粉末冶金工业

粉末冶金工业和ISO9000系列标准

Powder metallurgy industry and ISO9000 series standards

粉末冶金工业的发展近况与趋势生产加工技术的现状和未来

The present development situation and future trends of powder metallurgy industry

深化改革加速技术进步发展粉末冶金工业

Deepening Reform , Speed up Technology Progress , Developing Powder Metallurgy Industry

世界粉末冶金工业一瞥

Brief Survey of Powder Metallurgy Industry in the World

四川省粉末冶金工业的发展历史与现状

Developing history and present status of p / m industry in Sichuan Province

高科技成果产业化是粉末冶金工业发展的必由之路

Industrialization of high technology achievement the only way to develop powder metallurgy industry

日本粉末冶金工业技术考察报告

The Study Report on Japan 's PM Industry Technology

粉末冶金工业的成就及其发展

The achievement and development of powder metallurgical industry

高速发展的粉末冶金工业

Powder Metallurgy Industry Growing at High Speed

简介了国外与国内的粉末冶金工业发展现状；

The status in powder metallurgy industry development at home and abroad is introduced briefly .

韩国粉末冶金工业

Powder metallurgical industry in Korea

概述了可控气氛在热处理、粉末冶金工业的应用，并重点介绍了近年来新开发的膜制氮工艺。

The article resumed applications of controllable atmosphere in heat treatment and powder metallurgy industry and laid stress on the newly developed nitrogen gas generating process by membrane .

简要介绍了1955年以来近40年间四川省粉末冶金工业与科学研究发展的历史与现状。

The poper has introduced the developing history and present status of P / M industry and science study in Sichuan province during recent 40 years since 1955 .

我国的粉末冶金工业已经取得了很大进展，但与世界先进国家的水平相比还存在很大的差距。

In China , PM industry has acquired a lot of achievements , but still has a long way to go compared with the advanced countries in the world .

介绍了粉末冶金工业在金属粉末生产、金属粉末的固结及粉末冶金制品的应用等方面取得的成就及其发展。

This paper presents an overview of the achievement gained about metal powder production , the concretion of metal powder and the application of powder metallurgical products in powder metallurgical industry .

有助于有关科技人员进一步了解粉末冶金工业的现状和潜力，以扩大其在现代科技生产中的应用。

It helps the scientists and technicians to know more about the situation and potential of powder metallurgical industry in order to extend its application in modern production of science and technology .

简要介绍了纳米金属粉的奇异特性，概述了对纳米金属粉进行分散的方法，分析了纳米金属粉在粉末冶金工业中应用的可行性与应用前景。

In this paper , the bizarre features of metal nano-particles are briefly described , the dispersing techniques for nano-particles introduced , and the potential applications of metal nano-materials in power metallurgy analyzed .

评述了当前我国粉末冶金工业的发展现状，阐述了节材主要方向和重点节材技术，并提出了今后开发粉末冶金新工艺、新材料的建议。

As regards our domestic P / M industry , the present situation of development , main direction and stressed techniques for saving materials have been reviewed , and the suggestions on the exploitation of new technology and new materials from now on have also been offered .

蓬勃发展的我国粉末冶金零件工业

PM Part Industry Developing Vigorously in China

世界粉末冶金零件工业动态

The Trend of Global PM Parts Industry

1990年以来全球粉末冶金机械零件工业发展动向

Global development trend in PM machine parts industry in 90 ′ s

八五期间粉末冶金机械零件工业的发展

Development in p / m machine parts industry during the Eighth Five-Year Plan

汽车工业发展是粉末冶金机械零件工业振兴的主要动力。

The development in automobile industry also serves as main impetus to it .

并分析了八五期间我国粉末冶金机械零件工业取得长足发展的因素。

The article analysed the factors to make considerable progress in P / Mmachine parts industry of our country during the Eighth Five-Year Plan .

并对如何抓住契机，振兴我国粉末冶金机械零件工业，提出了几点建议。

Some of suggestions are given for how to grasp opportunity for the thriving of P / M mechanical part industry in our country .

金属粉末行业和专用设备行业的发展为粉末冶金机械零件工业振兴提供了有利条件；

The development in metal powder production and special purpose equipments provide the advantageous conditions for the prosperity of P / M mechanical part industry .

金属粉末注射成型（MIM）因其制品具有高质量、高精度等优点成为近年来粉末冶金工业研究的热点。

Metal Injection Molding ( MIM ) for its products with high quality , high-precision powder metallurgy industry and so become a hot research in recent years .

粉末成形液压机作为粉末冶金件生产线上最关键的设备，其性能决定了粉末压坯的质量，而且制约着粉末冶金工业的发展。

The property of powder forming press is a decisive factor for the quality of compacts as a key equipment of powder parts products line , wherever which restricts the development of powder metallurgy industry .