baryon

n.  重子(任何可转化中子,质子或介子的基本粒子)

复数:baryons

化学

COCA.35334



双语例句

  1. N and Δ Baryon Spectrum in the Chiral SU ( 3) Quark Model
    手征SU(3)夸克模型下的N和Δ重子谱
  2. Influence of Baryon Number Conservation on Net-Proton Rapidity Distribution
    重子数守恒对净质子快度分布的影响
  3. The experimental status of some small underground experiments of baryon number conservation is simply introduced in this paper.
    本文简要介绍研究核中核子衰变的小型地下实验。
  4. The baryon numbers are absolutely conserved in the Standard Model.
    在标准模型中重子数是绝对守恒的。
  5. Study of Baryon Spectrum in the qq-qq-(?) Quark Structure
    五夸克qq-qq-(?)结构的重子谱研究
  6. Large Nc Limit Baryon Emergent Symmetry Research Based on Lie Group Induced Representation Theory
    基于Lie群诱导表示理论的大Nc极限下重子呈展对称性研究
  7. The statement that for every baryon that disappears another baryon appears is incomplete because it leaves antibaryons out of the reckoning.
    有一个重子消失就有另一个重子出现的说法是不够完善的,因为它没有把反重子算进去。
  8. Interferometry for Particle-emitting Source of High Baryon Density
    对高重子数密度粒子发射源的干涉学分析
  9. The Influence on the Baryon and its Resonances From a New Additional Mass Term in the Skyrme Model
    Skyrme模型中新的附加质量项对重子及其共振态的影响
  10. Baryon Magnetic Moments and Mass Spectrum
    重子磁矩和重子质量谱
  11. Baryon density implied by observed abundances of deuterium and lithium lies at the lower end of this sequence.
    由氘丰度和锂丰度的观测值而得的重子密度则位于上述系列的左端。
  12. The study of baryon structure in the Skyrme Model
    重子结构的Skyrme模型研究
  13. Any model which is to be applied to study the dibaryon state should firstly describe the baryon well.
    研究双重子态,首先所用的模型要能较好地描述重子相互作用。
  14. The origin of the baryon asymmetry and the baryon-to-photon ratio may be explained by Grand Unified Theories.
    重子不对称和重子光子数比的起源可以用大统一理论加以解释。
  15. A confinement potential which obtained from the lattice-gauge-theory has been used to study the spectrum of baryon and the rms of the quark distribution.
    利用从格点规范理论计算得出的,包括色屏蔽效应的禁闭位势;研究了重子结构,计算了重子谱及相应状态下的夸克分布的均方根半径。
  16. The historical development, the achievement and the remaining problems of the nuclear force and baryon interactions are reviewed in this paper.
    本文评述了核力和重子相互作用研究的历程,取得的成就和存在的问题。
  17. Baryon number transport and stopping provide entirely different initial condition for the probably produced QGP.
    数阻止和重子数穿透的倩况为可能产生的QGP提供了完全不同的初始条件。
  18. The baryon magnetic moment in a quark-diquark model
    quark-diquark模型和重子磁矩
  19. Quark Exchange Effect in Two Baryon Systems
    两重子间夸克交换效应与两重子体系结合能的分析
  20. On the basis of these postulates, the classification of the strongly interacting particles, especially the classification of the scalar mesons and the baryon resonances with higher spins, is further discussed. Some predictions are obtained and compared with experiments.
    在这两假定基础上,进一步讨论了强相互作用粒子的分类,特别是标量介子和具有较高自旋超子共振态的分类,得到了某些预言,并和实验作了比较。
  21. In this paper, how to extend the baryon unitary theory to the baryon system is systematically introduced.
    本文较系统地介绍了如何将重子么正对称理论推广来描述重子系统。
  22. Effective mass of quark and baryon magnetic moments
    夸克有效质量和重子磁矩
  23. It is studied Baryon excited states for quark confinement and chiral symmetry breaking.
    研究了夸克约束的重子受激态和手征对称破缺。
  24. Spatially deformed baryon excitations are firstly discussed.
    首先讨论了空间变形的重子激发。
  25. Study of the J/ Ψ Decays in Baryon Pair
    J/Ψ衰变到重子对的研究
  26. Calculation of Baryon Chemical Potential and Strangeness Chemical Potential in Resonance Matter
    共振物质的重子化学势和奇异子化学势计算
  27. Within the Naive Quark Model, hadrons are composed of qq ( for meson) or qqq ( for baryon).
    在朴素夸克模型中,强子具有qq(介子)和qqq(重子)构成。
  28. A baryon wave function is composed of the orbit, flavor, spin and color wave functions.
    而一个重子的波函数是由轨道、味道、自旋和颜色空间的波函数直乘得到。
  29. For the heavy baryon or meson containing only one heavy quark ( c or b quark), we can use the heavy quark effective field theory ( HQEFT) for processing.
    对于只含有一个重夸克(c夸克或b夸克)的重强子(重子和介子),我们可以利用重夸克有效场理论(HQEFT)来进行处理。

英英释义

noun

  1. any of the elementary particles having a mass equal to or greater than that of a proton and that participate in strong interactions

      Synonym:    heavy particle