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1·A point worth emphasizing is that hydrostatic equilibrium is fulfilled with great accuracy in stellar atmosphere.

值得强调指出，在恒星大气中，流体静力平衡是非常精确地成立的。

2·Hydrostatic equilibrium does not hold in prominences. Magnetic field plays an important role in the supporting of prominences.

日珥中不存在流体静力学平衡，磁场对日珥支撑起重要作用。

3·Consequently, the result is that we modify the equation of state, hydrostatic equilibrium equation, the boundary condition and the energy flux.

因此，总的效果是修正了恒星结构和演化中的物态方程、流体静力学方程、边界条件和对流区底部的能流密度。

4·The sand column, saturated at its lower portion and initially in the condition of hydrostatic equilibrium, is drained at its bottom at constant head.

砂柱下部饱和并处于静水平衡状态，在底部为定水头的条件下进行排水。

5·Especially, the generalized initial value problems are investigated and the cases are given in order to comparison with those under the non-hydrostatic equilibrium.

特别地，研究了它的广义初值问题并给出实例，以与非静力平衡的情况进行比较。

6·Undisturbed earths gravity field under the status of hydrostatic equilibrium is parallel gravity field, and its distribution of mass density is spherically Symmetric.

无扰动的流体静力平衡状态下的地球重力场是平行重力场。

7·The earth's atmosphere is in hydrostatic equilibrium under the combined action of the gravitational attractive force of the earth and the pressure of the gases in the atmosphere.

地球大气就处于地球引力和大气中气体压力共同作用之下的流体静力平衡状态。

8·Below the water table at static equilibrium, hydrostatic pressure potential increases with increasing depth.

当静态平衡时，在水面以下，静水压力随深度而增加。

9·Below the water table at static equilibrium, hydrostatic pressure potential increases with increasing depth.

在水面以下，当静态平衡时，静水压力随深度而增加。