逃逸能力 的英文怎麼說

中文拼音 [táoyìnénglì]
逃逸能力 英文
excape potential
  • 逃 : Ⅰ動詞1 （逃跑; 逃走） run away; flee; escape; take flight; take to one s heels 2 （逃避） escape;...
  • 逸 : Ⅰ名詞（安樂;安閑） ease; leisure Ⅱ動詞1. （逃跑） escape; flee 2. （散失; 失傳） be lost 3. （超過一般） excel
  • 能 : 能名詞（姓氏） a surname
  • 力 : Ⅰ名1 （力量; 能力） power; strength; ability; capacity 2 [物理學] （改變物體運動狀態的作用） forc...
  • 逃逸 : escape; run away; abscond逃逸電子 runaway electron; 逃逸火箭 escape rocket; 逃逸跡 escape trace; ...
  • 能力 : ability; capacity; capability
  1. If the ices had been rapidly vaporized by an impacting object, the expanding gases might have helped the ejected fragments reach escape velocity

    如果這種（永久凍結）冰由於物體的沖擊力而迅速汽化，則形成的體積不斷膨脹的氣體可能有助於排出的碎片達到逃逸速度。
  2. On the other hand, einstein discovered that the maximum velocity of any object is the speed of light. therefore, if the escape velocity on the surface of an object is greater than the speed of light, then nothing, including light, can escape from it

    另一方面，愛恩斯坦的相對論斷言宇宙中最高的速度便是光速，所以如所需的逃逸速度大於光速，那麼宇宙中包括光在內的一切都不可能逃離引力的魔掌，這顆恆星便成為
  3. Here here, to be dissatisfied with the status quo, unable to break through, unable to stand ; so the choice for humanity to escape, however, judging from the southern and northern dynasties in harmony seems not so

    摘要隱逸，在本質上，應是不滿于社會的現狀，又無力突破、不能忍受，於是選擇了對人世的逃避，但縱觀魏晉南北朝時期的隱逸似乎不盡如此。
  4. Only quantum mechanics can provide the answer : the particle ' s position will have an uncertainty that follows the heisenberg uncertainty principle, such that it might not really reach the singularity and thus escape the possible collapse to infinite density

    只有量子力學可以提供答案：粒子的位置將具有不確定性，它們遵守海森堡測不準原理，因而它可能不是真的達到奇異而因此逃逸了可能的坍塌達到無限密度。
  5. Black holes are objects so dense that not even light can escape their gravity, and since nothing can travel faster than light, nothing can escape from inside a black hole

    黑洞是一種星體，密度非常之大，就連光也逃離不了它的重力吸引，既然沒什麼東西比光速更快，所以在黑洞中沒有物質能從它裏面逃逸出來。
  6. The quasi - physical method makes the original problem an optimization problem in mathematics. there is often the possibility of going to a local minimum of object function when we solve the optimization problem mathematically. as for how to jump out of the trap of local minimum so that the calculation can head for a region with better prospects, the quasi - physical method is helpless

    擬物方法將原始問題落實為優化問題，而用數學方法在求解優化問題時，常常會碰到計算落入目標函數的局部極小值陷階的困境，如何從這種困境中逃逸出來，使得計算奔向前景更好的區域，擬物方法則無能為力，而應用擬人方法則可以設計出好的「跳出陷阱」策略。
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