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- equation for ideal gases 理想气体方程
- This paper gives the hydrostatic pressure expression for ideal fluid and the Bernoulli"s equation for steady flow state in uniformly rotation frame reference.And two applied examples are given. 给出了相对转动参照系静止的理想流体内部的压强及稳定流动时的伯努利方程，并应用导出的压强公式和伯努利方程求解了两个问题.
- This equation is known as the ideal gas law. 这个等式被叫做理想气体定律。
- TO DEDUCE THE FORMALA FOR IDEAL GAS PRESSARE 推导理想气体压强公式
- Differential Equation for Ideal Flow along Normal Line 理想流体沿法线方向的微分方程
- Derive the governing flow equation for an aquifer. 推导地下含水层的流体方程式.
- Real gas satisfies approximately ideal gas state equation only in case that the pressure is low and temperature high. 实际气体仅在压力较低、温度较高的情况下近似满足理想气体状态方程式。
- The ideal of life is to life for ideals. 生活的理想是为了理想的生活。
- There are two paths for establishment of the state equation of ideal gas, to one path, the Joule's law is independent, to the other, it is not. 摘要建立理想气体状态方程有两条途径，沿第一条途径焦耳定律是独立的，而沿第二条途径则焦耳定律不独立。
- Rigorous solution to Bargmann-Wigner equation for integer spin[J]. 引用该论文 黄时中;阮图南;吴宁;郑志鹏.
- The kinetics base of the special relativity. Equilibrium state, basic concept of gas kinetics, pressure equation and temperature equation of ideal gas. 狭义相对论动力学基础;平衡态,气体动理论的基本概念,理想气体的压强和温度公式。
- The schroedinger equation for the one-electron atom is exactly soluble. 单电子原子的薛定谔方程是可精确求解的。
- The definition of ideal gas is discussed. For gaving this definition, none of the equation of state and Joule"s law can be dispensed with. 讨论了理想气体的定义，指出理想气体状态方程与焦耳定律对于定义理想气体是缺一不可的.
- The application of Maxwell velocity distribution law rigidly proves that the statistical proof on the state equation of ideal gas. 摘要应用麦克斯韦速度分布律严格证明了理想气体状态方程。
- That leads to biquadratic equations for solution. 它们又引出待解的双二次方程。
- We now write two equilibrium equations for joint D. 现在列出节点D的两个平衡方程。
- Abstract: The definition of ideal gas is discussed. For gaving this definition, none of the equation of state and Joule"s law can be dispensed with. 文摘:讨论了理想气体的定义，指出理想气体状态方程与焦耳定律对于定义理想气体是缺一不可的.
- Equilibrium state, basic concept of gas kinetics, pressure equation and temperature equation of ideal gas, theorem of equipartition of energy, internal energy of ideal gas. 平衡态,气体动理论的基本概念,理想气体的压强和温度公式。能量均分定理,理想气体的内能。
- In the "Acta" of 1691 James Bernoulli derived the equation for the tractrix. 在1691年的《学报》中詹姆士?伯努利推导出跟踪曲线的方程。
- On the basis of the differential equation for decline of production by Arps, J. 本文从Arps;J.
