通过实例介绍了PCD、PCBN两种聚晶材料在汽车制造领域中的成功应用，旨在提高我国超硬加工的技术水平。
The successful application of PCD, PCBN glomerocryst materials in automotive manufacturing field are presented for the improvement of domestic superhard machining technology.
它一般是在加工过程中使用一个被称为“硬加工”，其中包括运行的工具或零件之前溶化速度不够快，倒是它的边缘，它大大软化。
It is generally used in a machining process called "hard machining", which involves running the tool or the part fast enough to melt it before it touches the edge, softening it considerably.
但是制造一个换能器需要利用微机械技术，在一块质地脆硬的陶瓷材料上精心加工，耗费数个小时才能完成。
To make a transducer by painstakingly micro-machining a brittle block of ceramic material can take many hours of work, though.
针对我厂现有磨齿机的设备和对特大模数齿轮参数分析制定出特大模数硬齿轮加工工艺方法。
This paper illustrates the processing art method of the hard gear wheel with big modulus in accordance with the mill wheel machine equipment in our factory and analyzed the big modulus gear wheel.
采用导电加热切削技术切削淬硬钢的特点在于：可以采用普通机床、硬质合金刀具对淬硬钢进行硬车削加工。
The feature of machining harden steel by means of EHM are: it can utilize the carbide tool to machine the harden steel in engine lathe.
针对面齿轮硬齿面磨削加工中存在的困难，提出用蜗杆砂轮磨削的双参数法来磨削面齿轮。
Using a helical involute pinion surface to form the grinding worm surface, a helical face gear is formed via a two-parameter worm envelope.
为进行硬脆材料的旋转超声加工，研制了智能超声波发生器。
A smart ultrasonic generator was investigated for rotary ultrasonic machining of hard, fragile material.
硬弹性是结晶高聚物在特殊的加工条件下产生的一种独特的性能，具有高模量、高结晶度和高形变下回复的特点。
The hard elasticity is an unusual property which is developed under a special processing. It features high modulus, high crystallinity and highly reversible elasticity.
使用金属结合剂金刚石成形砂轮可实现复杂型面硬脆材料的精密、高效、量产化加工。
The metallic bond diamond wheel can process hard brittle material of complex surface, it can be high efficiency, precision and large-tonnage scale.
提出了在塑性状态下切削非金属硬脆材料的加工思路。
This paper introduces a new processing think of cutting hard brittle material in a plastic state.
硬坯：是已经过热处理的、准备磨加工的滚子、内圈或外圈。
HARDSTOCK: the rollers, cups, or cones, which have gone through the heat treat process and are ready for grinding.
该钻头同样适用于其它硬脆性材料的加工。
The drill developed is suitable to the machining of other hard brittle materials.
特别是在微孔加工和不导电的超硬材料加工方面更显示出其优越性。
However, it is found that it is difficult to get the dimensions machined be maintained.
研究以珩代磨的硬齿面齿轮加工方法和珩齿机理具有重要的现实意义。
The study on the method of machining hard teeth profile gear of honing instead of grinding and honing mechanism has the meaning of important reality.
SL回路可将电极之损耗降低50%；PL回路为超硬合金专用，加工速度快。
The SL circuit reduces electrode wear to 50%. Specially designed PL circuit is excellent for hard alloy workpiece with fast machining speed.
阐述钢球硬磨加工中产生的磨削烧伤并探讨磨削烧伤的危害性，目的是控制产品加工中的损耗，降低产品成本。
Grinding burn and the harm during the hard grinding of steel ball are elaborated, the purpose is to control the loss of production process and decrease the cost of product.
采用专门针对高硬材料加工的纳米古铜涂层。
Specialized Nano TiSin coating to process high harness mold material.
介绍了特种加工技术在修整金属结合剂超硬磨料砂轮中的应用。
The application of nontraditional machining technology in the dressing of metal bonded superabrasive grinding wheel is introduced.
外啮合珩齿工艺是一种效率高、成本低的硬齿面齿轮加工工艺，但对齿轮精度的提高有限。
Honing with a honing gear is an efficient and low - cost method for hard gear machining, but it can not obviously improve the precision of gear.
尽管如此，旋转超声加工仍然不能避免硬脆性材料加工中的边缘破损等常见问题。
RUM can not avoid the common problems of machining brittle and hard materials like edge-chipping.
PCBN刀具是一种重要的超硬材料刀具，被广泛认为是应用于现代切削加工的理想刀具材料。
PCBN is one kind of the important superhard tool materials and is widely supposed to be an ideal tool material for modern cutting technology.
该磨头能简单的装配在普通机床上，配合一定的控制设备，即可进行硬脆材料的优良表面加工。
This grinding head can be simply mounted on the general purpose machine tools, and is suitable for machining the hard brittle material with equipped some control system.
金属结合剂金刚石砂轮广泛应用于硬脆材料的精密和超精密磨削加工。
Metal bonded diamond wheel is widely used in the field of precision and super precision grinding with hard and brittle material.
目前，由于金刚石工具具有硬度高等优点，在硬脆非金属材料的加工中被越来越广泛的使用。
With the higher hardness and other advantages, diamond tools are more and more widely used for processing hard and brittle non-metallic materials nowadays.
短电弧加工技术在对特硬、超强、高韧性等难加工材料的高速加工方面具有突出的优良性能。
Short arc machining (SAM) technique has special performance on machining hard processing materials which have great rigidity, intensity and tenacity.
硬脆性无机材料的激光成形加工是激光加工技术最有前途的领域之一。
Laser shaping technology on hard and brickle inorganic materials is one of the most promising fields.
旋转超声加工是加工硬脆材料的一种较好方法。
Rotary ultrasonic machining is an effective method for machining hard and fragile materials.
旋转超声加工是加工硬脆材料的一种较好方法。
Rotary ultrasonic machining is an effective way for machining hard and fragile materials.
短电弧加工技术在对特硬、超强、高韧性等难加工材料的加工方面具有突出的优良性能。
Short arc machining (SAM) technique has special performance on machining hard machining materials which have great rigidity, intensity and tenacity.
微磨料空气射流加工（MAJM）技术是对硬脆材料进行微细加工的一种非常有潜力的技术，特别是对复杂的三维微细结构的加工。
Micro Abrasive Jet Machining (MAJM) is a promising technique for micro processing of hard and brittle materials, particularly for machining complicated three - dimensional microstructures.
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