宇称

yǔ chēng
  • parity
宇称宇称
宇称 [yǔ chēng]
  • [parity] 说明它在反演下之行为的波函数的一种物理性质,反演就是所有三个空间坐标同时对原点反号,若波函数反演后不变则其宇称为1(或称偶宇称),若波函数在反演只改变符号则其宇 称为-1(或称奇宇称)

宇称[yǔ chēng]
  1. 偶偶Cd同位素核的负宇称带研究

    Studies on The Negative Parity Bands of Even Even Cd Nuclei

  2. 奇异介子的G3宇称和共振态强衰变中的选择定则

    The g_5 parity of strange mesons and the selection rule in strong decay of resonance state

  3. 潭纳给出了在这种强相互作用中宇称破坏的上限。

    The upper limit for Party violation in this strong interaction was quoted by tanner .

  4. 最一般的超对称模型应该包含R宇称破坏的部分。

    The most general MSSM should contain the R-parity violating part .

  5. 线性对撞机上R宇称破缺超对称效应研究

    Study the effects of R-parity violating supersymmetry at linear colliders

  6. R宇称守恒与R宇称破坏的超对称模型在理论上地位是相同的。

    The R-parity violating MSSM and the R-parity conservative MSSM have the same theoretical status .

  7. 本论文是在R宇称破缺超对称模型中,我们系统研究了B介子弱衰变。

    In this thesis , we study the weak decays of B mesons in the RPV SUSY .

  8. CmⅠ奇宇称光谱能级的模式识别研究

    Study on the Curium ⅰ Odd-Parity Energy Levels Using Pattern Recognition Techniques

  9. ~(168)Er正宇称低激发带的微观分析

    Microscopic analysis of the low-lying even parity bands in ~ ( 168 ) er

  10. 宇称不守恒与CP不守恒

    The Nonconservation of Parity and the Violation of CP Invariance

  11. 本征函数的宇称可以这样确定:当r用-r代替时看波函数的变化。

    The parity of the eigenfunction is found by determining what happens to the wave function when r is replaced by - r.

  12. 关于宇称破坏和CP守恒问题

    The problems about parity violation and CP conservation

  13. 计算结果表明通过这样的测量就可以把X(3410)的自旋宇称明确而敏感地确定下来。

    The result of calculation shows that the spin-parity of X ( 3410 ) can be determined with certainty and good sensitivity .

  14. 因此单top夸克伴随超对称粒子产生过程是研究R宇称破坏最小超对称模型的一个有力途径。

    So the single top quark production in association with a SUSY particle production process is a powerful way to study the R-parity violating MSSM .

  15. Br2偶宇称里德堡态的转动结构和电子角动量

    Rotational Structure and Electron Angular Momentum of the Gerade Rydberg State of Br_2

  16. 偶偶Ge和Se同位素核的形变HF态及负宇称带研究

    Studies on the HF States and the Negative Parity Bands of Even Even Ge and Se Nuclei

  17. CP宇称不守恒的规范模型

    Gauge model which violates CP parity

  18. 一个可能的新共振态&J/ψ→X+f0(975)过程中玻色共振态X的自旋-宇称分析

    A Possible New Resonance State ── Spin-Parity Analysis of the X Resonance in J / / → X + f_0 ( 975 ) Process

  19. ~(80)Rb的旋称劈裂反转及负宇称带的回弯

    Signature Splitting and Inversion and Back Bending in Negative Sideband in ~ ( 80 ) Rb

  20. 奇A核~(101)Pd和~(101)Ru的负宇称带能谱研究

    Studies on Negative Parity Spectra of Odd-A Nuclei : ~ ( 101 ) Pd and ~ ( 101 ) Ru

  21. 电荷-宇称(CP)对称性破坏和夸克-轻子味物理&写在CP破坏发现和夸克理论提出40周年之际

    CP symmetry violation and quark-lepton flavor physics - at the 40 's anniversary on discovery of CP violation and quark theory

  22. 等效三体势对偶偶Ba与Xe同位素核的负宇称带的能谱研究

    Study for the Negative Parity Energy Spectrum of Ba and Xe Isotopes Nuclei with Effective Three-body Potential

  23. 负宇称高自旋态具有大的B(E2)值,并随自旋增大而起伏变化。

    A appreciable staggering of E2 transition rates associated with large B ( E2 ) values is found in the high spin states with negative parity .

  24. 铅原子奇宇称Rydberg系列寿命的研究

    Lifetime studies on the odd - parity Rydberg series of neutral lead

  25. 在寻找超对称时,可能存在的破坏轻子数和重子数的R宇称破缺耦合受到了充分关注。

    The possible appearance of the R-parity violating ( RPV ) couplings , which will violate the lepton and baryon number conservation , has gained full attention in searching for the SUSY .

  26. 质量相近4N核间宇称相关势的折叠模型

    A Folding Model of Parity-Dependent Potential Between 4N-Nuclei with Near Masses

  27. 宇宙学观测量对小Higgs模型T宇称破缺参数限制的研究

    Restriction of Cosmological Observables VS the Breaking Parameters of Littlest Higgs Model with T-parity

  28. 正、负宇称态之间的跃迁显示增大的E1跃迁,似有八极关联的可能。

    Transitions between positive and negative parity states exhibit enhanced B ( E1 ) values , looking like existence of octupole correlation .

  29. 本文证明了中微子并不破坏宇称守恒定律和P与CP的破坏都来源于真空,如将真空也计算在内,则P、C、T守恒定律都普遍成立。

    This paper shows that the neutrino does not violate the law of parity conservation , P and CP violation comes from the vacuum . If we take vacuum into account , the law of P.C. T conservation is universally true .

  30. 自由Dirac方程正、负宇称电子解的简并性可造成计算一级微拢能量的不确定性。

    Degeneracy of parity even and odd electron solutions of the free Dirac equation may cau - se uncertainties in first order calculation of the perturbative energy .