1.
The prediction of the burst pressure of pressure vessels with miter pipe
轴向斜接管内压容器爆破压力的预测
2.
Reliability Safety Factor of Steel Thin-wall Internal Pressure Vessels based on Information Entropy Theory
基于信息熵的薄壁内压容器安全系数
3.
Fringe Stress of Container with Internal Compression and Its Impact on Welding Seam of Sealed Crack in Container;
内压容器的边缘应力及其对容器封头焊缝的影响
4.
FUZZY STATIC STRENGTH RELIABILITY OF THINNESS STEEL WALL INTERNAL PRESSURE VESSELS BASED ON INFORMATION ENTROPY
钢制薄壁内压容器模糊静强度的可靠度
5.
Evaluation on the Stress Strength at the Junction Area between the Cylinder of an Internal Pressure Vessel and Its Big Nozzle
内压容器筒体与大接管相贯区的应力强度评定
6.
Comparison between Build-in and External Balance Vessel Differential Pressure Fluviometer
内、外置平衡容器式差压水位计的比较
7.
Method for preparation and internal pressure testing of filament wound pressure vessels
GB/T6058-1985纤维缠绕压力容器制备和内压试验方法
8.
A container capable of withstanding high internal pressure.
高压贮罐能承受很高的内部压力的容器
9.
high voltage capacitor(of a capacitor voltage transformer)
电容器式电压互感器的高压电容器
10.
intermediate voltage capacitor(of a capacitor voltage transformer)
（电容器式电压互感器的）中压电容器
11.
The quantity of product a container can hold is determined by its pressure rating and internal volume. Generally the higher the pressure, the more oxygen is contained in a cylinder.
容器能够容纳的产品数量由它的额定压力和内容积决定。一般来说，压力约高，钢瓶内装的氧越多。
12.
The inner electrode structure and its optimization for high voltage chip capacitors
片式化高压电容器的内电极结构及优化
13.
Strength and Reliability Research on Lightweight Aluminum-lined High-pressure Hydrogen Storage Tanks;
铝内衬轻质高压储氢容器强度和可靠性研究
14.
Leak-before-Break(LBB) Criterion for Defect Assessment of Pressure Vessels and Piping under Internal Pressure;
内压作用下容器和管道“破前漏”评定准则及应用
15.
Research on Contend-Based Image Compressing Method for Wireless Sensor Networks
基于内容的无线传感器网络视频压缩算法研究
16.
DEVELOPMENT OF FIBRE COMPOSITE SPHERICAL HIGH PRESSURE VESSEL WITH STAINLESSSTEEL LINER
不锈钢内衬纤维复合材料球形高压容器研制
17.
Calculation model of HV power capacitor internal hottest-spot temperature
高压电力电容器内部最热点温度的计算模型
18.
Analysis on the strength of composite pressure vessels with pseudo-elastic inner alloy lining
伪弹性合金内衬复合材料压力容器的强度分析