電子排斥 的英文怎麼說

中文拼音 [diànzibèichì]
電子排斥 英文
electron repelling
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 子 : 子Ⅰ名詞1 （兒子） son 2 （人的通稱） person 3 （古代特指有學問的男人） ancient title of respect f...
  • 排 : 排構詞成分。
  • 斥 : Ⅰ動詞1 （責備） upbraid; scold; blame; reproach; denounce; reprimand 2 （驅逐; 排斥; 使離開） rep...
  • 電子 : [物理學] [電學] electron
  • 排斥 : repel; exclude; reject; eject; discriminate against; repulsion; aversion
  1. The hypothetical electron smeart must exert a net attractive hellmann-feynman force to counterbalance the internuclear repulsion.

    假設的電子彌散必須提供凈赫爾曼吸引力以抵消核間排斥力。
  2. One result is that from many atoms an electron is expelled.

    其一是使從許多原子中排斥出一個電子。
  3. The elect rons, being negative charges, arerepelled by the negative pole

    21由於電子是負電荷，所以為負極所排斥。
  4. A proton carries a positive charge and repels each other

    質子帶正電荷，互相排斥。
  5. It somehow incorporates the effects of the pielectron repulsions in an average way.

    它設法以一種平均方式把電子排斥包含進來。
  6. The interactions between particles were discussed based on dlvo and edlvo theories. experiment results show the effect of the ph on the dispersion is due to the repulsion interactions of electrical double layer ; and addition suitable inorganic dispersant or organic macromolecule dispersant results in improvement the stabilization of the dispersion. the main action of the inorganic dispersants is to increase the repulsion interactions of electrical double layer and the main action of organic macromolecule dispersant is to increase hydration shell and steric hindrance

    研究表明： ph對顆粒分散的影響主要體現在對顆粒間雙電層靜電排斥力的改變；添加合適分散劑可以改變顆粒在水中的分散性；無機電解質的分散機制主要是增加顆粒表面的雙電層靜電排斥作用能，而高分子分散劑的分散機制主要是增加顆粒的水化膜排斥能和位阻排斥能；復合分散劑的分散效果要優于單一分散劑；提出了用經時損失性來評價分散穩定性。
  7. The repulsion between the electrons makes it energetically more favorable for the electron to each other.

    電子間的排斥有力地促使電子互相迴避。
  8. The repulsion between the electrons makes it energetically more favorable for the electrons to avoid each other.

    電子間的排斥有力地促使電子反應迴避。
  9. A new kind of crisis, which is marked by a sudden change of a strange repeller, is observed in it

    在這個電張弛振蕩電路中觀測到一種新型激變，它以奇異排斥子的突變為標志。
  10. H. moreover, high density is required to increase the chance of collision. hence, the reactions can only take place in the core of the sun, with temperature over ten million degrees 10

    首先核聚變需要極高的溫度，讓氫原子核能有足夠的能量克服原子核之間的電排斥力，此外亦需要極高的密度去增加粒子碰撞的機會，所以核聚變只能在溫度高達10
  11. It was at the beginning of 1934, while working on the emission of these positive electrons that we noticed a fundamental difference between that transmutation and all the others so far produced ; all the reactions of nuclear chemistry induced were instantaneous phenomena, explosions

    到1934年初，我們在研究這些正電子排斥現象時才注意到，在蛻變和當時產生所有其他反應之間存在著一種根本性區別：所有被誘導的核化學反應都是瞬時現象，即爆炸現象。
  12. The effects of poly ( vinyl alcohol ) ( pva ), poly ( vinylpyrrolidone ) ( pvp ), sodium alginate ( sa - na ) and poly ( sodium acrylate ) ( pa - na ), blended with sodium carboxymethyl cellulose ( cmc ) respectively, on the suspension stability of graphite were studied

    由於pva 、 pvp大分子的熵彈性和滲透壓效應，能改善懸浮液穩定性。 sa - na 、 pa - na還具有靜電排斥的機理，因此，比pva 、 pvp更能顯著地改善石墨懸浮液的分散性與穩定性。
  13. Which is very dim and hence very difficult to find. if it is massive enough though model dependent, the lower mass limit is about 0. 1 solar mass, the gas in the protostar continues to heat up until the central portion becomes hot and dense enough for, say, the hydrogen nuclei to overcome their mutual electrical repulsion. nuclear fusion will then take place and a star is finally born

    如果原行星質量足夠大下限約為0 . 1個太陽質量，要注意的是，不同的理論模型會給出不同的下限，原恆星會不斷變熱，直至核心部分足夠熱和高壓，令氫原子核克服質子間的電排斥力，產生核聚變，成為一顆真正的恆星。
  14. Through the competition of ionization equilibrium of zno22 - and precipitation reaction, the nucleation and growth process of znse have been adjusted, and monodispersed znse semiconductor hollow microspheres are obtained. these microspheres were found to form through aggregation of small znse nanocrystals sizes of which could be finely tuned by temperature control. a novel gas - liquid interface aggregation mechanism was proposed and this idea might be generalized in other systems

    以zno22 -陰離子提供鋅源，利用它在強堿性溶液中緩慢釋放出zn2 + ，並與se2 -之間的電荷排斥作用，成功地調節了反應動力學，獲得了尺寸和分散性都非常均勻的微米級znse空心球，並實現了空心球內部粒子尺寸的調控，提出了新穎的氣液界面團聚機理。
  15. One charged particle feels the attraction or repulsion of another charged particle because there are many invisible photons going back and forth between the two charged particles to transmit the effect

    一粒帶電粒子之所以能夠感受到另一粒帶電粒子的吸引力或排斥力，是因為有很多看不見的光子在兩帶電粒子間來回奔走之故。
  16. Here, therefore, we have a true radioactivity which is made evident by the emission of positive electrons

    我們因此獲得了一種通過排斥正電子表現出來的真正的放射現象。
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