1) micro mold abrasive
微型磨料
2) micro abrasive waterjets
微型磨料射流
3) micro abrasive
微磨料
1.
There are several parameters that have been claimed to have a significant effects on the micro abrasive jet machining(MAJM) process: air pressure,mass flow rate,nozzle distance to target material,machining time,impacting angle,nozzle shape and size,abrasive,etc.
通过微磨料空气射流加工普通平板玻璃的试验研究,分析了加工时间、空气压力、磨料流量、喷射距离、喷射角度、磨料种类、喷嘴结构和尺寸等加工工艺参数与微磨料空气射流加工的材料冲蚀率及玻璃表面冲蚀加工凹坑尺寸(凹坑直径和凹坑深度)之间的关系,得出了这些工艺参数对微磨料空气射流加工效果的影响规律。
2.
In recent years,Micro Abrasive Suspension Jet Polishing has been considered to be a potential technique for micro processing of hard and brittle materials among the non-traditional polishing methods,especially in polishing the microstructured parts with complex surfaces.
近年来,在非传统抛光方法中,微磨料浆体射流抛光由于初始成本低,无热损伤,不改变材料力学和物理性能,抛光特性不受工件抛光位置影响,被认为是当前对具有复杂表面的硬脆性材料制品进行超光滑表面加工的最有潜力方法之一。
4) micro abrasive
微细磨料
1.
A micro abrasive intermittent jet machining system is developed and experiments of grooving on the optical glass K9 are conducted.
开发了微细磨料间歇喷射加工系统,在K9光学玻璃上进行刻线试验。
5) abrasive micro-powder
磨料微粉
1.
Theoretical derivation approximate-D_(s)50-value of W series abrasive micro-powder in China Standard GB/T2477-1983;
中国GB/T2477—1983标准W系列磨料微粉D_s50近似值的理论推导方法
2.
In order to maintain the particle size distribution in a special narrow range in abrasive micro-powder processing, and considering the characteristics of the Fluidized Bed opposed Jet Milling.
本文针对磨料微粉加工中需将粒度分布控制在特定范围的要求，基于流化床气流粉碎、涡轮分级的特性，配置根据康达效应设计的惯性分级装置，通过理论分析和实验验证，表明了该系统可以很好地满足磨料微粉加工的要求。
6) micron power
微粉磨料
补充资料：微型
小型；体积比较小的：微型雕刻｜微型飞机。
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