浅析理想气体直线过程的吸放热

讨论了理想气体在直线过程中的吸放热特性对斜率和体积的依赖关系,分析了斜率的变化对吸放热转换点的影响,进而构造了直观反映吸热量Q、斜率k和体积V变化关系的三维空间.     

对一道“ 气体类”高考题的讨论

2 0 1 4年全国高考物理上海试卷中第2 0题, 即多项选择题的最后一题, 是一道气体类型的题目. 自行解题后发 现网上相关教师上传的解析存在着不妥之处, 于是提供此类型题目的解题方法和相应结论以供参考     

对理想气体等温气压公式的扩展

对《对气体等温气压公式的修正》一文中多方过程的适用范围和多方过程的定义进行讨论,提出切合实际的计算公式．利用此方法对引力场中温度变化的压强公式进行了推导,并推广到液体．     

Transverse momentum spectra in high-energy nucleus-nucleus, proton-nucleus and proton-proton collisions

The transverse momentum distributions of final-state particles produced in nucleus-nucleus (AA), proton-nucleus (pA), and proton-proton (pp) collisions at high energies are investigated using a multisource ideal gas model. Our calculated results show that the contribution of hard emission can be neglected in the study of transverse momentum spectra of charged pions and kaons produced in Cu-Cu collisions at √s_NN=22.5 GeV. And if we consider the contribution of hard emission, the transverse momentum spectra of p and p produced in Cu-Cu collisions at √s_NN=22.5 GeV, K_s⁰ produced in Pb-Pb collisions at 158 A GeV, J/ψ particles produced in p-Pb collisions at 400 GeV and π⁺ , K⁺, p produced in proton-proton collisions at √s=200 GeV, can be described by the model, especially in the tail part of spectra.     

从理想气体压强到大气压强的教学讨论

从理想气体模型出发,讨论压强产生的物理实质,推广到大气层中的空气,考虑其因重力影响使粒子数密度按势能分布,导致大气压强随高度发生变化.这一分析讨论过程能帮助学生建立清晰的物理认知,有效地培养学生的科学思维、分析解决实际问题的能力.