1) lubricating condition
润滑条件
1.
Influence of lubricating condition on tube hydro-forming results;
润滑条件对管件液压成形结果的影响
2.
With the MPV-200 friction and wear testing machine,the friction and wear properties of nano-Al 2O 3 modified Ultra High Molecular Weight Polyethylene (UHMWPE) plastic alloy were studied under different lubricating conditions.
用MPV 2 0 0型摩擦磨损试验机对纳米Al2 O3改性超高分子量聚乙烯 (UHMWPE)塑料合金材料在不同润滑条件下 (干摩擦、水润滑 )进行了摩擦学性能测定 ,分别考察了载荷、速度以及运行时间等对材料摩擦学性能的影响。
2) lubrication condition
润滑条件
1.
The friction properties and friction mechanism of a new high strength and wear-resistant aluminum bronze named HSWAB alloy were analyzed in detail under lubrication condition.
对新型高强度、高耐磨铝青铜合金(代号HSWAB)在润滑条件下的摩擦性能进行了分析。
2.
In order to reduce production cycle and cost of deep drawing steel sheet, effect of lubrication condition on properties and texture of hot rolled IF steel is investigated in this paper, and theoretical basis is provided for industrial productio
为了减少深冲钢板的生产周期 ,降低成本 ,系统研究了润滑条件对热轧 IF钢的深冲性能及织构的影响规律 ,为热轧 IF钢的工业试生产提供了理论依据。
3) chain lubrication
链条润滑
1.
To improve the motorcycle chain lubrication system,theory analysis and computational fluid dynamics(CFD) analysis method were integrated to optimize the valve of motorcycle chain lubrication system.
为了优化摩托车传动链条润滑系统的供油阀,采用理论分析和计算流体动力学(CFD)仿真相结合的方法,通过理论预估、仿真分析、理论检测的方法得出优化结果。
4) lubrication group
润滑组件
5) conditional profit
条件利润
6) tempering condition
润麦条件
1.
Three medium-gluten wheat cultivars(Wenmai 6,Zhoumai 18 and Qixing 733) were used to investigate their optimal tempering conditions by adopting experimental milling and orthogonal experiment design.
在河南、河北选择三种国产中筋小麦(温麦六号、周麦18和启新733),进行正交润麦制粉试验,选择布勒试验磨制粉评分作为考察指标,用来反映润麦效果,探讨三种中筋小麦的最佳润麦条件。
补充资料:极压润滑剂极压润滑
分子式:
CAS号:
性质: 具有防止滑动面破坏的各种润滑剂称为极压润滑剂。极压润滑剂一般都含有极压添加剂。极压齿轮油、极压润滑脂、切削油、轧钢油等都含有极压润滑剂。这种润滑剂用于处在重载(或高接触应力)、高速、高温下滑动摩擦表面的润滑称为极压润滑。极压润滑通常是通过极压添加剂与金属表面生成极压膜将两摩擦表面隔开,以降低摩擦系数、减缓磨损,达到润滑的目的。
CAS号:
性质: 具有防止滑动面破坏的各种润滑剂称为极压润滑剂。极压润滑剂一般都含有极压添加剂。极压齿轮油、极压润滑脂、切削油、轧钢油等都含有极压润滑剂。这种润滑剂用于处在重载(或高接触应力)、高速、高温下滑动摩擦表面的润滑称为极压润滑。极压润滑通常是通过极压添加剂与金属表面生成极压膜将两摩擦表面隔开,以降低摩擦系数、减缓磨损,达到润滑的目的。
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