1) High Pressure Vessel
高压容器
1.
Research Progress of the Stress State of the Integrated Multilayer-Wrapped High Pressure Vessels;
整体多层包扎式高压容器应力状态研究进展
2.
Optimization design of the connecting zone of spherical head and cylinder of high pressure vessels;
高压容器球形封头与筒体连接区优化设计
2) high-pressure vessel
高压容器
1.
The high-pressure vessel contour structure size optimization analysis based on SolidWorks simulation
基于SolidWorks Simulation对高压容器外形结构尺寸的优化分析
2.
The paper which is to target non-standard threaded flange,with the application of further development of SolidWorksAPI functions,explains the methods of further development based on Solidworks and 3D parametric design based on Visual Basic,according to the standard of GB150 and GB4732 which are frequently used in non-standard high-pressure vessels design.
摘要:应用SolidWorksAPI函数二次开发模块,结合高压容器常用的非标准件设计标准GB150、JB4732中的相关规范,以压力容器常用螺纹法兰为研究对象,探讨基于SolidWorksAPI函数二次开发方法和Visual Basic的三维参数化设计方法。
3) pressure vessel
高压容器
1.
As the second phase grains can raise the fracture toughness of ceramics,they may playan important role in the upgrade of ceramic pressure vessels.
本文利用二相粒子可提高陶瓷断裂韧性的特点，将其用于电瓷材料高压容器，理论计算结果表明，相变将会使容器的标称应力和极限内压大大提高。
2.
The method that inside tube are wrapped and bound directly by whole bending steel plate is applied to the manufacture of new multilayer pressure vessel.
新型高压容器多层整体包扎制造中,采用将外层卷曲钢板直接拉紧缠绕于内筒体上,所需拉紧合力远小于采用多根钢丝绳把卷曲外层钢板箍紧于内筒体上的箍紧合力,且层板间接触较均匀,是高压容器制造优选方法。
5) high voltage capacitor
高压电容器
1.
Preparation and Investigation of BST-Based Temperature Stable Dielectric Ceramics for High Voltage Capacitor Applications
BST基温度稳定型高压电容器介质陶瓷的制备与研究
2.
Effectively controlling the switching frequency of the high frequency resonant converter of the high voltage capacitor charging power supply is one of the key technologies to realize the design and manufacture of the charging power supply.
为有效控制高压电容器高频恒流充电电源谐振变换电路的开关频率,研制了定频控制(占空比为50%,开关频率在整个充电过程中保持不变)的20 kW高压电容器充电装置逆变电路开关电路。
3.
The test results of high voltage capacitors made by this ceramics were given and discussed.
报道ＳｒＴｉＯ３基陶瓷的制备方法和介电性质，给出了用此种陶瓷制成的高压电容器的试验结果，并对它们进行了讨论。
6) super-high pressure vessel
超高压容器
1.
A new type structure of wire wound super-high pressure vessel was presented.
提出了一种新型绕丝式超高压容器的结构,并对其进行了应力状况分析,推导出了绕丝层的应力计算公式。
2.
This article describes the Shigley approximation method in the fatigue design of the super-high pressure vessel for Fuyang Project.
阐述Shigley近似法在富阳超高压容器疲劳设计中的应用。
补充资料：高压容器
分子式：
CAS号：
性质： 设计压力大于或等于10MPa且小于100MPa的压力容器。在化工生产中应用极为广泛，如氨合成塔、尿素合成塔、铜洗塔、二氧化碳冷提塔等外壳均属高压容器。
CAS号：
性质： 设计压力大于或等于10MPa且小于100MPa的压力容器。在化工生产中应用极为广泛，如氨合成塔、尿素合成塔、铜洗塔、二氧化碳冷提塔等外壳均属高压容器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条