The influence of cold processing and heat treating (sintering) technology on the microstructure and critical current density of strip materials have been studied.
研究了冷加工工艺及热处理(烧结)工艺对带材微观结构和临界电流密度的影响。
Sintering, cooling high-voltage motors used starting current impact of small, smooth transition of liquid resistance buck starter.
烧结，冷却高压电机采用起动电流冲击小，过渡平稳的液态电阻降压起动。
With prolonged or shortened pulse electrical current sintering time, the density, hardness and bend toughness of the sintered materials decreased.
进一步延长或缩短脉冲电流烧结时间，烧结体的密度、硬度和弯曲强度反而下降。
In this paper, the current technology of ceramic sintering is mainly introduced.
主要介绍了当前较重要的陶瓷烧结新工艺。
Pulse electric current sintering is an advanced technology for materials synthesis and processing with potential application. But the sintering mechanism is in dispute.
脉冲大电流快速烧结技术是材料制备新技术之一，具有很大的发展潜力，但烧结机理一直存在争议。
Pulse electric current sintering is an advanced technology for materials synthesis and processing with potential application. But the sintering mechanism is in dispute.
脉冲大电流快速烧结技术是材料制备新技术之一，具有很大的发展潜力，但烧结机理一直存在争议。
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