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1)  pulse electric current sintering(PECS)
脉冲电流烧结(PECS)
2)  pulsed electric current sintering
脉冲电流烧结
1.
Effect of pulse frequency on pulsed electric current sintering process of iron-based powders;
脉冲频率对铁基粉末脉冲电流烧结过程的影响
2.
In order to reduce the sintering temperature of diamond impregnated composite,sintering experiments for nanometer copper powder,nanometer WC-12% Co powder and ordinary 63# matrix material were conducted using pulsed electric current sintering process.
为降低孕镶金刚石复合材料的烧结温度,采用脉冲电流烧结法,对纳米Cu粉末、纳米WC-12%Co粉末及常规的63# 配方胎体进行了烧结实验。
3)  pulse electric current sintering
脉冲电流烧结
1.
The phases in different depth of a sample for pulse electric current sintering AlOOH was investigated by means of XRD analysis.
采用相变方法系统研究了脉冲电流烧结AlOOH样品不同截面处相的状态。
2.
The characteristics and research state of pulse electric current sintering is introduced,an.
脉冲电流烧结 (PulseElectricCurrentSintering ,PECS)技术是近十年发展起来的一种新型特殊的快速烧结技术。
3.
Pulse electric current sintering is an advanced technology for materials synthesis and processing with potential application.
重点研究了脉冲电流烧结非导电材料的机理,认为模具腔体中同时存在脉冲电磁场及二次电磁波的作用,而这些都与脉冲电流在压头前端发生的偏转有关。
4)  sintering by electric impulse discharge
电脉冲放电烧结
5)  electric-discharge compacting (EDC)
脉冲放电烧结
1.
WC-10%Co (mass fraction) cemented carbide with an average grain size of 120nm are fabricated by means of electric-discharge compacting (EDC) the nano-crystalline WC-10%Co powders which were synthesized by spray conversion process (SCP).
以喷雾转化工艺(SCP)制备的纳米WC-10%Co(质量分数)粉为原料,应用脉冲放电烧结方法(EDC)制备出平均晶粒尺寸为120 nm左右的超细晶WC—Co硬质合金,并对样品的微观组织结构与力学性能进行了分析。
6)  pulse sintering
脉冲烧结
1.
In this paper, porous Pd bulk prepared by a new pulse sintering technology is studied.
本文研究了以海绵钯粉为原料通过脉冲烧结制备多孔钯块材的新工艺,用SEM和XRD分析了制备的多孔钯块材的微观结构形貌和相组成,并进一步研究了多孔钯块材的气体载氘行为。
补充资料:恒电流双脉冲法
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性质:对于快速电极过程,单一的电流阶跃法受到双电层充电的限制。为此提出了恒电流双脉冲法。即让两个恒定脉冲电流依次通过电极。第一个电流脉冲的幅值i1很大,但持续时间很短,用以对双电层进行快速充电;然后紧接着加第二个电流脉冲,它的幅值i2较小而持续时间较长。记录电势-时间曲线,。如果调节第一个脉冲的幅度和脉宽,使第二个脉冲开始处,电势-时间曲线的斜率为零,此时双电层既不充电,也不放电。所以i2全部是法拉第电流。用这种方法可以测量溶液电阻、迁越电阻和双电层电容。此法适用于测量较小的迁越电阻或真实面积较大的电极体系。

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