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1·Based on ideal gas equation, the measurement method of diesel engine piston combustion chamber volume was researched.

应用理想气体状态方程，对柴油机活塞燃烧室容积的检测方法进行了研究。

2·Valves are clustered near the center of the bore to minimize combustion chamber volume and to provide ample squish area.

阀门是聚集在附近的孔中心，以尽量减少燃烧室量，以及提供足够的果酱领域。

3·Displacement indicates engine size, and compression ratio compares the total cylinder volume to compression chamber volume.

位移表明发动机的大小，和压缩比比较气缸总容积压缩室容积。

4·The effects of intake chamber volume, diameter and length of inlet duct and inlet manifold on volumetric efficiency were analyzed.

分析了进气总管和进气支管的管长、管径以及进气腔容积对充气系数的影响规律。

5·The main factors effect the pressure and temperature of the chambers can be summarized as:air pressure, arc current, L/D, chamber volume, arc position.

影响气室内部流场分布情况的主要因素，可概括为：充气压强、电弧大小、气室长径比、气室体积、电弧位置。

6·To this end, it is detected from the simulation results that the equivalent valve damping length and decompressing chamber volume significantly affect the outlet pressure.

分析结果表明：阀内流道的等效阻尼长度和压力反馈腔体积是影响阀出口压力的重要因素。

7·Compression process: with the rotor rotation, compression chamber volume decreases, the gas compressed with the compression chamber until the exhaust port to the forefront.

压缩过程：随着转子旋转，压缩腔容积不断减小，气体随压缩直至压缩腔前沿转至排气口。

8·Experiment study proved that using the hydraulic resonance to improve strength of pulsed jet is available, and the system have a best air-chamber volume and a best frequency.

实验研究证明，利用水力共振提高脉冲水射流的强度是可行的，且存在最佳气室容积和最佳频率。

9·Based on the nonlinear model, the dynamic characteristic is simulated, by considering the influence of the environmental and geometrical factors, such as oil modulus, chamber volume etc.

然后，建立系统动态模型，对其动态特性进行非线性仿真研究，并就环境因素变化对系统工作特性的影响作了详细分析。

10·As you move around the chamber, the volume of the sound goes way up and way down, depending on where you are in these standing waves.

当你在房间里移动的时候，声音的音量会上升或下降，这取决于你在这些驻波中的位置。