machining of metals
英 [məˈʃiːnɪŋ ɒv ˈmɛtlz]
美 [məˈʃiːnɪŋ əv ˈmɛtəlz]
网络 金属切削加工
双语例句
- Machining of difficult-to-cut metals
难加工金属材料的切削 - Firstly, the duration time of the femtosecond is so short that it can lead to high fluence which can machining almost all of the materials. Recently, high precision micro-machining and processing has been realized in transparent dielectrics, semiconductors and metals by femtosecond laser.
它的每一个脉冲历时很短导致非常高的能量密度，如此之高的能量密度几乎可以对所有的材料进行加工，目前已在透明材料、半导体和金属上实现了高精度微加工； - Honing is one of the effective processes in the machining accuracy deep hole. Honing is one of high-efficient finishing operations for metals.
深孔精加工中，珩磨是一种行之有效的加工工艺。珩磨是金属材料加工领域中的一种高效精加工方式。 - Laser-beam lithography, combination of laser machining and following anisotropic etching to fabricate 3D structure, micromachining of metals by laser chemical processing in liquids and laser deposition technology are presented in this paper.
介绍了激光光刻、激光和各向异性腐蚀相结合加工硅三维结构、激光化学处理加工金属微型结构和激光沉积技术。 - The Numerical Control Electrochemical Contour Evolution Machining ( NC-ECCEM) is a new machining technology based on the combination of Electrochemical Machining ( ECM) and Numerical Control techniques, and is mainly applied to machine the parts made of difficult-to-cut metals and with complex shaped surface.
数控展成电解加工技术是一种将数控技术和电解加工技术相结合的新型制造技术，主要以难切削材料、复杂型面零件的加工为应用对象。 - Aluminum is characteristic of light weight, good thermal and electrical conductivity, easy machining and so on. Aluminum is widely used in various sectors of national economy and is the largest amounts of production and consumption metal in non-ferrous metals.
金属铝具有比重小、导电导热性好、易于机械加工等多优良性能，广泛应用于国民经济各部门，已成为有色金属中产量和消费量最大的金属。 - Cutting tools coated with CVD diamond thin films have wide application potential in the cutting and machining of hard-to-cut non-ferrous materials such as titanium alloy, silicon-content aluminum alloys, nonferrous metals, ceramics and composite material.
CVD金刚石薄膜用于硬质合金刀具涂层，在非铁材料如钛合金、铝硅合金、有色金属、陶瓷、复合材料等难加工材料的切削加工领域应用前景广泛。 - However, there are many complex shape and high machining precision parts made of ferrous metals in actual production, the requests for machining efficiency and machining precision are hard to guarantee by the conventional process of grinding, lapping, polishing.
然而在实际生产中，有很多形状复杂且加工精度要求极高的黑色金属制成的零件，加工方式仍采用传统的磨削、研磨及抛光工艺，其加工效率低且加工精度难以保证。