depressurized
英 [diː'preʃəraɪz]
美
vt. 使减压
vi. 减压
depressurize的过去式, 过去分词
双语例句
- Energy analysis of depressurized rock fracture
岩块降压破碎的能量分析 - Study on Experimental Method of Measuring Fluctuating Pressure on Ship Hull Induced by Cavitating Propeller in Depressurized Towing Tank
减压拖曳水池中螺旋桨空泡诱导的船体脉动压力测量方法研究 - Also if a vinyl figure takes a trip on an depressurized plane and it has no ventilation hole ( a small hole to allow air to pass in and out of) the figure can cave in.
如果一个搪胶塑像从一个减压机下来，但没有通风孔（一个让空气进出的小孔），这个塑像就会坍陷。 - Analyzing of safety width in depressurized area during raise driving
上山掘进时卸压区安全宽度分析 - It analyses the circuit model of the heart and arterial system and the mathematical model of the depressurized reflection of carotid sinus-aortic arch mechanism in the neural adjustment.
分析了心脏、动脉系统的电路模型以及神经调节机制中的颈动脉窦-主动脉弓减压反射的数学模型。 - With the fund item sponsored by the National Laboratory of Hydrodynamics, the study on measurement method of propeller-induced pressure with using self-propulsion model has been carried out in depressurized towing tank.
在脉动压力的模型测试研究方面，本文在水动力学国家重点实验室基金项目的资助下，对在减压拖曳水池中利用自航模进行空泡螺旋桨诱导的脉动压力的测试方法进行了研究。 - The research indicates that the depressurized towing tank, signal transmitting system and the depressurizing facilities are capable of accomplishing open water tests studying hydrodynamics performance of conventional propeller and semi-submerged propeller with or without cavitation.
试验研究证明，减压拖曳水池及其测力系统，信号传输系统和减压设备是能够完成普通桨和半浸桨空化与非空化水动力性能的敞水试验。 - Research on Measurement of Pressure Fluctuation induced by Cavitating Propeller in Depressurized Towing Tank
减压拖曳水池中空泡螺旋桨脉动压力测试研究 - This paper presented an experimental method of measuring fluctuating pressure on ship hull induced by cavitating propeller in depressurized towing tank, Other from conventional water tunnel measuring method, it has unusual advantages.
本文介绍了在减压拖曳水池中进行的有关螺旋桨空泡诱导船尾脉动压力的实验方法的开拓性研究。 - The results suggest that the factors, such as distribution of hydrate saturation and salt concentration of reservoir solution, have a great effect on depressurized development performance of the hydrate.
结果表明，水合物饱和度分布、储层水溶液的盐浓度等因素对水合物降压开发动态具有明显的影响。