峰年太阳射电爆发中毫秒级精细结构的分析

    An analysis of the millisecond fast fine structures of solar radio bursts during solar cycle 21,22

  28. 交调干扰引起的可能被认为是射电爆发的假象

    A Pseudo phenomenon Being Considered as a Kind of Solar Radio Bursts Caused by Intermodulation Interference

  29. 坦谱射电源PKS0528+134中γ射线爆发和毫米波射电爆发的演化关系

    Evolutional Relationship between the γ - ray Flares and Millimeter Wave Outbursts in PKS 0528 + 134

  30. 由对偶的Ⅲ型射电爆发观测探讨日冕双向电子束的起源问题

    The exploration of bidirectional electron beams originating in the solar corona with pairs of type ⅲ radio bursts