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宇称

n.parity
网络CP; parity physics; spatial parity

宇称

英-汉网络释义

宇称

parity

宇_百度百科 ... ⒀ 风度，仪容[ bearing；aprearamce] ◎ 宇称[ parity] ◎ 宇称守恒[ parity conservation] ...

CP

他在电荷宇称(cp)对称性粉碎及机制, 在量子味动力学和量子色动力学低能有效理论,在中微子振荡之谜,在超对称大同一模子以 …

parity physics

spatial parity

对於电子来说, 它们都属於全同不可分粒子, 也满足宇称(spatial parity)的相关规律,也就是说电磁力方面的, 都属於宇称守恒，(Ψ …

G-parity

...ge conjugation）变换 G 变换，G 宇称（G-parity） 295 299

1

The history of the discovery of nonconservation of parity in week interaction and its impact to physics and philosophy science is reviewed .

对宇称不守恒发现的历史及其对物理学和哲学科学的影响进行了评述。

2

The quality of urban housing is one of the biggest social problems China has today , says Prof Tu.

屠启宇称，城市居住品质是当今中国最严峻的社会问题之一。

3

According to the chirality of the weak charge the origin of parity nonconservation in the weak interactions is reasonably explained .

根据弱荷的手征性，合理地解释了宇称不守恒的原因。

4

The T-parity was required to be conserved or it could have a very small breaking .

宇称要求近似守恒或者有着非常小的破缺。

5

80 -odd years ago , physicists established the parity conservation law embodying the principle of bilateral symmetry in quantum mechanics .

80多年前，人们在量子力学中确立了一条关于左右对称的定律 ——宇称守恒定律。

6

The most important contribution is in 1957 with beta decay experiments demonstrated that in the weak interaction of parity nonconservation.

最主要的贡献是，1957年用 β 衰变实验证明了在弱相互作用中的宇称不守恒。

9

Laser Resonance Ionization Spectroscopy of Even-Parity Autoionization States of Cerium Atom

铈原子偶宇称自电离态激光共振电离光谱

10

Research on Yucheng Wavelet Grid and Holographic Fault-tolerance Identification

宇称小波网格与全息容错识别的研究

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