多粒子的英文

• multiparticle

• "多"英文翻译    many; much; more
• "粒子"英文翻译    grain; granule
• "多粒子产生" 英文翻译 :    multiparticle production
• "多粒子反应" 英文翻译 :    multiple particle reaction
• "多粒子关联" 英文翻译 :    multiparticle correlation
• "多粒子力" 英文翻译 :    many particle force
• "多粒子能级" 英文翻译 :    many particle level
• "多粒子谱" 英文翻译 :    many particle spectrum; many-particle spectrum
• "多粒子谱仪" 英文翻译 :    multi particle spectrometer; multiparticle spectrometer
• "多粒子态" 英文翻译 :    multiple particle state
• "多粒子系统" 英文翻译 :    many-particle system
• "多粒子相关" 英文翻译 :    multiparticle correlation
• "多粒子状态" 英文翻译 :    many-partical state
• "多粒子加速器" 英文翻译 :    multiparticle acceleration
• "磁性多粒子谱仪" 英文翻译 :    magnetic multiparticle ectrometer; magnetic multiparticle spectrometer
• "多粒的" 英文翻译 :    graininess; grainy
• "粒子" 英文翻译 :    grain; granule
• "多粒度料" 英文翻译 :    multi granular charge; multi-granular charge
• "多粒级集料" 英文翻译 :    divided-coarse aggregate
• "多粒结构" 英文翻译 :    multigrain structure
• "多粒径骨料" 英文翻译 :    multiple-sized aggregate
• "多粒射线" 英文翻译 :    multiseriate ray
• "多粒包埋型簿" 英文翻译 :    multiple embedded virus
• "多粒异型皮质" 英文翻译 :    granulous heterotype cortex; granulous heterotypic cortex
• "多粒包埋型病毒" 英文翻译 :    multiple embedded virus

• Purification for entangled multi - particle states via entanglement swapping
  利用纠缠交换实现多粒子纠缠态纯化
• Many particle force
  多粒子力
• This seems to indicate that they all can show dynamical fluctuation in multiplicity production . as to sq , it almost equals to 1
  ) _ q均明显偏离1 ，这似乎表明它们都能显示多粒子产生过程中的动力学起伏。
• As is well known , in high energy collisions the hadromzation of partons , being a soft process , can not be analyzed using perturbative qcd ( pqcd )
  在高能碰撞多粒子产生中，部分子的强子化是一个软过程，不能用微扰qcd来进行研究
• Investigating the dynamical fluctuations inside jets produced by the fragmentation of partons is an . effective way to explore the dynamics in liigh energy collisions
  研究多粒子产生中的喷注内部的动力学起伏，是探索高能碰撞中的动力学机制的一种有效的手段
• , the fractal in space - time evolution in high energy h - h collisions is self - affine , which may trace back to the high anisotropy of phase space of multiparticle final states in these collisions
  高能强子-强子碰撞多粒子末态的高度各向异性使得时空演化中的分形结构表现为自仿射。
• Comparing to the single - particle system , in n - body problems , not only the external condition is considered , but also the mutual interaction , so it is more complex to compute than in the single - particle system
  与单粒子系统相比，在多粒子系统中，不仅要考虑外界的条件，还考虑粒子间的相互作用，所以多粒子系统要比单粒子系统复杂。
• Quantum entanglement , a basic phrase for superposition in a multi - particle system , has become a new focus of activity in the field of quantum information science . teleporting an unknown quantum state is an important example
  量子纠缠作为多粒子叠加的基本物理问题，在新兴的量子信息领域有着重要的应用前景，其显著的应用就是未知量子态的隐形传送。
• The stability of sg get well improved by slightly increasing multiplicity . then for the experimental data produced by r + p and k + p collisions at 250 gev / c , the four moments which describe event rapidity gaps fluctuations , are calculated
  接着，用250gev c能量下~ + p和k ~ + p碰撞多粒子产生的实验数据，我们计算了所有四个表征事件快度间隔起伏的矩s _ q ， (
• Making analogy with the " " spin - glass " phase in polymers , peschanski put forward the idea that there exists non - thermal phase transition in multiparticle systems . a parameter xq has been introduced to characterize the non - thermal phase transition
  通过类比聚合体中的“自旋玻璃相” ， peschanski提出随机级联的多粒子产生过程中存在非热相变，并提出表征相变的特征参数_ q的公式。