1) transverse energy rapidity distribution
横能快度分布
1.
Assuming that the produced particles decay isotropically in the center of mass system,the transverse energy rapidity distribution in hadron-nucleus interactions is derived.
假定强子－核作用中的产生粒子相对于反应体质心系各向同性衰变，给出了强子－核作用中横能快度分布，计算结果能够解释最新的ＨＥＬＩＯＳ合作组的实验结果。
2) rapidity distributions at fixed interval of transverse energy
给定横能区域的快度分布
3) rapidity distribution
快度分布
1.
The rapidity distribution of protons produced in nucleus-nucleus collisions at the Alternating Gradient Synchrotron (AGS) and the Super Proton Synchrotron(SPS) energies are analyzed by the three-fireball model.
用三火球模型分析了核-核以AGS(the Alternating Gradient Synchrotron)和SPS(the Super Proton Synchrotron)能量碰撞中产生质子的快度分布。
2.
It is shown that the rapidity distribution at RHIC-LHC energy region for the cases with and without phase transition will be much different in shapes This result suggests that the shape of rapidity distribution may be used as a possible signal for quark matter formation.
用流体动力学模型研究一维流体的集体效应和相变对末态粒子分布的影响，结果表明：在ＲＨＩＣ－ＬＨＣ能区有相变和无相变时的末态快度分布形状是很不相同的，预计快度分部的形状可作为夸克物质形成的信号。
3.
The △ resonance effects on the rapidity distributions of proton and pion and on the transverse mass distribution of proton are investigared.
研究了共振态对质子π的快度分布以及质子横质量分布的影响。
4) transverse energy distribution
横能量分布
1.
A simple analytical formula for transverse energy distributions is derived which is then compared with the experimental data obtained by NA35 Collaboration at CERN.
将强子－核碰撞的独立源模型推广到核－核碰撞，给出了核－核碰撞末态产生粒子横能量分布方程，将其与ＣＥＲＮ的ＮＡ３５合作组得到的实验数据相比较，模型较好地解释了实验结果。
2.
We adopt Woods-Saxon profile as the nucleon number density; derive out the equation of transverse energy distribution in high-energy AA collisions; analyze the data of the NA35 collaboration; and discuss the effects of nucleon distribution on transverse energy distribution.
采用核子密度的Woods Saxon分布形式,导出了高能核核碰撞中的横能量分布方程,并用其分析了NA35合作组的实验数据,讨论了核子分布对横能量分布的影响。
5) pseudorapidity distribution
赝快度分布
1.
Effect of the Leading Particles on the Charged-particle Pseudorapidity Distribution;
领头粒子对带电粒子赝快度分布的影响
2.
Particle pseudorapidity distribution in nucleus-nucleus collisions at high energy;
高能核-核碰撞末态产生粒子的赝快度分布
3.
Charged-particle pseudorapidity distributions in Au+Au collisions at high energy
高能Au+Au碰撞末态多重数赝快度分布研究
6) transverse intensity distribution.T
横截面能量分布
补充资料：能言快说
1.见"能言快语"。
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