1) Nuclear Drell Yan process
核Drel-Yan过程
2) nuclear Drell-Yan process
核Drell-Yan过程
1.
The paper discusses energy loss effect in nuclear matter,which is a nuclear effect,apart from the nuclear effect on the parton distribution as in deep-inelastic scattering process,that can be measured best in the high energy nuclear Drell-Yan process.
核物质中的能量损失效应是不同于束缚核子部分子分布函数核效应的另外一种核效应,而核Drell-Yan过程是研究这种能量损失效应的最佳途径。
2.
It is found that,considering the spatial dependence of parton distribution functions,the cross-section of nuclear Drell-Yan process changes significantly.
本文通过p-A碰撞的核Drell-Yan过程研究了核遮蔽效应及其空间相关性,计算了能量为800GeV的质子打击Au核的Drell-Yan过程与p-p碰撞Drell-Yan过程的微分截面比。
3.
By means of two typical kinds of quark energy-loss expressions,the nucleon structure functions by fitting the deep inelastic scattering experimental data are used to calculate the variation of different cross section ratios to kinematic variable x1 in nuclear Drell-Yan process and contrast with the experimental results from Fermilab E866.
借助2种典型的处理夸克能量损失的方法,利用拟合深度非弹性散射实验数据得到的束缚核子中的部分子分布函数,分别计算了核Drell-Yan过程中的微分截面比随运动学变量x1的变化,并与费米实验室E866组的实验结果进行比较。
3) Drell-Yan process
强子-核Drell-Yan过程
1.
Improved nuclear density model and the nuclear effect in P-A Drell-Yan process;
改进的核密度模型与强子-核Drell-Yan过程中的核效应
4) Drell-Yan process
Drell-Yan过程
1.
Non-perturbative QCD effect on K-factor of the Drell-Yan process duringthe nucleus aurum-nucleus aurum collision;
金核与金核碰撞Drell-Yan过程QCD非微扰效应对K因子的影响
2.
Nuclear shadowing in the Drell-Yan process on K factor s;
核遮蔽效应对Drell-Yan过程K因子的影响
3.
Considering quark condensate contributions from the QCD vacuum,the non-perturbative effect on the K-factor is investigated for the C-C collision Drell-Yan process with and without nuclear shadowing respectively,at the center-of-mass energy s= 630 and 200 GeV.
考虑非微扰量子色动力学物理真空夸克凝聚效应,计算了碳核与碳核在质心系能量分别为630和200 GeV时碰撞Drell-Yan过程的K因子,以及加入核遮蔽因子后非微扰效应对K因子的影响,并把计算结果与没有考虑夸克凝聚非微扰效应的K值进行了对比。
5) Drell Yan process
Drell-Yan过程
1.
In this paper,we have use the model of double Q 2 rescaling to caluclate the change of K factor with x A 2 change when the nuclei C C is in collision which have been given different x A 1 on the valence,and in this calculation we have considered the contributions of annihilations and Compton Scattering in the Drell Yan process.
在 Drell-Yan过程中计入湮灭项和康普顿散射项的贡献 ,利用双重 Q2 -重标度模型 ,计算了碳核与碳核碰撞在给定不同的 x A1 值时 K因子随 x A2 的变化 。
2.
Taking into account perturbative QCD α s order approximation,using double Q 2 rescaling model,the contribution of QCD corrections of the cross section in P A( 12 6C, 40 20 Ca, 56 26 Fe)collision Drell Yan process are discussed.
在微扰 QCDαs近似下 ,采用双重 Q2 -重标度模型 ,计算了 αs 级 QCD修正对 P-A( 1 26 C,402 0 Ca,5 6 2 6 Fe)碰撞 Drell-Yan过程微分截面的贡献 。
6) Drell-Yan
Drell-Yan过程
1.
Initial-State Nuclear Effects in High Energy p-A Drell-Yan Process;
高能p-A碰撞Drell-Yan过程中的初态核效应(英文)
2.
Next-to-Leading Order QCD Corrections to Energy Loss Effect in Drell-Yan Process;
微扰QCD对Drell-Yan过程能量损失效应的修正(英文)
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。
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。
参考词条