实践证明这种控制模式能够较好地实现中继气体加压站稳压供气和节能运行。
The practice shows this control method can achieve stable mixed gas supply and ensure the economic running for relay gas pressing station finely.
为了大幅度降低触点的氧化，玻璃管内的环境往往是采用不含氧气的气体加压的。
In order to reduce the oxidation of contacts greatly, the environment inside the glass tube is often pressurized with a gas that contains no oxygen.
为了大幅度降低(或者消除)触点的氧化，玻璃管内的环境往往是采用不含氧气的气体加压的。
In order to reduce the oxidation of contacts greatly (or eliminate it), the environment inside the glass tube is often pressurized with a gas that contains no oxygen.
氮的性质使许多应用受益，如热处理气氛、覆盖气氛、推进剂、气体力学、净化和加压以及分解运载气体。
Nitrogen's properties benefit applications such as heat treating atmospheres, blanketing atmospheres, propellants, pneumatics, purging and pressurizing, and analytical carrier gases.
介绍常压下纯气体及混合气体，加压下纯气体及混合气体以及液体粘度的计算方法。
Calculation method of viscosity for pure gas, mixed gas and liquid at ambient pressure is discussed.
为了把气体限制在一定的范围内，我们必须施加压力。
所述压力驱动器可以进一步包括混合物控制器，用于允许选择性地调 整传送给患者的加压气体中氧气的浓度。
The pressure driver may further include a mixture control for allowing selective adjustment of the oxygen concentration in pressurized gas delivered to the patient.
我计划利用二氧化碳瓶储存加压气体。
在一个加压喷动流化床装置上进行了冷态实验，研究加压条件下床中的气固流动状态和气体在各部分的扩散特性。
The experimental study of a gas solid flow pattern and gas diffusion characteristics using polystyol particles and glass bead has been carried out in a pressurized spouted fluidized bed.
适当增加压力、升高温度有利于均相体系的形成。剪切作用可提高气体的扩散性和溶解性，同时还可大大缩短均相体系形成所需要的时间。
Shearing may help the diffusion and dissolution of gas in the polymer, and thus may reduce the time for the formation of homogenous system.
而溶解在岩浆的气体亦会对周边的岩石施加压力，令这些岩石破裂，这些气体从而渗入岩缝内。
Gas pressure from gas dissolved in the magma also exerts force on the surrounding rock. It cracks the rocks above the magma and then moves into the crack.
气体压力试验时，应逐步缓慢增加压力。
During the air pressure test, boosting shall be carried out slowly and step by step.
在建模过程中通过对容器壁内侧施加压力边界条件来模拟由于内充气体的作用在容器壁内产生的应力场，并通过与试验结果的比较验证了数值模拟方法的有效性。
The static stress wall resulting from the inner pressure was simulated by applying a stress boundary along the inner wall. A better correlation between experimental and numerical results was obtained.
在建模过程中通过对容器壁内侧施加压力边界条件来模拟由于内充气体的作用在容器壁内产生的应力场，并通过与试验结果的比较验证了数值模拟方法的有效性。
The static stress wall resulting from the inner pressure was simulated by applying a stress boundary along the inner wall. A better correlation between experimental and numerical results was obtained.
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