Based on the high energy heavy-ion collisions statistical model,the baryon chemical potential and strangeness chemical potential are calculated for resonance matter with net baryon density and net strangeness density under given temperature.
在高能重离子碰撞统计模型中,根据一定温度下的净重子密度和净奇异子密度计算出共振物质的重子化学势和奇异子化学势,并进一步分析净重子密度和净奇异子密度与重子化学势和奇异子化学势之间的关系。
The statistical property is studied for the resonance matter produced in relativistic heavy-ion collision.
研究了相对论重离子碰撞中产生的共振物质的统计性质,讨论了共振粒子的化学势和净粒子密度的关系。
Based on a so-called base excitation-resonance mass method, a special experimental set is designed.
利用基础激振、共振质量法设计了专用的实验系统,对新型阻尼橡胶的动态特性进行了测试,获得了阻尼橡胶刚度系数、阻尼系数以及损耗因子等特征参数值,并分析了特征参数与使用频率之间的对应关系。
