The parameter a, is studied in many experiments of hadron-hadron collisions and heavy ion collisions after it was introduced 非热相变的概念提出后，很多强子?强子碰撞实验和重离子实验都对特征参数_q进行了研究。
The parameter a, is studied in many experiments of hadron-hadron collisions and heavy ion collisions after it was introduced 非热相变的概念提出后，很多强子?强子碰撞实验和重离子实验都对特征参数_q进行了研究。
Lisi is now calculating the masses that the 20 new particles should have, in the hope that they may be spotted when the large hadron collider starts up 李斯现在正在计算20个新粒子，他希望欧洲大强子对撞机最终能验证和发现这些粒子。
A quark ( or an antiquark ) from the projectile hadron radiates a virtual photon on impact on the target, the photon subsequently decays into a lepton pair 入射强子中的一个夸克(或反夸克)在靶的作用下辐射出一个虚光子，虚光子再衰变成正反轻子对。
With the run of rhic, how to find the signals of qgp from the final hadrons state has become the sensitive topics in high energy heavy ion collision 随着相对论重离子对撞机rhic的运行，如何从末态强子中寻找标志qgp生成的信号是当前高能核物理界的重大热点课题。
On the other hand particle identification is provided during offline analysis by algorithms that examine the electromagnetic shower shape in phos to discriminate electromagnetic particles against hadrons 之二，对phos中的簇射进行拓扑分析，从而区分电磁簇射和强子簇射。
For the low pr hadrons, the bayon number density is very low and shows the evidence of early stage equilibrium . there exists elliptic flow character for the high pt hadrons 对于低竹强于，在h0处呈现较低的重子数密度，有早期平衡的明显证据；对于高ptjffi子，有椭性流的特点。
For the low pr hadrons, the bayon number density is very low and shows the evidence of early stage equilibrium . there exists elliptic flow character for the high pt hadrons 对于低竹强于，在h0处呈现较低的重子数密度，有早期平衡的明显证据；对于高ptjffi子，有椭性流的特点。
Later this year, the $ 8-billion science experiment known as the large hadron collider ( lhc ) will start uncovering clues to some of the biggest mysteries in physics 今年晚些时候，这项耗资八十亿美元、名为大型强子对撞机(lhc)的科学实验将开始陆续发现物理学史上几个最难解之谜的线索。
But in the present available hadron-hadron collision experiments, due to the restriction of energy, the average multiplicity is very low . and the rank of the factorial moments could not be high 但是，目前的强子?强子碰撞能量较低，制约了阶乘矩的阶数，没有明显看到非热相变的迹象。
