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- underground cosmic ray 地下宇宙線
- Ordinary cosmic rays are puny things. 普通的太空射線都是微不足道的東西。
- Sometimes, cosmic rays affect the earth. 宇宙射線有時候也會對地球產生影響。
- Cosmic rays and X-rays produce energetic electrons by ionization. 宇宙射線和X射線因其電離作用產生高能電子。
- These cosmic rays, as they are called, consist mostly of protons. 這些被稱為宇宙射線的物質主要是由質子組成的。
- The time jetter of the cosmic ray detecting system is 79.5 ps. 宇宙線測量系統的時間晃動為 79.;5ps
- From far out in space come other kinds of radiation know as cosmic rays . 從很遠的太空來的其他射線稱為宇宙射線。
- Conversely, when solar activity is less intense, more cosmic rays get through. 一項研究發現,當宇宙射線最弱和最強時,地球上空為雲層所覆蓋的區域比例分別是65%25和68%25。
- Special instruments for measuring cosmic rays are installed in the satellite. 衛星中裝有測量宇宙射線用的特種儀器。
- We are perhaps ignorant of what the cosmic rays were like back around that time. 我們對當時的宇宙射線的情況也許還是一無所知。
- Cosmic rays and Geigertubes have been combined in a new altimeter to tell the pilots what their altitudes are. 宇宙線興蓋氏管已過連接成為一種新的高度計用來告訴飛行員他們的高度是多少。
- Another possible effect of discrete spacetime involves very high energy cosmic rays. 離散時空的另一個可能的效應,牽涉到極高能量的宇宙射線。
- Natural radiation in the environment comes from two sources: cosmic rays and radiation present in the earth crust. 環境中的天然輻射有兩大來源:一個是宇宙射線,另一個是存在於地殼的輻射。
- Due to the shielding effect of the atmosphere, intensity of cosmic rays increases with altitude. 由於大氣層有阻擋宇宙射線的作用,離地面越高,宇宙射線的強度就越強。
- Without a receptacle, these creative cosmic rays would create chaos and confusion. 如果沒有一個容器,這些創造性的宇宙射線將引起混亂和無秩序。
- These cause spallation when a cosmic ray (e.g. a proton) impacts with matter, including other cosmic rays. 當宇宙射線(主要是質子)撞擊到物質,包括其他的宇宙射線,就會造成散裂。
- A small number of antiprotons constantly sleet down from space among cosmic rays. 而少量的反質子則是不斷伴隨著宇宙射線從太空灑落地球。
- Avoids the harmful cosmic rays and the micro spatial fragment injures the astronaut. 避免有害的宇宙射線和微空間碎片傷害宇航員。
- The creative cosmic rays sent by Prime Creator and the Original Planners pierce through this frequency shield. 創造性的宇宙射線通過最初的創造者發送而且最初的計劃者通過這頻率護罩滲透。
- These gamma rays arise when high-velocity particles called cosmic rays collide with gas atoms in the galaxy's disk. 這些伽馬射線會在高速運動的宇宙射線與星系圓盤上的氣體原子發生碰撞時產生出來。