空气压力

的RM系列旋转形转移利用固定的端口，通过空气压力，旋转部分的旋转平台上一个独特的概念。

The RM Series Rotary Manifold utilizes a unique concept in transferring air pressure thru fixed ports to rotating parts on the rotary platform .

氯化钙和PME治疗方法使用，也可以在正常的空气压力或真空。

Calcium chloride and PME treatments were used either at normal air pressure or in a vacuum .

在各项参数中，色谱柱温度和N2压力对各含硫物质响应和分离度影响最大，汽化室和检测器温度及空气压力对它们的影响相对较小。

The influences of column temperature and N2 pressure on sulfur compounds responding area and degree were the best .

最后，提出了新的气源压力、流量系统控制方案，建立了对气源压缩空气压力、流量系统的基于神经网络整定的PID解耦控制算法。

Finally , we present a new control scheme of air pressure and flow and build PID decoupling control arithmetic based DRNN of air control system .

讨论了涂料黏度、空气压力、涂料导电性、工件接地、静电高压及DISC加工精度对DISC静电涂装的影响，并提出了保证涂装效果的控制条件。

The influence of paint viscosity , air pressure , electric conductivity of paint , ground connection of objects , high electrostatic voltage and working accuracy of disc on disc electrostatic coating process is discussed . The controlling conditions to ensure coating effect is proposed .

以钌配合物为探针分子，分散于经溶胶-凝胶法制备的SiO2基质中制得了性能优异的对空气压力变化敏感的压敏漆。

An outstanding novel aerodynamic pressure sensitive paints ( PSP ) were prepared , in which Ru (ⅱ) complexes were employed as oxygen sensitive probe molecules which were dispersed into the thin film SiO 2 matrix prepared through sol-gel method .

在加工空气压力为0.7MPa（G）、膨胀量与加工空气量之比为25%的情况下，使氧的提取率达到85%~90%。

When pressure of treatment air flowrate is 0.7 MPa ( G ), the ratio between expansion flowrate and treatment air flowrate is 25 % , oxygen extraction rate is achieved 85 % ~ 90 % .

研究结果表明，当传感器信号线长度小于100m时，对传感器输出的动态信号影响不大于1%，满足列车交会空气压力波实车测量要求；

The results show that when the signal line length of sensor is less than 100 m , its influence on sensor dynamic signal will be less than 1 % . It meets the real train test requirement of measuring crossing air pressure pulse .

随着采样频率的增加，测量得到的空气压力波幅值增大，采样频率增加到1kHz后，测量结果趋于稳定。

It also shows that the measured magnitude of air pressure pulse increases with increasing the sampling frequency until the sampling frequency reaches 1 kHz .

阐述胶济线CRH2型动车组列车交会空气压力波实车测试情况，对测试结果进行详细分析，并将实车试验结果与数值模拟计算结果进行比较。

The real train test on air pressure pulses generated in passing of CRH2 EMU trains on the Qingdao-Jinan Railway Line has been made , and the results have been analyzed in details .

放大器的滤波频率和数采系统采样频率对空气压力波的测试结果均有较大影响，应采用带低通的应变放大器，滤波频率以100Hz为宜；

The filter and the sampling frequencies have evident influence on the results of measuring air pressure pulse , so the strain gauge magnifier with the low-pass , and whose filter frequency 100 Hz is supposed to be adopted for measuring crossing air pressure pulse of real train test .

中华之星号高速列车客车车厢内部空气压力试验研究

Air pressure test in the carriage of China Star high-speed EMU

空气压力对食品冷冻速度的影响

The effect of air pressure on the rate of food freezing

列车交会空气压力波测量的影响因素

Influential Factors of Measuring Air Pressure Pulse Produced by Passing Trains

浑水灌溉禁锢土壤空气压力影响的研究

Study on the effect of muddy irrigation on soil air pressure

高速列车对复杂隧道内空气压力的影响

Air Pressure Effect Caused by High-speed Trains in Complex Tunnel

准高速列车交会空气压力波试验研究

Test Research on Crossing Air Pressure Pulse of Quasi high speed Train

土壤空气压力影响下的非饱和入渗格林-安姆特模型

Green-Ampt model for unsaturated infiltration affected by air pressure entrapped in soil

可能是由于空气压力略有不同。

Possibly there were slight differences in the air pressure .

生物发酵空气压力-流量控制系统故障诊断

Fault Diagnosis for Air Pressure-Flow Control System of Fermentation Process

列车交会空气压力波研究及应用

Research and applications of air pressure pulse from trains passing each other

有效保持了系统内空气压力稳定。

Maintained in the system the air pressure to be stable effectively .

简单水泵借助于空气压力而工作。

The simple pumps can work with the help of air pressure .

空气压力使水通过管道。

Air pressure forces the water through the pipe .

基于虚拟仪器技术的空气压力控制系统

Air-pressure controlling system based on the Virtual instrument technology

网络器内空气压力平衡点的研究

Study on Balance Point of Air Pressure in Interlacer

启动空气压力低。

The pressure of starting air is too low .

空气压力用气压计度量。

Air pressure is measured by a barometer .

反坦克地雷爆炸后舱室内空气压力增高；

The atmospheric pressure in the tank cabin rose after explosion of antitank mine .

洁净室的室内空气压力控制是空气洁净技术中的一项关键技术。

Pressurization is always critical in cleanroom technology .