结果表明， 随着烧结温度的增加， 镍电极附着力逐渐增大， 方阻逐渐下降；
With the increase of the sintering temperature, the adhesion force of Ni electrodes enhances, and the square resistance decreases.
研制结果表明国内烧结良好的陶瓷介质完全可以制成镍电极陶瓷电容器，投入工业生产。
The result of the development shows that properly sintered ceramic dielectric is good enough to be employed for…
羰基镍粉可形成受控制的高空隙烧结电极。
T255 type carbonyl nickel powder can form controllable high-rate gap baking electrode.
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