Semi solid forming is one of new types of material processing.
半固态加工是金属材料成形领域中的一种新工艺。
Welding plays an important role in metallic material processing.
焊接在金属材料加工过程中占有重要的地位。
Finally this advanced material processing technique is prospected.
最后对这种先进的材料加工技术作出了展望。
Semisolid forming has taken its place among advanced metallurgy material processing fields.
半固态成形技术是冶金材料领域重要研究课题。
It has promising prospect in material processing, laser welding, medicine treatment and military.
在工业加工、激光焊接、医疗军事等领域有很好的应用前景。
The compression process of herbage material is a rheological process of herbage material processing in essence.
草物料压缩过程实质上是草物料加工的流变学过程。
In principle can be up to hundreds of station chief to organization large material processing system of kilometers.
依次原理可组织多达数百工位总长至千米的大型物料处理系统。
In addition, the material and between the material processing interdependence is already known by the people clearly.
此外，材料与材料加工之间的相互依赖关系已经被人们认识得更清楚。
An electron beam heating control method with controllable time zone and space zone belongs to material processing field.
一种时域和空域可控的电子束加热控制方法，属于材料加工领域。
It provides some reference for the selection and optimization of technical parameters during the laser material processing.
为激光处理球墨铸铁材料时工艺参量的选择和优化提供了一定参考。
The applied physical field on solidification to refine grain is presently the hot research direction in material processing.
利用外加物理场凝固细晶技术是目前材料加工领域的研究热点。
Then the virtual solid state material processing and heat treatment processes can been realized based on computer simulation.
这样就实现了基于计算机数值模拟的虚拟材料固态加工及热处理过程。
At the same time, this paper prospects the developing trends of laser material processing technologies in industry applications.
同时展望激光材料加工技术工业应用的发展趋势。
It provides some references for the selection and optimization of technological parameters during the laser material processing.
实验结果为激光加工蓝宝石时工艺参量的选择和优化提供了参考。
Continuous roll casting technology of metal thin strips is an advanced technique leading the way in the field of material processing.
金属薄带铸轧辊套的热损伤（如表面热龟裂、局部塌陷等） ，是铸轧辊套的主要失效形式。
Microwave techniques are nowadays widely used throughout wireless communication, material processing and material permittivity measuring.
微波技术广泛用于无线通信、材料处理和材料介电常数测量等领域。
Microwave techniques are nowadays wide spread throughout wireless communication, material processing and material permittivity measurement.
微波技术广泛用于无线通信、材料处理和材料介电常数测量等领域。
Semi-solid forming is one of new types of material processing. This paper analyses the present and the future of this new forming technology.
半固态加工是金属材料成形领域中的一种新工艺。本文分析了铝合金半固态成形技术的现状及发展趋向。
Fibre material processing is an important branch of materials processing as well as drawing is an important step of fibre material processing.
纤维材料加工是材料加工的重要分支，并条又是纤维材料加工中的一道重要工序。
The report emphases on face-pumped solid-state lasers(or slab solid-state lasers), diode laser pumped solid-state lasers and laser material processing.
面泵浦固体激光器（即板条式激光器）、半导体二极管泵浦固体激光器和激光加工是这份报告的重点。
These lasers have potential applications in laser cooling, directional energy transmission, material processing, and atmospheric propagation and so on.
这类激光在激光冷却、定向能量传输、材料处理和大气传输等方面有广泛的应用前景。
As an important part of the tribo electrostatic separator, the high-voltage electrostatic field plays a key role in the mineral and the material processing.
高压静电分选腔是电选机的重要组成部分，对矿物及物料的分选起着决定性的作用。
Several examples of material preparation and material processing are listed in order to explain the application of dissipative structure on material research.
简要介绍了耗散结构的理论概念，并列举了几种材料制备及材料加工的实例，以阐明耗散结构理论在材料研究中的应用。
In Japan, research on laser material processing are mainly carried out in Osaka University, Applied Engineering Center (ALEC) and Advanced Materials Processing Institute.
而日本的有关研究工作主要有大阪大学、应用工程中心和先进材料加工研究中心承担。
Effects of different insulation packing system, dispersing system and coupled system to parent material processing and film forming are analyzed to direct the production.
分析了不同保温填充体系、分散体系和偶联体系对母料加工及成膜性的影响，用于指导生产。关键?。
Microcellular polymer material processing technology at home and abroad literatures mainly uses the physical foaming, and micro chemical research reports rarely plastic process.
前国内外文献报道的微发泡聚合物材料加工主要采用物理发泡的技术路线，而化学微发塑工艺的研究报道很少。
The major advantages of microwave used for material processing are rapid heat transfer, volumetric heating and selective heating, pollution-free environment and automatic control.
微波处理材料的优点是传热快、体积加热和选择性加热、无环境污染和容易自动控制。
Soymilk material processing experiment is brought out in the sample machine, the feasibility in practice is testified through the experiment, it is worth of making further research.
在实验样机上进行了豆乳原料均质实验，验证了该系统在实践上的可行性，值得进行进一步深入的研究。
Conclusion This research for beam shaping of the partially coherent beam offers new schemes for potential applications such as material processing, optical therapy and atom optics etc.
结论部分相干光束的光束整形研究为潜在的应用，如材料处理，光学治疗、原子光学等，提供了一个新的光束整形的方法。
Conclusion This research for beam shaping of the partially coherent beam offers new schemes for potential applications such as material processing, optical therapy and atom optics etc.
结论部分相干光束的光束整形研究为潜在的应用，如材料处理，光学治疗、原子光学等，提供了一个新的光束整形的方法。
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