quark gluon plasma 中文意思是什麼

quark gluon plasma 解釋
夸克-膠子等離子態
  • quark : n. 夸克〈假設的帶電核粒子，為已知的粒子如質子及中子等的基本構成部分〉。
  • gluon : 膠子
  • 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。
  1. Besides the formation of quark - gluon plasma, there are many mechanisms in hadron environment which lead to j / suppression

    除夸克?膠子等離子體的形成之外，強子環境中也存在各種機制導致j壓低。
  2. The hard process is included in a natural way, which offers the opportunity to calculate the parton spectra and parton density which aie closely related to the forinatioi1 of quark gluon plasma. the strict calculation is performed on the parton level, however, hadrons are finally observable particles

    而pomeron與remnant之間的關聯，以及pomeron之間的關聯，則通過補償夸克（或感應夸克）來實現? ?每當一個海夸克或一個反夸克從真空中激發出來作為pomeron的色弦端點時，它的反粒子也從真空中激發出來，進入到相鄰的remnant中。
  3. The huge energy - momentum of particles can be transformed into thermal energy by accelerator experiment at high energy to study perturbative vacuum of quantum chromodynamics and determine the signal of quark - gluon plasma

    在實驗上，人們通過相對論性重離子碰撞實驗把巨大的動能轉化為熱能，來研究量子色動力學的微擾真空及其所預言的夸克?膠子等離子體。
  4. Quark - gluon plasma

    夸克-膠子等離子態
  5. The finite - temperature field theory is widely used to investigate the property of quark - gluon plasma

    研究夸克膠子等離子的有效方法之一是有限溫度場論。
  6. Therefore in terms of relativistic heavy ion collisions it is possible for quark and gluon to deconfine in wider range and form quark - gluon plasma. the initial consideration of j / ? suppression in deconfined medium is based on color screening

    相對論性重離子碰撞實驗是用高能加速器把重離子加速到很高能量實現重離子與重離子的碰撞，從而有可能在一個相對較大的范圍解除夸克、膠子的禁閉，形成qgp 。
  7. To study the formation of a quark gluon plasma, it is of crucial importance to undeistand in detail the collision dynamics

    在高能重離子對撞實驗（ rhic及lhc ）探索夸克膠子等離子體（ qgp ）的過程中，對碰撞動力學的詳細了解是至關重要的。
  8. The primary goal of heavy ion experiment is to create environment for the formation of quark - gluon plasma. the formation of this state depends on the initial conditions of the matter created at the early stage of heavy ion collisions

    高能重離子碰撞的一個重要目的是為夸克膠于等離于體（ qgp ）的形成創造條件， qgp的形成依賴于碰撞初期生成物質的初始狀態。
  9. Up to now, research on strong interaction with theory model, such as the diagnosing the signal of quark - gluon plasma existence, mostly based on quark - gluon plasma system in high energy heavy ion collision is in chemical and thermal equilibrium

    我們知道，到目前為止，利用理論模型進行的強相互作用方面的研究（比如：得到qgp存在的信號廠多以在高能重離子碰撞中的夸克膠子系統是處于化學平衡和熱平衡的為基礎的。
  10. It is believed that eventually ve will reach sufficient temperature or baryon density to produce a new state of matter - quark gluon plasma ( qgp ). the study of the pha. se transition from ordinary hadronic matter to qgp. and to further investigate the properties of qgp has been the major effects of these experiments at sps / cern

    由於夸克膠子等離子體只在極短時間內存在，加上復雜的普通核物質存在效應的影響，同時而準確地測定qgp存在的各種信號，已成為目前和將來高能重離子實驗的研究方向。
  11. Quantum chromodaynamics predicts that at high temperature and high density a deconfined phase from hadronic matter to quark - gluon plasma will occur

    量子色動力學預言在高溫高密條件下，有可能發生從強子物質到退緊閉的夸克-膠子等離子體的相變躍遷。
  12. Although a discovery has not yet been announced, many physicists believe that a quark - gluon plasma, which would provide clues about the early universe, has been created in heavy - ion collisions in the relativistic heavy ion collider ( rhic ) at the brookhaven lab

    雖然科學家尚未宣布發現此種物質，但許多物理學家相信，布魯克海文國家實驗室的相對性重離子對撞機（ rhic ）其實已經製造出夸克膠子漿了。
  13. The prime aim of the experiment is to study the production of the quark - gluon plasma at high temperatures and high energy densities. phos ( photon spectrometer ) is the electromagnetic calorimeter of high granularity integrated in the alice experiment

    Alice的目標是：通過相對論重離子對撞，造成局部高溫高密條件，從而研究在此極端條件下物質的行為，探索新的物質形態? ?夸克-膠子等離子體qgp （ quarkgluonplasma ）及手征對稱性恢復的機理。
  14. There are many ways to diagnose signal for quark - gluon plasma, such as direct photon, dilepton enhancement, strangeness enhancement, j / suppression and so on

    診斷qgp信號的途徑有多種：直接光子產生、雙輕子產額增強、奇異性增強、 j壓低等。
  15. One of the main objectives of the future high - energy experiments is to detect a new state of matter called the quark - gluon plasma ( qgp )

    Qgp物理是當今物理學前沿的重要研究領域。探測qgp這種新的物質形態是新一代高能物理實驗（ rhic和lhc ）的一個重要目標。
  16. The operation and first collisions of au nuclei in the relativistic heavy ion collider ( rhic ) at brookhaven national laboratory ( bnl ) during year 2000 began a new era in the study of nuclear matter at high energy density and the search of quark - gluon plasma ( qgp )

    原子核又是由核子通過強相互作用而結合在一起的。強相互作用的基本理論，量子色動力學（ qcd ） ，指出所有參與強相互作用的基本粒子都是夸克（ q ）及反夸克（ （ ? ） ）的束縛態。
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