repulsion effect 中文意思是什麼

repulsion effect 解釋
推斥效應
  • repulsion : n. 1. 反擊,反駁。2. 排斥,拒絕。3. 嫌惡,嫌忌。4. 【物理學】反斥,推斥;斥力。5. 【醫學】(瘡腫等的)消散;分離傾向,分散性。
  • effect : n 1 結果。2 效能,效果,效力,效應,作用,功效;影響。3 感觸,印象;外觀,現象。4 旨趣,意義。5 ...
  1. 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。
  2. ( 1 ) through simulations on jtl with different parameter conditions, the new phenomenon of annihilation and passing through of voltage pulses are founded, and the conditions are obtained at the same time ; ( 2 ) the jtl ring oscillator is utilized in studying the repulsion effect of pulses on jtl, thus the bounded influence is eliminated, and precision results can obtained

    ( 2 )首次將jtl環振蕩器結構應用到jtl某些傳輸特性的分析上來,消除了端界的影響,使分析更為精確;如對推斥效應的模擬就獲得了良好的效果。推斥效應的研究使我們認識到rsfq的工作頻率在某種程度上要受其效應的制約。
  3. The direction of the effect values indicated that these qtls distributed in zhenshang 97b and minghui 63 in repulsion phase

    從效應值的方向可以看出,這些qtl ,在珍汕97b和明恢63中是呈相斥相分佈的。
  4. 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。
  5. In different regions of relative amplitude, the main effect is repulsion or attraction alternately, and due to the instability of gaussian solitons, the beams breathe periodically after interactions

    在不同的振幅差異范圍內,光束間的主要作用交替地表現為相互排斥和相互吸引,並由於高斯孤子的不穩定性,導致了光束在碰撞后以一種尺寸周期性變化的呼吸模式傳輸。
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