plasma physics 中文意思是什麼

plasma physics 解釋
等離子體物理學
  • plasma : n. 1. 【生理】血漿；淋巴液。2. 【生物學】原生質。3. （做藥膏用的）膏漿。4. 【礦物】半透明的綠玉髓。5. 【物理學】等離子（體）；等離子區。
  • physics : n. 〈通常用作單數〉 1. 物理學。2. 物理過程；物理現象；物理性質；物理成分。
  1. It is this long-ranged coulomb force that gives the plasma a large repertoire of possible motions and enriches the field of study known as plasma physics.

    正是這個長程庫侖力給出了等離子體種類繁多的可能運動，並且豐富了稱作等離子體物理學的研究領域。
  2. Nuclear fusion and plasma physics

    核聚變與等離子體物理
  3. There is a singularity in the dispersion equation. it is landau ' s excellent place to handle this singularity correctly when he encountered this problem in plasma physics

    色散方程中存在奇點，對奇點的正確處理採用landau在等離子體物理中的處理方法。
  4. Under the leadship of chinese academy of sciences, we have researched the plasma physics and engineering parameters of the fds ( fusion - driven subcritical system )

    本工作在中科院知識創新工程框架下，研究了聚變驅動次臨界系統（ fds - ）的堆芯等離子體相關物理及工程問題。
  5. Most students who begin to study plasma physics are intrigued by the unstable nature of plasmas.

    大多數開始學習等離體物理的學生，總是會對等離體的不穩定性質著迷。
  6. This seems to be one of the few instances in plasma physics where nature works in our favor.

    看來這是等離子體物理學中幾個自然行為偏袒我們的例子中的一個。
  7. High power ultra short pulse have many special advantages and important applications in icf researches, plasma physics, nonlinear optics and many other realms

    短波長強激光在慣性約束核聚變、等離子體物理、非線性光學以及其它特殊領域中有著獨特的優勢和重要的應用。
  8. It provides exhaustive coverage of all the core areas of physics, and comprehensively examines many applied and cross - disciplinary areas including plasma physics, energy technology, biophysics, and acoustics

    涵蓋了物理學所有核心領域，詳盡地解釋了許多物理學應用領域，以及包括等離子物理學、能源技術、生物物理學和聲學在內的交叉學科。
  9. 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 ） 。
  10. As the clock crept toward 11 : 15 p. m. last thursday, the 500 scientists and engineers packed into the control room and an adjacent auditorium at the princeton plasma physics laboratory kept their eyes riveted on a bank of computer monitors

    上個星期三下午，當時鐘指向11 : 15時，這500名科學家及工程師擠進了普林斯頓普拿死馬物理實驗室的控制室及旁邊的禮堂，他們的目光盯住了一排電腦顯示器。
  11. Plasma physics is also pretty neat

    等離子體物理也是非常美妙！
  12. " for fundamental work and discoveries in magneto - hydrodynamics with fruitful applications in different parts of plasma physics

    磁流體動力學的基礎研究和發現，及其在等離子物理富有成果的應用
  13. The course is intended only as a first plasma physics course, but includes critical concepts needed for a foundation for further study

    這個課程只想被當成初級的電漿物理課程，但包含了進一步學習所需要的重要觀念。
  14. In chapter one, some basic concepts about plasma physics and some general mechanisms of interactions have been introduced

    第一章主要是介紹了有關空間等離子體物理過程中的一些基本概念，討論了一些普遍的相互作用機制。
  15. So it is important for exploring the stealth vehicle to investigate the interactions and all kinds of plasma waves. the interaction between a body in space and its plasma environment is one of the basic problems in space plasma physics

    這種密度擾動，在電離層中可以激發起各種等離子體波，研究這種相互作用及各種等離子體波，對探測塗有各種雷達波吸收材料的隱身飛行體有著重要的意義。
  16. His main research field is electronics, electromagnetic field theory and microwave technology. his current research interests mainly include high power microwave engineering and experimental research of plasma physics

    主要研究領域：電子學、電磁場理論和微波技術。近期主要從事于大功率微波工程和等離子體物理實驗研究。
  17. The equation of state ( eos ) is of great importance in inertial confinement fusion ( icf ), planetary physics, plasma physics, atomic bomb simulation, and material sciences

    狀態方程是慣性約束核聚變（ icf ） 、天體物理、地球物理、等離子體物理、武器物理、材料科學等領域的重要研究內容。
  18. When the laser facilities are in operation, the position and direction of all the beams are subject to change due to the optical structural drifts excited by multiple input sources. these changes will influence the precision of the beam propagation and finally the focal spot positions on targets which are strictly dictated by the requirements of plasma physics experiments

    這些激光裝置在運行過程中，光學元件結構在外界激勵因素作用下容易產生漂移，使光束位置和方向發生改變，影響光束打靶定位精度，無法滿足精密物理實驗要求。
  19. Confinement fusion ( icf ). the development of the laser technology, the progress of the interaction of the us - ui laser pulse with plasma ( physics of intense field ), and the research of the fast ignition are firstly introduced

    這些結果不僅對于理解超短超強激光與等離子體相互作用的物理機制有益，而且對即將進行的慣性約束聚變（ icf ）中「快點火」 （ fastignition ）研究也是非常重要的基礎工作之一。
  20. In 1860, schrodinger first put forward the concept " schrodinger equations " in quantum mechanics and since then, the study on schrodinger equations has never stopped, for the mathematical description of many physical phenomena belongs to the field of schrodinger equations, such as nonlinear optic, plasma physics, fluid mechanics etc. as for the form of schrodinger equations, linear schrodinger equations was gradually replaced by nonlinear schrodinger equations ; as for the methods of solving schrodinger equations, the modulus estimate of energy, the principle of contraction mapping, fourier transformation and harmonic analysis are used ; as for the space of the solutions, many people have worked on the problem in bounded domain, euclidean space of dimension n, periodic bounded conditions and mixed regions and they also combined it with the generalization from low dimension to high dimension

    ） dinger方程，如非線性光學、等離子物理、流體力學[ 21 ]等；在方程形式上，從線性schr （ ? ） dinger方程到非線性schr （ ? ） dinger方程；在處理方法上，用能量模估計、壓縮映象原理和fourier變換調和分析等；在方程解空間上，研究有界區域、 n維歐氏空間、周期性有界區域和混合區域等，並且結合從低維向高維推廣。
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