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- VERY HIGH-ENERGY PARTICLE EMISSION FROM THE SOLAR COSMIC RAY FLARES 太阳宇宙线耀斑中的甚高能粒子发射
- solar cosmic rays 太阳宇宙线
- Conversely, when solar activity is less intense, more cosmic rays get through. 一项研究发现，当宇宙射线最弱和最强时，地球上空为云层所覆盖的区域比例分别是65%25和68%25。
- solar cosmic ray 太阳宇宙射线
- solar cosmic ray event 太阳宇宙线事件
- solar cosmic ray flare 太阳宇宙线耀斑
- Ordinary cosmic rays are puny things. 普通的太空射线都是微不足道的东西。
- Sometimes, cosmic rays affect the earth. 宇宙射线有时候也会对地球产生影响。
- Whatever measures are taken to ward off cosmic rays should also protect against these solar tempests. 任何防堵宇宙射线的措施，都该考虑到这些太阳风暴。
- Cosmic rays and X-rays produce energetic electrons by ionization. 宇宙射线和X射线因其电离作用产生高能电子。
- Primary galactic cosmic rays enter the solar system from interstellar space, and are made up of protons with energies above 100 MeV, extending up to astronomically high energies. 主要的银河宇宙射线从星际空间进入太阳系，由能量在100兆电子伏以上的质子组成，直到高达天文数字的能量。
- The mechanism involves cosmic rays aiding cloud formation, and the solar wind deflects cosmic rays away from Earth during periods of high solar activity. 机制与帮助云层的宇宙射线有关，并且太阳风偏斜宇宙射线离开在高的太阳能活动的时期的地球。
- They tested the idea that increased solar activity reduces cloudiness by changing cosmic rays, and that the reduced cloud cover let in more sunlight, causing the earth to warm. 过往认为增加的太阳活动导致宇宙射线变化，从而减少了云量；而减少的云层又让更多阳光到达地球，造成地球温暖。
- These cosmic rays, as they are called, consist mostly of protons. 这些被称为宇宙射线的物质主要是由质子组成的。
- The time variation of the cosmic ray flux is one of crucial problems in the field of cosmic ray physics, solar geophysics and astrophysics, etc. 宇宙线强度随时间的变化、时间变化的起源和与天体物理因素的联系是宇宙线物理、地球物理和天体物理学科中最复杂的问题之一,具有重要的物理意义。
- The time jetter of the cosmic ray detecting system is 79.5 ps. 宇宙线测量系统的时间晃动为 79.;5ps
- From far out in space come other kinds of radiation know as cosmic rays . 从很远的太空来的其他射线称为宇宙射线。
- Special instruments for measuring cosmic rays are installed in the satellite. 卫星中装有测量宇宙射线用的特种仪器。
- Launched by NASA in 2001 as part of the Mars Odyssey Orbiter, MARIE's instruments are measuring doses of galactic cosmic rays and energetic solar particles as the spacecraft circles the Red Planet. 2001年，NASA火星奥德赛号发射升空，在太空船环绕这颗红色行星航行之际，MARIE的仪器也同步测量银河宇宙射线与高能太阳粒子的剂量。
- Deep space radiation environment,a main influence factor on deep space exploration,comprises solar particle events,galactic cosmic rays,capture radiation belts,black body surface radiations. 深空辐射环境是影响深空探测任务的一个主要因素,它主要包括太阳粒子事件、银河宇宙射线、俘获辐射带和黑体表面辐射。
