因此，粉末冶金技术就成为研究铍材料的主要工艺。
The more is cast ingot size, the more bulky is the structure, so powder metallurgy become the main research technology.
最后指出了粉末冶金技术在航空发动机中的应用潜力和研究方向。
The typical P/M components used in aero-engine were listed. The potential applications and research directions of powder metallurgy technologies were put forward.
一种适于高速压制技术应用的铁粉原料的制备方法，属于粉末冶金技术领域。
A preparation method of an iron powder material suitable for application in high velocity compaction technology belongs to the technical field of powder metallurgy.
王金相，李晓杰，粉末爆炸固结技术及其应用，粉末冶金技术，2004，22（1）， 49-54；
Wang Jinxiang, Li Xiaojie, Explosive Consolidation of Powder and Its Application, Powder Metallurgy Technology, 2004, 22(1), 49-54.
采用粉末冶金技术制备了一种低膨胀高导热支撑材料(简称DG合金)，研究了烧结工艺对合金组织和性能的影响。
A support material with low expansivity and high conductivity, called DG alloy, was prepared by powder metallurgy. The effects of sintering process on its properties and microstructure were studied.
铁芯是以高纯度的铁粉为主要原料，将粉末颗粒表面进行绝缘化处理，运用粉末冶金技术经压制成型，热处理后所制备出的一类新型软磁材料产品。
The main material of SMC is the high purity iron powder, insulated on the surface, pressed with the powder metallurgy tech, heated to be the SMC cores.
并综述了功能梯度材料目前常采用的一些制备方法及使用情况，包括火花等离子烧结技术、粉末冶金法、离子结构工艺等。
And, some preparation methods of FGM and their applications are dealt with, including spark plasma sinter technology, powder metallurgy method and plasma structure craftwork.
本文还介绍了粉末冶金的新技术和新材料。
In this paper, the powder metallurgical new techniques and materials have been introduced too.
金属粉末注射成形技术是一种将粉末冶金工艺与塑料成形工艺相结合的新型制造技术。
The injection molding process for metal or ceram powder is a new style manufacture technology which combines plastic molding process with powder metallurgy process and powder pottery molding.
顾客为全球粉末压制工业企业，涵盖粉末冶金、磁性材料、硬质合金、技术陶瓷、碳制品等等。
This industry covers companies of powder metallurgy, magnetic materials, hard metals, technical ceramics, carbon products, etc.
与传统粉末冶金工艺相比，采用烧结硬焊技术后，皮带滑座的制造成本降低30%，而皮带滑座的结合力仅减小约10%。
Contrast with conventional PM process, this technology can make the cost for manufacturing strap skate go down 30% while binding force only decrease about 10%.
系统地介绍了激光焊接技术在粉末冶金材料中的应用及其国内外动态。
The application of laser welding technology in P/M materials and its developing status are systematically introduced.
使用温压成形技术制造的粉末冶金斜齿轮耐磨性好。成本低。
The helical gears manufactured by warm compaction powder metallurgy are of good wearability and low cost.
介绍了粉末冶金低压油泵齿轮的制造工艺、台架试验情况及应用的技术、经济效果。
The manufacturing process for P/M low pressure oil pump gear, conditions of stand testing and technological and economic results have been introduced.
用电磁成形技术压制粉末材料是获得高密度、高性能粉末冶金制品的一种有效方法，是低成本制造高密度陶瓷零件的新途径。
Using this technique is an effective method to obtain high density and high properties powder metallurgical products. It is also a new way to produce the densified ceramics with low cost.
通过综合比较与技术分析，指出天然气重整制氢工艺在生产成本方面有较大优势，且在粉末冶金企业中已有成功应用的先例；
The results of comparison and technical analysis show that the latter is much more superior in respect of production and it is successfully applied in the P/M enterprises.
金属粉末注射成形是一种从塑料注射成形引伸出来的新型粉末冶金近净成形技术，该技术的核心和关键是粘结剂。
Metal injection molding (MIM) is an advanced near net shape technology which is an extension of plastic injection molding. The binder plays a critical role in MIM.
采用粉末冶金复压复烧技术制备出高密度的铜碳复合材料，对两种成分铜碳复合材料的显微组织、物理力学性能和耐磨性能进行了对比试验。
The technology of repressing and re-sintering in powder metallurgy had been used to fabricate a c Cu-C composite materials attaining above 95% of the theoretical density.
温压是以较低的成本制造高性能铁基粉末冶金零部件的新型成形技术。
Warm compaction is a new forming technique for fabricating high performance ferrous P/M parts at lower cost.
本文介绍了粉末冶金软磁材料的种类和工艺参数对其性能的影响、应用技术要求以及一些应用实例。
This paper analyzes and discusses the influence of various process parameters and ingredients on physical and magnetic properties of soft magnetic materials.
指出了利用粉末冶金制备高氮不锈钢所具有的技术优势，其中注射成形——氮化烧结工艺更具发展潜力。
The producing and shaping technology of high nitrogen stainless steels power were reviewed. The power metallurgy technology for producing high nitrogen stainless steel has some advantages, esp…
指出了利用粉末冶金制备高氮不锈钢所具有的技术优势，其中注射成形——氮化烧结工艺更具发展潜力。
The producing and shaping technology of high nitrogen stainless steels power were reviewed. The power metallurgy technology for producing high nitrogen stainless steel has some advantages, esp…
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