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1·It has elaborated the advantages of the powder forging technology.

阐述了用粉末锻造工艺代替普通模锻的优点。

2·The powder forging process of synchro—mesh rings for motor vehicles is described in this paper.

阐述了汽车同步器齿环粉末锻造的工艺过程。

3·Toughness of powder forging steel can be increased efficiently by diffusion annealing in longer time.

长时间扩散退火可有效地提高粉末锻造钢的韧性。

4·Select high-quality metallurgical powder forging, opu 18%, lubricity and wearability ideal combination.

精选高品质的粉末冶金锻造，含油率为18%，润滑性与耐磨性理想结合。

5·HTMT significantly improves the ductility and fracture toughness of sintered steel and powder forging steel.

高温形变淬火显著改善烧结钢和粉末锻钢的延性和断裂韧性。

6·It is found that shock toughness of powder forging part can be increased obviously by diffusion annealing for long time.

发现长时间扩散退火可显著提高粉末锻件的冲击韧性。

7·High temperature thermomechanical treatment (HTMT) is a kind of TMT. It has been applied in the production of sintered steel and powder forging steel.

高温形变淬火是形变热处理的一种，它在烧结钢和粉末锻钢的生产中得到了应用。

8·For improved economics and NNS (Near Net Shape) formability, encapsulation-free Powder Extrusion process and coining type Powder Forging process were developed.

为了改进经济性与近终形(NNS)成形性，开发了无包套粉末挤压工艺与精压式粉末锻造工艺。

9·The densification process of metal powder presented here is different from those of powder forging, cold or hot isostatic pressing, and traditional compacting sintering.

本文提出的金属粉末致密化工艺与传统的压实烧结致密； 冷热等静压致密：粉末模锻的致密化工艺不同。

10·This article introduces the technique of powder forging as well as its application, current status, technical process and requirements, application examples and advantages.

本文主要介绍了粉末锻造工艺的方法，应用目的及现状，工艺流程及要求，应用实例及优点。