fusion of hydrogen 中文意思是什麼

fusion of hydrogen 解釋
氫聚變
  • fusion : n. 1. 熔解，熔化；【物理學】（核）聚變，合成。2. 〈美國〉融合；（政黨等的）合併，聯合。
  • of : OF ＝Old French 古法語。
  • hydrogen : n. 【化學】氫。
  1. The fusion of atomic nuclei releases tremendous amounts of energy which can be used in such things as the hydrogen or fusion bomb

    原子核的融合釋放出大量的能量，這些能被用於氫彈或原子彈之類的東西。
  2. The helium core of the star starts to collapse. this gravitational contraction will heat up the hydrogen envelope surrounding the core. fusion therefore begins in the envelope and the star expands

    剩下的氦核心便會開始塌縮並產生熱，緊鄰核心的氫外殼會被加熱而開始有熱核反應恆星亦同時膨脹。
  3. Astronomers ascribed them to thermonuclear fusion of hydrogen or helium or to the sudden accretion of matter onto the star

    天文學家因此可將其歸因於氫或氦的熱核融合反應，或是有物質突然被星體吸附而產生的。
  4. In certain fusion processes, among nuclei of the hydrogen isotopes, neutrons of high energy are liberated.

    在氫同位素原子核中的某些熔合過程中，會釋放出高能中子。
  5. Standard test method for determination of hydrogen in titanium and titanium alloys by the inert gas fusion thermal conductivity infrared detection method

    惰性氣體熔解熱傳導紅外檢測法測定鈦和鈦合金中氫的標準試驗方法
  6. Water has higher melting point, boiling point, heat of vaporization, heat of fusion and surface tension than comparable hydrides such as hydrogen suiphide or ammonia or most liquids

    與氫硫化物、氨水或其他大多數的液體相比，水具有較高的熔點、沸點、蒸發比熱、熔解熱和表面張力。
  7. Stars like the sun form when giant clouds of gas and dust condense into a ball, igniting thermonuclear fusion, which is the conversion of primarily hydrogen and helium into heavier elements

    星喜歡太陽形式當氣體和塵土巨型雲彩凝聚進球，點燃熱核聚變，主要是氫和氦氣轉換入更重的元素。
  8. Based on the theory of hydrogen solution in palladium in hydrogen / palladium system and the theory of normal temperature nuclear fusion material and selective resonant tunneling model, some experiment for was carried out producing the " excess heat " and " heat after death " phenomena in ambient condition

    基於對氫鈀系統中氫溶於鈀的理論分析，並結合「常溫核聚變材料」理論和「選擇性共振隧穿模型」 ，通過實驗探索產生「過熱」 （ excessheat ）及「滯后發熱」 （ heatafterdeath ）現象的客觀條件。
  9. It is not a great deal of energy ? equivalent to about 109 joules per kilogram of hydrogen, much less than the 1015 joules released by the nuclear fusion of the same amount of hydrogen

    這能量其實沒有多大游離每公斤的氫需要約109焦耳的能量，遠低於等量的氫進行核融合所釋放出的1015焦耳，所以就算宇宙中只有百萬分之一的氫在恆星內進行核融合反應，也能產生足夠的能量把剩下所有的氫給游離掉。
  10. Health evaluation of liquid hydrogen providing system based on fuzzy data fusion method

    基於模糊數據融合的液氫供應系統健康評價方法
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