最后，对小型静电陀螺仪球形转子进行了研磨试验，以验证该研磨机的加工性能和加工效果。
The effect of lapping sphere rotors of small-sized electrostatic gyroscope is tested and verified at last.
针对一种氧化铁渣进行研磨试验，分析讨论了它的研磨特性，并对提高研磨效率的途径进行了探索试验。
An iron oxide sludge smash characteristic was discussed by grinding experiment and the test of methods about increasing comminution efficiency was taken.
酵母的破壁试验考察了研磨、加入有机溶剂和超声波等不同的破碎方法。
Methods of disruption, such as ultrasonic disruption, grinding disruption and solvent dissolution, were carried out in the experiments.
通过正交试验得出了球磨参数与细粉量的关系，并提出研磨破碎区概念，给出了球磨效率关系式。
The relationship between parameters of ball mill and quantity of fine powder was obtained by cross test. The concept of grinding zone and equation about grinding efficiency were proposed.
通过试验方法研究了高压水射流功率、研磨介质的填充量和配比、冲击时间等对该装置粉碎能力的影响。
Also, the experiments had been carried out to study the effects of the high-pressured water jet power, the amount and composition of grinding medium and the impact time on the comminuting capability.
试验结果表明，研磨抛光后的工件，能够达到产品外形和表面质量的要求，且提高了磨抛效率。
Experiment results show that the production shape and surface quality can achieve requirements. At the same time, processing efficiency is improved.
为了考察单晶金刚石的研磨效率，试验采用陶瓷结合剂金刚石砂轮对单晶金刚石刀片进行研磨。
A single crystal diamond was ground with vitrified diamond wheel to research on the grinding efficiency.
适用于科研院校、厂矿试验室试样切割后研磨磨光、试样光谱分析前准备工作。
They serve polishing after sample cutting and preparing before sample spectroscopic analysis in the laboratory of institutes, factories and mines.
试验表明，当超声工具头与被加工工件的间隙在一定的范围内，能在超声研磨条件下加工出高质量的超光滑表面。
Only when the machining gap is in specific ranges, the smooth high quality surface can be obtained under ultrasonic polishing.
采用田口试验法来获取陶瓷球双自转研磨盘研磨方式的最佳工艺参数，以及各参数对研磨指标的贡献率。
This paper focuses on the application of Taguchi method to optimize the technique parameters to lap ceramic ball.
针对侏罗系地层高硬度、强研磨性等特点，研究并试验了几种特殊类型的钻头。
Considering the characteristics of high degree of hardness, abrasion and high temperature of Jurassic layer, some special bits were investigated and applied.
针对侏罗系地层高硬度、强研磨性等特点，研究并试验了几种特殊类型的钻头。
Considering the characteristics of high degree of hardness, abrasion and high temperature of Jurassic layer, some special bits were investigated and applied.
应用推荐