1)  nuclear effect
轻子核DIS过程
2)  DIS process
轻子-核DIS过程
3)  lepton
轻子
1.
The Verifying of the Lepton s and Quark s Mass;
三代轻子与夸克质量经验公式的证明
2.
Delayed Splendor-The discovery of т-lepton;
迟到的辉煌——τ轻子的发现
3.
By the theory of quantum field, the W-S model, the SU(5) model and the chaotic theory analyses the experience mass formula of three types of leptons and quarks, and reveals the essential relation of we、mμ、mτ、and Mq .
通过量子场论,W-S标准模型SU(5)模型及混沌理论,分析了三代轻子、夸克质量的经验公式,并揭示了m_e、m_μ、m_τ及m_q之间的内在联系。
4)  leptonic decay
轻子衰变
1.
Starting from the QCD potential which emerges from the effective dilaton gluon coupling,the energy levels and the widths of the leptonic decay and radiative transition are calculated for heavy mesons(c and b)and compared with that of the Cornell potenial.
从伸缩子 -胶子有效耦合理论得到的重夸克 -反夸克势模型出发 ,计算了重介子的自旋平均能谱及轻子衰变和辐射跃迁宽度 ,并与Cornell势模型所得到的相应结果作了比较 。
2.
The relation between the leptonic decay width of J / ψand the color screening mass at finite temperature is studied by using different quark binding potentials.
用不同形式的夸克结合势研究J/ψ的轻子衰变与色屏蔽质量的关系,用屏蔽质量与介质温度和密度的关系,得到J/ψ在热密物质中的轻子衰变宽度。
3.
The spectra,leptonic decay widths and the E1 transitions of system are calculated,with the confining potential including the color screening effect as a color confinement between quark and antiquark.
利用含色屏蔽效应的禁闭位,计算了b体系的能谱,轻子衰变宽度和E1跃迁。
5)  dilepton spectrum
双轻子谱
1.
Using relativitic hydrodynamics model with the effect ofquark flavor kinetics, invariable mass dilepton spectrum of M≤4GeV/c2 has beencalculated.
在夸克味动力学的计算中,除包含u、d、s夸克及其反夸克外,还涉及粲夸克及其反夸克(cc),采用包含夸克味动力学效应的相对论性流体力学模型,计算了碰撞能量为200GeV/u的238U+238U核碰撞时形成的膨胀QGP及其在相变过程中发射的双轻子谱,轻子对的质量范围M≤4GeV/c2。
2.
With the increase of the initial baryon density, the dilepton production in invariant masses between 2mπ and 1GeV is shown to be suppressed and an abnormal peak of the dilepton spectrum appears near the invariant mass0.
从完全核阻止的假定出发基于3+1维RHE研究了双轻子谱,并得到结论:如果在极端相对论性原子核碰撞中富重子的夸克-胶子物质真地产生了,那么随着初始重子密度的增加,在不变质量2mπ和1GeV之间双轻子的产生将会显示出强烈的抑制,而且将有一个反常的峰出现在不变质量0。
6)  fi lepton number
μ轻子数
参考词条
补充资料:无盐过程[核化]
分子式:
分子量:
CAS号:

性质:在核反应后处理的化工过程中不引入化学试剂改变铀、钚的价态,而是采用电化学或光化学的方法。或者虽然引入化学试剂,但这类化学试剂在以后的废液处理时可以被蒸发或分解为气体,这样则有利于核废物的处理和最终处置。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。