1) hydrostatic equilibrium
流体静力学平衡
1.
Two representative profiles are selected to validate the above preliminary conclusion,by ratio of bed depth to ice thickness,and height divergence between the measured height and the calculated value according to ice thickness by hydrostatic equilibrium theory.
并在该流域选取了两条具有代表性的剖面 ,分别用水面以下的冰厚度与总的冰厚度的比值、流体静力学平衡理论等进行了验证。
2) hydrodynamic balance equations
流体动力学平衡方程
1.
In this paper, we present a Hall mobility calculation by hydrodynamic balance equations at temperature from 30 K to 1 000 K.
采用流体动力学平衡方程在温度为３０ Ｋ 到１０００ Ｋ 范围内计算了霍耳迁移率，并用补偿模式研究了载流子密度与温度的关系。
3) Magnetohydrodynamic equilibrium
磁流体动力学平衡
4) HBS
流体动力学平衡系统
5) non-equilibrium radiation hydrodynamics
非平衡辐射流体力学
6) method of hydrostatics
流体静力称衡法
1.
This article mainly compared jouly steelyard and physical balance are applied in measuring the density of the method of hydrostatics,the results show that jouly steelyard have more advantage and innovation.
本文通过焦利称与物理天平在流体静力称衡法中对密度测定的对比应用研究,提出使用焦利称测密度的优越性和新颖性。
补充资料：流体静力学平衡
见恒星大气模型。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条