1) aerodynamic equation
空气动力方程
1.
The aerodynamic equations of air-cooling tower are derived based on the knowledge of atmospheric dynamics.
应用大气动力学的基本方程，推导了空冷塔内空气动力方程，建立了塔内空气流动模型，对塔内气流的流场进行了理论分析，并用实测结果进行了验证。
2) gas dynamics systems
空气动力学方程组
1.
Riemann problems in three-pieces, which only contains contact discontinuities on initial data, are dassified for 2-D gas dynamics systems, and numerical solutions of the Riemann problems are presented by using Taylor-FVM MInB difference schemes derived in [1].
对二维空气动力学方程组的分三片Ｒｉｅｍａｎｎ问题中只含接触间断的情况进行分类分析，并利用文献［１］所提出的正规三角形网格上Ｔａｙｌｏｒ—ＦＶＭＭｍＢ差分格式对该问题进行数值计算。
3) engineering aerodynamics
工程空气动力学
4) aerodynamic technique
空气动力学方法
1.
N 2O fluxes measured by aerodynamic technique and BREB method were similar in winter wheat field,but there was a large difference bet.
采用空气动力学方法、波文比 /能量平衡法及密闭箱法结合气相色谱分析对农田N2 O通量进行了测定。
5) space-time kinetics equation
时-空动力学方程
1.
An efficient nodal method for the numerical solution of space-time kinetics equation in hexagonal-z geometry was proposed.
提出了一种基于节块内瞬态中子通量展开的六角形几何时-空动力学方程数值解法。
6) aerodynamical equation
气体动力学方程
1.
Based on the equivalence between the aerodynamical equation and the shallow water long wave equation, the lattice Boltzmann method is proposed to simulate the shallow water wave equation.
Ｌａｔｔｉｃｅ Ｂｏｌｔｚｍａｎｎ Ｍｅｔｈｏｄ（ＬＢＭ）可用于计算气体动力学方程，通过浅水长波方程与气体动力学方程的比拟，可得到计算浅水长波方程的ＬＢＭ。
补充资料：不依赖空气的动力装置