金刚石砂轮

单用GC杯型砂轮法修整后的碟形金刚石砂轮适用于粗磨和半精磨；

Diamond grinding wheel dressed with GC cup wheel could be used for coarse grinding or semi-finish grinding ;

基于PCA分析法对电火花放电修整金刚石砂轮工艺参数的优化金刚砂土和粘合剂的混合物，能铸成旋转磨石。

Optimizing process parameters of EDM dressing diamond grinding wheel by PCA analysis a mixture of emery dust and a binder ; can be molded into grindstones .

电镀金刚石砂轮端面磨削2024Al/SiCp的实验研究

Experimental Investigation on Face Grinding of 2024Al / SiC_p with Electroplated Diamond Wheel

磨永磁铁氧体大R磁瓦电镀金刚石砂轮的研制

Preparation of Electroplated Diamond Wheel for Grinding Ferrite Magnetic Arcs of Big Radius

基于LabView的数据采集系统在金属结合剂金刚石砂轮电火花整形上的应用

Application of data acquisition system based on lab view to EDM dressing of metal-bonded diamond grinding wheel

GC杯型砂轮粒度与金刚石砂轮修整效率间的关系建模

Relationship Modeling between Granularity of GC Cup Wheel and Dressing Efficiency of Diamond Grinding Wheel

Ni-Cr合金Ar气保护炉中钎焊金刚石砂轮的研究

Research on Furnace Brazing of Diamond Grinding Wheel with Ni-Cr Alloy under Argon Atmosphere

金刚石砂轮磨削Al2O3-Mo金属陶瓷的试验研究

Experimental Research on the Grinding of Al 2O 3-Mo Ceramet with Diamond Wheel

金刚石砂轮恒力磨削Si3N4陶瓷的钝化模型旋转金刚石修整工具修整超硬磨料砂轮的研究

Passivation Model of Diamond Wheel for Constant-force Grinding Si_3N_4 Ceramics Dressing of diamond grinding wheels using rotary diamond dresser

D杯形砂轮与GC杯形砂轮交替配合使用可以大大提高碟形金刚石砂轮的修形效率和修锐效果。

Meanwhile , if the cup diamond wheel and cup GC wheel were used alternately , the dressing efficiency and surface quality can be improved enormously .

PCD刀具金刚石砂轮刃磨表面质量及其对加工工件表面质量的影响

Surface Quality of PCD Cutting Tool Grinded with Diamond Wheel and Its Effect on Machining Surface Quality of Workpiece

在磨削过程中，应根据其他参数的变化调节GC砂轮与金刚石砂轮的中心偏移量H，偏移量小，修整效率高。

The offset H between cup wheel and diamond wheel should be adjusted according to the change of other parameters , and the dressing efficiency increases with the offset H decreased .

基于ACIS的金刚石砂轮模型设计

Modelling design of diamond wheel based on ACIS

本文从试验研究和数值模拟两种手段相结合的方式着手，以青铜金刚石砂轮为研究对象，对声光调Q脉冲激光修整青铜金刚石砂轮进行了分析和研究。

Based on both numerical simulation and experimental investigation , this thesis has done much research work on bronze-bonded diamond grinding wheel . , and then analysis and research it truing and dressing by acoustic-optic Q-switched pulsed laser .

因此研制了新型TL环形砂轮修整器。实践表明，使用这种修整器修整陶瓷结合剂的金刚石砂轮，达到了理想的修整效果。

Therefore , the authors suggest a new truing technique which uses a TL cup-truer for truing vitrified diamond wheels and is proved to be ideal in truing effect and efficency .

本文在平面磨床上应用铸铁结合剂金刚石砂轮与ELID磨削技术进行高教磨削研究。

Cast iron bond diamond wheel and ELID grinding technology are used on a surface grinder to research the high efficiency grinding technique .

通过用金刚石砂轮磨削聚晶金刚石（PCD）材料的试验，研究了磨削速度vs对PCD材料磨除率Q、磨耗比G的影响。

Through an experiment of grinding polycrystalline diamond ( PCD ) by diamond grinding wheel , the influences of grinding speed v s on PCD material removal rate Q and grinding consumption ratio G are researched .

用GC杯形砂轮修整金刚石砂轮和CBN砂轮，是一种有效的修整方法，但这种修整方法的修整成形机理和被修整砂轮的廓形精度分析亟待解决。

It is a valuable method to true diamond or CBN wheel with a GC Cup Truer , but the mechanism of profile generation and analysis for the profile accuracy of trued wheel is still awaiting elucidation .

目前，常见的工程陶瓷加工方法有金刚石砂轮磨削、PCD等超硬刀具切削、超声波加工、激光加工、等离子弧切割及高压水射流切割。

At present , the machining method of advanced ceramics have diamond grinding , ultra hard cutters such as PCD , ultrasonic cutting , laser cutting , plasma arc cutting and water-jet cutting .

本文采用不同粒度、不同浓度的树脂结合剂金刚石砂轮，对两种典型的特种陶瓷材料ZrO2与Si3N4进行了端面磨削实验研究；

In this paper , two types of resin bond diamond wheels with different grain size and concentration were applied in face grinding of two typical special ceramics .

理论分析了声光调Q脉冲激光修锐金属结合剂金刚石砂轮的机理，试验研究了单脉冲激光烧蚀凹坑和脉冲激光修锐的情况，总结出激光、工艺参数对修锐效果的影响特点和规律。

This experiment deals with surface craters ablated by single pulse laser and pulse laser dressing , theoretically analyses the dressing mechanism of diamond wheels by acousto-optic Q-switched pulse laser and summarizes the dressing features and disciplines of dressing effects influenced by laser and technology parameters .

尤其对于廓形保持性比较好的CBN和金刚石砂轮，可大大降低修形难度，减少修形次数，提高磨削精度和效率。

Especially for the CBN and diamond grinding wheel whose profile retention are better , this method can greatly reduce the difficulty of modification and the times of modification and improve the machining accuracy and efficiency .

CBN砂轮的硬度仅低于金刚石砂轮，且具有韧性好、刃口锋利、热稳定性好、与铁族金属反应不活泼等优点。

As we all known , the hardness of CBN grains just below diamond , they have good toughness , edge sharpness , thermal stability , and reaction inactive with iron group metal and so on .

ELID磨削利用在线电解的方法修整超细粒度的金刚石砂轮，可以有效地实现硬脆材料的超精密加工。

By applying in-process electrolytic method to dress ultra-fine diamond wheel , ELID ( Electrolytic in-process Dressing ) grinding can effectively achieve the ultra-precision machining of hard and brittle materials .

运用铁基结合剂金刚石砂轮与专用高频脉冲电源相配合，对钢结硬质合金（GT35）进行在线电解修整（ELID）精密磨削。

The precision mirror surface grinding of steel-bonded cemented carbide has been carried out by the combination of ELID and iron bonded diamond wheel .

砂轮强度满足使用要求，金刚石砂轮空隙结构分布均匀，CBN砂轮中的石墨呈游离态均匀分布。

The strength of grinding wheel meets the application requirements , the gap structure of diamond grinding wheel was well distributed , the graphite of CBN grinding wheel was evenly distributed in the free state , brazing achieved between binder and abrasive .

结果表明，与出厂砂轮相比，镜面加工砂轮的磨粒出刃高度、出刃体积和出刃后角要大，但出刃前角减小，这与微细270金刚石砂轮的GT修齐机理不一致。

The results show that grain protrusion height , grain protrusion volume , and clearance angle are larger compared with the factory wheel , but the grain rake angle is smaller , which is different from the truncation mechanizations of finer # 270 diamond grinding wheel .

本文对超精密磨削用高频脉冲电源进行性能改进，在此基础上对铸铁结合剂金刚石砂轮在线电解修整（ELID）磨削技术与电火花精密整形技术进行了研究。

This paper first focuses on re-design of the high frequency pulse power for desired performance , then have a study of the technology of ELID grinding with cast-iron bonded diamond wheel and ED Precision Truing of Metal-bonded Grinding Wheel .

本文研究用Li2OZnOSiO2系微晶玻璃代替普通玻璃用作金刚石砂轮结合剂以克服普通玻璃结合剂对金刚石浸润性差、热膨胀系数与金刚石相差大的缺点。

Li2O ZnO SiO2 system glass ceramic was used to replace conventional glass as the bond of vitrified bond diamond grinding wheels , in hope of overcoming the disadvantages of conventional glass bond such as bad soakage and high thermal expansion coefficient gap between vitrified bond and diamonds .

通过用树脂结合剂金刚石砂轮对Si3N4陶瓷进行磨削试验，从磨削过程中的磨削力、磨削比能、磨削温度及磨削表面的微观形貌变化等方面，综合探讨Si3N4材料的磨削加工机理。

The tests were done , in which the Si_3N_4 ceramics was ground with resin-bound diamond wheel on a precision face grinder , and the grinding mechanism of Si_3N_4 was discussed from the aspects of grinding force , ratio energy , temperature and micro change on grinding surfaces etc .