1) Aerostatic
[英][,ɛərə'stætik] [美][,ɛrə'stætɪk]
气体静压
1.
Research on the Porous Aerostatic Lead Screw and Nut;
多孔质气体静压丝杠螺母副研究
2) externally pressurized gas bearing
静压气体轴承
1.
Profound knowledge of flow passage characteristics of externally pressurized gas bearing need to calculate inner velocity field,while Reynolds equations only relates to static pressure distribution of gas film.
雷诺气体润滑方程仅涉及轴承气膜内的静压分布,对静压气体轴承流道特性的准确刻画还需要研究轴承流道内的气流速度场。
3) aerostatic bearing
气体静压轴承
1.
Measurement of rigzdity of about the aerostatic bearing for precision centrifuge use;
精密离心机气体静压轴承刚度测试新方法研究
2.
The paper was based on load-bearing properties of elementary aerostatic bearing,predigested support and spindle structure of multi-support aerostatic motorized spindle,established finite-element analysis model,analyzed all kinds of structureal designs of shafting refer to ANSYS software,analyzed and compared load-bearing characteristics.
基于单元气体静压轴承的承载性能,简化多支承气体静压电主轴的支承和主轴结构,建立了有限元分析模型,借助ANSYS软件分析轴系的各种结构方案,并进行承载特性分析对比。
3.
According to gas lubrication theories,the mathematical model of aerostatic bearing with inherent orifice was developed.
依据气体润滑理论,建立了环面节流气体静压轴承数学模型。
4) air lubricated hydrostatic slide guide
气体静压导轨
1.
Those methods mainly inlcude applying multi throttle air lubricated hydrostatic slide guide and mounting a float unit on the screw pair.
这些措施主要包括 :利用闭合的复合节流方式的气体静压导轨结构与在丝杠与工作台联接之间安装浮动单元。
5) aerostatic ball bearing
气体静压球轴承
1.
Processing techniques of aerostatic ball bearing;
气体静压球轴承制造工艺
6) static gas bearing
静压气体轴承
1.
The development of miniature aerodynamic gas bearing such as three-tilting-pad,compliant foil type and micro static gas bearing was introduced,which is produced by the normal mechanical fabrication method and applied in the field of space cryogenic turbo-expander and micro gas turbine.
介绍了空间制冷机及微小型燃气透平中,以通常机加工方法制作的微型三可倾瓦动压气体轴承、箔片动压气体轴承、微型静压气体轴承的国内外研制发展现况。
补充资料：爆炸等静压成型
分子式：
CAS号：
性质：利用炸药的爆炸，产生高压冲击波传给液体介质，加压于模体，使粉料在各方向同时均匀受压。与一般等静压成型的区别在于：装置简单，不带附属的高压系统，爆炸的瞬间可达30000～100000MPa的巨大高压，操作周期短，成形后坯体密度高，硬度大，可再精加工。操作控制较难，要加强防护和安全。
CAS号：
性质：利用炸药的爆炸，产生高压冲击波传给液体介质，加压于模体，使粉料在各方向同时均匀受压。与一般等静压成型的区别在于：装置简单，不带附属的高压系统，爆炸的瞬间可达30000～100000MPa的巨大高压，操作周期短，成形后坯体密度高，硬度大，可再精加工。操作控制较难，要加强防护和安全。
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