1) High-pressure Anti-abrasion Hydraulic Oil
高压抗磨液压油
1.
High-pressure Anti-abrasion Hydraulic Oil's Anti-abrasion Performance Evaluation Using Fuzzy Comprehensive Evaluation Method;
高压抗磨液压油抗磨性能模糊综合评价方法
2) antiwear hydraulic oil
抗磨液压油
1.
The research of biodegradable antiwear hydraulic oil specialized in using for concrete transportation pump;
混凝土输送泵车专用可降解抗磨液压油的研制
2.
The developed ash and ashless antiwear hydraulic oil has high viscosity index,good viscosity temperature behavior,low temperature flow property,high extreme pressure antiwear property and hydrolyzat.
通过对功能剂的研究,解决回收基础油的氧化安定性和与金属材料的配伍性问题,从而开发出粘度指数高,粘温性、低温流动性、极压抗磨性和水解安定性好的有灰和无灰抗磨液压油,并通过台架试验。
3.
The zinc free antiwear hydraulic oils prepared by the hydro-isomerizate based oil met the premium grade requirements of the national standard GB11118.
介绍加氢异构化基础油对抗氧剂、抗磨剂、防锈剂和金属钝化剂等添加剂的感受性并采用加氢异构化基础油研制出无锌抗磨液压油 ,其各项性能达到了抗磨液压油GB11118。
3) antiwear hydraulic fluid
抗磨液压油
1.
And the specification and trend of antiwear hydraulic fluids are presented according to the hydrostatics application.
简要介绍基本的液力系统,并从液力静力学应用角度对液压油规格和抗磨液压油发展趋势进行阐述。
2.
The development and application of ashless antiwear hydraulic fluid with high pressure are described.
介绍了无灰高压抗磨液压油的研制过程及在实际应用中的情况。
3.
The oil drain index of antiwear hydraulic fluids at home and abroad was summarized.
概述了国内外抗磨液压油的换油指标，并通过高粘度等级抗磨液压油在综合采煤机上的应用，认为用ＳＨ／Ｔ０５９９－９４Ｌ－ＨＭ液压油换油指标来评价该油的使用寿命基本适宜。
4) anti wear hydraulic oil
抗磨液压油
1.
Owing to the complicity and high testing expense of running the standard test stand for evaluation of high pressure anti wear hydraulic oil, Simulation and designing method on a bench scale simulation test stand for evaluation of high pressure anti wear hydraulic oil were proposed based on economical and optimal aspects.
由于符合DenisonHF 0高压抗磨液压油规格标准建立的高压泵评定台架系统复杂、测试费昂贵 ,本文从经济和优化角度 ,多方面提出高压抗磨液压油模拟评定台架的设计思路和模拟方法。
2.
The harsh terms imposing on the rig test of anti wear hydraulic oil result the rather complicate factors causing the attrition of high pressure pump friction pair.
抗磨液压油台架试验条件苛刻，造成高压泵摩擦副磨损的因素较为复杂，我国高压泵试验元件的材质、加工及热处理工艺等与进口泵不近相同，因此对摩擦副磨损的评定既要使油品评定结果具有国际可比性，又要能符合我国的实际情况，其磨损机理的分析是试验中重要的研究课题之一。
5) anti-wear hydraulic oil
抗磨液压油
1.
Additive package of high-pressure anti-wear hydraulic oil has been prepared for formulating anti-wear hydraulic fluids with additive ZDTP as the main component.
采用热稳定型二烷基二硫代磷酸锌盐ZDTP（T－203）为主剂，研制出高压抗磨液压油复合添加剂。
2.
The status quo of the assessment for the wear of friction pairs of the high pressure pump during rig test of anti-wear hydraulic oil is reviewed.
较详细地阐述了抗磨液压油台架试验高压泵摩擦副磨损评估的国内外现状，并介绍了对高压抗磨液压油ＨＦ－Ｏ的评估方法，采用叶片泵及柱塞泵对试验元件进行磨损评价，从失重、摩擦副形态、颜色、加权系数及评比分计算等诸方面，提出了建立我国高压泵摩擦副磨损评估的方法。
6) anti-wear hydraulic oil
抗磨液压油<液>
补充资料：液压油压缩性
分子式：
CAS号：
性质：液压油均匀受压时其体积减小的性能。液压传动是依靠液压系统中容积变化来传递的，因此，液压油受压时其体积变化应尽可能小，才能满足使用要求。可压缩性大，会使容积变化大，导致运动不稳定、不均匀而产生撞击，破坏液压元件。
CAS号：
性质：液压油均匀受压时其体积减小的性能。液压传动是依靠液压系统中容积变化来传递的，因此，液压油受压时其体积变化应尽可能小，才能满足使用要求。可压缩性大，会使容积变化大，导致运动不稳定、不均匀而产生撞击，破坏液压元件。
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