基本释义:

介子工厂

网络释义

1)factory,介子工厂

2)meson-producing accelerator,产生介子的加速器(介子工厂)

3)meson factory,介子工厂(产生介子的加速器)

4)meson,介子

5)mesons,介子

6)meson-meson mixing,介子-介子混合

用法和例句

Based on the mass relation obtained in the framework of meson-meson mixing, with the help of the assumption that for the almost ideally mixing meson nonets, the corrections deduced by the flavor-dependent quarkonia tranistion can be ignored, and the mass of the isodoublet of the 2~3S_1 meson nonet is predicted to be 1584 ( 16.

借助对于接近理想混合的介子九重态,味道有关的夸克偶素间的湮灭效应可以忽略这样一个假定,利用在介子、介子混合框架下导出的质量关系,预言23S1介子九重态中同位旋二重态的质量大约为1584±16。

The key application of the method of analogy in nuclear physics is discussed from the viewpoint of history of physics and methodology,using the theories of nuclear energy level,β decay and meson as example.

以核能级、β衰变和核力的介子理论为例 ,从物理学史和方法论的角度论述了类比在核物理中的重要应

We study the gluonic content of the Pomeron through relating the Pomeron trajectory to the observed IGJPC=0+2++ isoscalar tensor mesons.

通过把坡密子与观察到的量子数为IGJPC=0+2++的同位旋张量介子联系起来的思想,研究了坡密子的胶子内涵。

We study the gluonic content of the pomeron through relating the pomeron trajectory to the observed Ic JPC = 0+ 2++ isoscalar tensor mesons.

通过把坡密子的轨迹跟观察到的量子数I~GJ~(PC)=0~+2~(++)的同位旋标量的张量介子联系起来的关系,研究了坡密子的胶子球内涵。

In the framework of the meson-meson mixing and the nonrelativistic constituent quark model, it is found that the K(~3P_1) - K(~P_1) mixing angle is about±59°.

在介子-介子混合以及非相对论组分夸克模型两种不同的理论框架下，我们唯象研究了K(~3P_1)和K(~1P_1)的混合，发现它们的混合角大约为±59°，进一步，我们在~3P_0介子衰变模型下给出了K_1(1270)和K_1(1400)的强子衰变宽度，同时我们也给出了关于这两个物理态在τ衰变中的产生比率，对比我们的理论预言和可得到的关于K_1(1270)和K_1(1400)的实验信息显示，目前的实验信息支持K(~3P_1)和K(~1P_1))的混合角为+59°。