银河宇宙线的英文

• galactic cosmic rays
• gcr

• "银河"英文翻译    the Milky Way
• "宇宙线"英文翻译    cosmic ray; ultrarays
• "银河宇宙辐射" 英文翻译 :    galactic cosmic radiation
• "银河宇宙射线" 英文翻译 :    galactic cosmic rays
• "银河系宇宙线" 英文翻译 :    gcr ( galactic cosmic rays )
• "宇宙线" 英文翻译 :    cosmic ray; ultrarays
• "初级宇宙线" 英文翻译 :    primary cosmic rays
• "次级宇宙线" 英文翻译 :    secondary cosmic rays
• "次宇宙线" 英文翻译 :    secondary cosmic rays
• "地下宇宙线" 英文翻译 :    underground cosmic ray
• "河外宇宙线" 英文翻译 :    extragalactic cosmic rays
• "软宇宙线" 英文翻译 :    soft cosmic ray
• "太阳宇宙线" 英文翻译 :    solar cosmic rays; solarcosmicrays
• "一次宇宙线" 英文翻译 :    primary cosmic ray
• "硬宇宙线" 英文翻译 :    hard cosmic ray
• "宇宙线暴" 英文翻译 :    cosmic ray storm
• "宇宙线爆发" 英文翻译 :    cosmic ray burst; explosive shower
• "宇宙线本底" 英文翻译 :    cosmic ray background; cosmicray background; cosmic-ray background
• "宇宙线赤道" 英文翻译 :    cosmic-ray equator
• "宇宙线簇射" 英文翻译 :    cosmic ray shower; cosmic-ray shower
• "宇宙线电子" 英文翻译 :    cosmic ray electron
• "宇宙线丰度" 英文翻译 :    cosmic ray abundance
• "宇宙线辐射" 英文翻译 :    cosmic radiation
• "宇宙线集流" 英文翻译 :    cosmic ray jet
• "宇宙线介子" 英文翻译 :    cosmic ray meson

• Because ocrs " speed is very high , so they reach the earth ' s surface much earlier than the cmes
  银河宇宙线穿过行星际空间到达地面时，它已经打上了“行星际环境的烙印” 。
• The results can show when the 24 - hour period of the gcrs disappeared and when they emerged again . we also analyzed the 27 - day periodicity of the gcrs " intensity
  分析结果可以看出银河宇宙线强度的24小时周期和27天的周期何时消失，何时又重新出现。
• Though many results have been obtained so far , it is still in the research stage and far from being used in practical predictions
  磁暴前银河宇宙线强度的谱分析主要还是采用最大熵方法和fourier方法，尽管得到不少结果，但离实际应用还是有一定的距离。
• It is the very reason that many scientists try to make the prediction of geomagnetic storms by analyzing gcrs variation properties before the commencement of a geomagnetic storm
  正是由于这个特性，国际上很多科学家试图利用磁暴前银河宇宙线强度变化的先兆特征来进行地磁暴预报。
• We also made a statistical study on precursors appeared in gcrs before major and large geomagnetic storms only by using the two cusp stations " nm data obtained at mcmurdo and thule
  对大磁暴前银河宇宙线强度的变化和各向异性进行的统计分析分析表明，银河宇宙线强度在磁暴前是有先兆的。
• The ocrs intensity with the periods of 32 - 64 hours increased remarkably for those events that ocrs intensity decreased before the geomagnetic storms , while the intensity of ocrs with the periods shorter than 24 - hour are not obvious
  对于磁暴前银河宇宙线强度减弱的事件，如1982年7月事件，周期为32 ? ? 64小时的信号幅度有较明显的增强，而周期低于24小时的信号变化非常不明显。
• When structures of cmes are traveling in the interplanetary space and towards to the earth , some galactic cosmic ray ( ocr ) may penetrate through the structures or be refracted by them before reaching the earth ' s surface
  当行星际空间有cme朝向地球运动时，一部分银河宇宙线在穿过行星际空间时要穿过cme或遇到cme而折射到达地面，银河宇宙线的速度很高，它们比cme要提前到达地面。
• Because catastrophic space weather events occur in general very suddenly , such as geomagnetic storms with sudden commencements . forbush decrease ( fds ) in ocrs intensity is also a kind of sudden event . the properties of these sudden events " are very evident
  山ttsh下降也是全球范围内银河宇宙线强度的突然下降，这是cme到达地球后对全球台站记录的宇宙线强度造成突然的影响，这些突发事件其突发特征非常明显。
• We still analyzed the time - frequency variation properties of the data before several selected geomagnetic storms . the result shows that the gcrs " intensity with period of 16 - 32 hours increased remarkably for those events that ocrs intensity increased before the geomagnetic storms
  对于磁暴前银河宇宙线强度增强的事件，银河宇宙线周期为16 ? ? 32小时的信号都有较明显的增强，部分事件银河宇宙线周期为儿个小时的信号也明显提高（如1991年的事件） 。
• The results show that there are really obvious scintillation in gcrs intensity at the periods of 10 - 60 minutes as expected by many scientists , such as dorman , et al . then we analyzed the data observed at beijing snm between two solar cycles " transitional phases by using wavelet method
  我们还计算了几个磁暴前银河宇宙线强度的短周期的变化特征，计算结果显示，磁暴前银河宇宙线强度在10 ? 60分钟范围内出现明显的闪烁，这是磁暴前银河宇宙线强度变化的的一种先兆特征。