solar flare

1. An unusual solar flare observed by a NASA space observatory on Tuesday could cause some disruptions to satellite communications and power on Earth over the next day or so, officials said.
   周二时候NASA一处空间观测台发现异常太阳耀斑，相关官员表示这可能对接下来几天的卫星通讯产生影响。
2. This astonishing image-captured by a new Nasa space telescope-shows a ferocious solar flare looping out the Sun with the power of100 hydrogen bombs.
   这张震惊的图片是被美国宇航局太空望远镜拍到的，我们看到，一团炽热的猛烈喷发出的火焰包围着太阳，其释放出的能量相当于100个氢弹。
3. The v1309 group was first found in2008 when it erupted with a large solar flare.
   这组双星最早是在2008时被发现的，有迹象表明其与当时发生的太阳耀斑爆发有关。
4. Application of Learning Vector Quantity Network in Solar Flare Forecasting
   学习矢量量化网络在太阳耀斑预报中的应用
5. Influences of solar flare bursts and partical precipitation on the lower ionosphere have been observed by means of VLF propagation effects at Zhongshan Station in Antarctica.
   在南极中山站利用甚低频传播手段观测太阳耀斑爆发及极区粒子沉降对低电离层的影响。
6. X-ray emission of solar flare
   太阳耀斑X射线辐射
7. Solar radio burst on metric wavelengths, which is associated with solar flare, is a phenomenon in the corona above solar active regions.
   太阳米波射电爆发是活动区上空日冕中的现象，与太阳耀斑有密切关系。
8. Research on the ionospheric response to the solar flare on 28 October 2003 using GPS
   基于GPS的2003年10月28日太阳耀斑的电离层响应研究
9. EUV emission of the solar flare
   太阳耀斑极紫外辐射
10. One possibility is that the blast was like an ultra-powerful solar flare.
    一种可能的原因是这种爆炸很像有超级能量的太阳耀斑。
11. Solar Flare ( R): Stuns in a small area after a short delay and slows in a larger area around it, dealing heavy damage.
    太阳闪耀（R）：释放一个技能在中心小范围区造成晕眩，中心大范围的缓速以及伤害。
12. Solar flare. that's what this guy told me he heard.
    太阳耀斑，刚才那人和我说的。
13. KEYWORDS: GIMS, ion source, anode layer, sputtering, TiN, ion plating, medium frequency, pulsed DC. Influences of solar flare bursts and partical precipitation on the lower ionosphere have been observed by means of VLF propagation effects at Zhongshan Station in Antarctica.
    中文关键词：气离溅射、子源、极层流、射、化钛、子镀膜、频、冲直流。在南极中山站利用甚低频传播手段观测太阳耀斑爆发及极区粒子沉降对低电离层的影响。
14. Statistic Analysis on Solar Activity Parameters with Solar Flare and Solar Proton Event
    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
15. The Influence of the Great Solar Flare of 24 April 1984 on the Ionospheric Total Electron Content
    1984年4月24日大太阳耀斑爆发对电离层电子总含量的影响
16. Solar flare forecasting method of combining support vector machine with nearest neighbors
    结合支持向量机和近邻法的太阳耀斑预报方法
17. The model for solar flare is preliminarily introduced.
    并对太阳耀斑区模型作了初步介绍。
18. The solar flare index for the interval from 1996-2001 is also investigated.
    本文还逐月分析了1996&2001年南北半球的耀斑指数。
19. CME and solar flare phenomena
    CME和太阳耀斑现象
20. The Short periodic Terms of Rate of the Earth's Rotation and the Atmospheric Circulation and the Solar Flare
    地球自转速率的短周期项、大气环流和太阳活动
21. The Influence of Solar Flare and Nuclear Tests on~ ( 14) C Concentration in Atmosphere
    太阳耀斑及核试验对大气中~（14）C浓度的影响
22. Finally, emission mechanisms of solar flare γ-rays are briefly described.
    最后扼要叙述了太阳耀斑γ射线的辐射机制。
23. The New Progress of Observations and Studies on Solar Flare Gamma-Rays
    耀斑γ射线观测与研究新进展
24. In this paper we briefly review the progress in the physical forecast of solar flares and related theories in recent years. Possible applications of these theories to solar flare forecast are also given.
    本文概略地评述了近年来太阳耀斑物理预报和有关的太阳耀斑理论的进展，也介绍了这些理论在太阳预报中应用的可能性。
25. There are close connections between the coronal transients and the events of solar flare and eruptive prominence.
    日冕瞬变与太阳耀斑和爆发日珥事件有密切的相关性。
26. The solar flare and geomagnetic activity influence obviously the distribution of the electron density;
    太阳耀斑、地磁活动对该区电子密度有明显影响；d。
27. Solar Flare Effects on Radio Navigation System
    太阳耀斑对无线电导航系统的影响
28. Some typical example of the largest magnetic storms, the largest radio burst resulting magnetic storms, the most severe short wave communication disturbance in ionosphere and magnetic storms resulted by the large solar flare with bright mass ejection and two-ribbon flares are also given.
    进一步分析了21周最大磁暴、最大射电爆发引起的磁暴，最严重的电离层短波通讯干扰及有明亮物质抛射的大耀斑、双带大耀斑引起的磁暴等典型例子。
29. Magnetic reconnection can transfer magnetic energy into plasma thermal and kinetic energy in short time period, and changes the topology of magnetic field, thus it is suggested as related many explosive phenomena, such as solar flare, magnetosphere substorm.
    磁场重联可以在短时间年内将磁能转化为等离子体的动能和热能，并改变磁场的拓扑结构，被认为与许多爆发性现象有关，比如太阳耀斑和磁层亚暴等。

noun

1. a sudden eruption of intense high-energy radiation from the sun's surface

   Synonym:    flare