fusion energy 中文意思是什麼

fusion energy 解釋
聚變能量
  • 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。
  • energy : n. 1. 干勁，活力。2. （語言、行為等的）生動。3. 〈pl. 〉 （個人的）精力；能力。4. 【物理學】能，能量。
  1. There is no way to harness the energy of fusion.

    無法利用這種巨變能。
  2. Nuclear fusion is the energy source that keeps the sun alive.

    核聚變是使太陽保持活力的能源。
  3. 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。
  4. After two years at the indiana university and one year at the university of wisconsin - madison of postdoctoral research, he joined the oak ridge national laboratory ornl in 1975 where he worked at the fusion energy division for 29 years and retired as a senior r d staff

    經過三年在印地安那大學和威斯康辛大學后博士研究后，於1975年進入設在田納西州的橡樹嶺國家研究所。他在橡樹嶺國家研究所的核融合能源組工作了29年後，於2004年以資深研究員身份退休。
  5. On the average, in weapons of this type, roughly equal amounts of explosive energy result from fission and from fusion.

    平均說來，在這類武器中，由裂變和由驟變所產生的爆炸能量大致相等。
  6. Prof. pan yuan member of china academy of engineering, professor of huazhong university of science and technology, member of chinese expert committee of iter fusion project presided the second half of solar, wind and energy efficiency group

    太陽能風能和節能技術專場的下節由中國工程院院士華中科技大學教授國際核聚變iter項目中國專家委員會委員潘垣教授擔任會議主席。
  7. Fission and fusion, the sources of large-scale nuclear energy, deserve more than passing notice in a modern survey of physics.

    裂變和聚變是大規模原子核能之源，在物理學的現代概觀中值得注意而不是予以忽視。
  8. Inertial confinement fusion ( icf ) is one main way to realize the controlled thermonuclear fusion energy

    慣性約束聚變（ icf ）是實現可控熱核聚變能源的主要途徑之一。
  9. A major success such as the harnessing of thermonuclear energy produced through nuclear fusion would radically affect the development of all branches of engineering

    諸如利用核子融合（熱核反應）產生熱核能發電等主要技術進步將從根本上影響工程學各分支學科的發展。
  10. 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。
  11. Unfortunately, in spite of more than 50 years ' work and billions of dollars of backing, no one has yet managed to get an earth - bound fusion reaction to produce useful energy

    遺憾的是，盡管進行了50多年研究，耗費了幾十億美元，至今無人可以在地球上實現聚變反應，製造可以使用的能量。
  12. Magnetic fusion energy

    磁聚變能
  13. Nuclear fusion will be able to provide us with perpetual energy. however, it ' s long way for human beings to obtain large - scale commercial fusion energy. but we believe that fusion energy will realize finally

    由於受控熱核聚變研究集中了當代最深奧的科學知識和最先進的工程技術，昭示了聚變之路的艱辛與漫長，但最終聚變能將會造福全人類
  14. The fds ( fusion - driven sub - critical system ) can realize the transmutation of hlw ( high level waste ), fuel production, energy breeding and tritium production by utilizing the external neutron source to make the reactor operated under the sub - critical state

    聚變中子源驅動的次臨界核能系統（ fds ）是根據聚變和裂變反應的各自特點，利用外源中子進入包層的次臨界系統，實現增殖燃料、增益能量、產氚和嬗變核廢料等功能。
  15. The fds ( fusion design study ) team of asipp ( institute of plasma physics, chinese academy of sciences ) was formed to study possible paths for the application of fusion energy, currently working for finding the feasibility application roads of fusion energy with the study of concept design, simulation, development of related key techniques and specifying out the main issues and improving suggestions

    中國科學院等離子體物理研究所fds （ fusiondesignstudy ）課題組為了探索先進核能系統以及核能系統更廣泛應用途徑，在五個主要評價數據庫以及iaea的fendl e - 2 . 0評價數據庫的基礎上自主開發了多群混合評價數據庫hendl1 . 0 mg （ hybridevaluatednucleardatalibrary ） 。
  16. The department ' s programs are at the forefront of nuclear science and technology leading to improved performance of fission - powered reactors, the technological applications of nuclear and radiation phenomena in biomedical, industrial, and environmental fields, and the development of nuclear fusion as an energy source

    本系的課程走在核子科學和科技的最尖端，目的在提高核裂變反應爐的效能、核子和輻射在生物醫學、工業和環境領域的應用，以及研發核融合成為穩定的能源。
  17. Nova see http / / lasers unl. gov / lasers / target / novatour / lobby. html ) these extremely large, extremely expensive facilities have usually been justified primarily as a potential inexhaustible source of " clean " fusion energy

    這些極巨大極昂貴的設施一般被認定為「干凈」聚變能源潛在的取之不盡的源泉。
  18. The superheated sun would release as much fusion energy in that hour as it normally does in 100 million years

    過熱的太陽在這一小時內釋放出的核融合能量，可達正常情形下一億年裡所釋出的量。
  19. Material problem is one of the key issues in nuclear energy r & d. it is also the crucial issue for the fusion energy to be applied practically

    材料問題是核能研究開發中的關鍵技術問題之一，也是核聚變能否獲得早期應用的「瓶頸」問題之一。
  20. The technique, which borrows from fusion energy research, takes advantage of the fact that 99. 9 percent of the radioisotopes in the waste are heavy elements, says company head john r

    該公司的老闆吉爾蘭說，核廢料中99 . 9 %以上的放射性同位素是重元素，他們的技術就是利用這個事實，而靈感是從核融合研究借來的。
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