1)  barostat
气压补偿器
2)  aneroid compensator
膜片式气压补偿器
3)  air pressure
气压
1.
Discovering air pressure appended effect in sound velocity measurement result with ultrasonic sensor;
声速传感器测量结果中气压附加成分的发现
2.
Analysis on effect of air pressure and air temperature on outbreak and epidemic of SARS;
气压与气温对SARS发病流行的影响分析
3.
The automatic load system of surveilling and controlling air pressure;
微机监控气压自动加载系统
4)  Pressure
气压
1.
Effects of nozzle pressure on disc swirl spun yarn;
圆盘式旋流纺的加捻气压对成纱的影响
2.
The effect of oxygen pressure on the dielectric properties of pulsed laser deposited La-doped PbTiO_3 thin film;
淀积气压对脉冲激光淀积La掺杂钛酸铅薄膜介电性能的影响
3.
Vibration characteristics of amicromachined angular rate sensor at different pressures;
微角速度传感器在不同气压下的振动特性
5)  Gas Pressure
气压
1.
A sample of 5 kg refuse with the height of 320 mm, filled in a 190 mm diameter cylinder, was compressed under 150 kPa and decomposed under different conditions with various temperatures, gas pressure, and leachate recirculation .
试验检验了温度、回灌、气压等因素对降解速率的影响程度。
2.
The calculations show that as the ratio ( x Xe )of xenon gas partial pressure to total pressure or gas pressure p increases,the mean electron energy and its variation with the electric field strength reduces.
该由公式的计算结果表明 ,随着Xe分压强与总气压之比xXe或气压 p的增加 ,平均电子能量下降 ,而由电场强度改变造成的能量变化的幅度减小 。
3.
So we designed and manufactured a detecting and control system of the gas pressure with a Simatic S7-200 PLC.
在激光器的各种工作参数中 ,真空检测及工作气压测控 ,是很重要的环节之一 ,它将直接影响激光器运转的稳定性和可靠性。
6)  atmospheric pressure
气压
1.
Signal acquisition for atmospheric pressure transducer based on multi-period measurement;
基于多周期测量方法的气压传感器信号采集
2.
Application of FPGA in atmospheric pressure altitude measuring system in pilotless aircraft;
FPGA在无人机气压高度测量系统中的应用
3.
Mainly discusses the effect of three technologic parameters-spinning speed,the gauge between front roller nip and first nozzle,atmospheric pressure on air-jet spun yarn strength, and gives optimal parameters through experiments.
阐述了纺纱速度、前罗拉钳口与第一喷嘴隔距、纺纱气压三大工艺参数对喷气纱强力的影响 ,并通过实验找出了最优的参数。
参考词条
补充资料：气压冷凝器
分子式：
CAS号：

性质：又称气压冷凝器。混合冷凝器的一种。蒸气由下方进口管进入，冷水由上方进口管引入，顺次经过淋水板的小孔流下。空气和不凝气体则经上方空气引出管抽出。被空气由冷凝器中带出的液滴在分离器中与空气分离后沿气压管(大气腿)流下。仅适用于无价值的蒸气冷凝，或其冷凝液纯度要求不高的物料。 

说明：补充资料仅用于学习参考，请勿用于其它任何用途。