In addition, the presence of amorphous K-rich phase would increase the的简体中文翻译

In addition, the presence of amorph

In addition, the presence of amorphous K-rich phase would increase the surface energy of the particles, and be able to enhance the surface diffusion, therefore lower down the sintering temperature. The influence of the sintering temperature on the sintered density is shown in Fig.4. It can be easily observed that the relative densities of CSAS produced ceramics are much higher than those of CS produced ceramics within all the sintering temperature range. It can reach to 92% R.D. at 1055°C, while only 85% relative density can be achieved for the CS samples. The sintering density experienced a rising trend until the temperature exceeded 1130°C. The drastic volatilization might be the reason for the reduction when the sintering temperature reached to 1145°C[32]. As a result, high relative density over 94% can be achieved for the CSAS samples in a very wide sintering range from 1070°C to 1145°C, while 1130°C is the only sintering temperature point for conventional sintering to obtain the similar value of density. It can conclude that the cold sintering process can effectively lower down the sintering temperature of KNN ceramics and extend the range of feasible sintering temperature.
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In addition, the presence of amorphous K-rich phase would increase the surface energy of the particles, and be able to enhance the surface diffusion, therefore lower down the sintering temperature. The influence of the sintering temperature on the sintered density is shown in Fig.4. It can be easily observed that the relative densities of CSAS produced ceramics are much higher than those of CS produced ceramics within all the sintering temperature range. It can reach to 92% R.D. at 1055°C, while only 85% relative density can be achieved for the CS samples. The sintering density experienced a rising trend until the temperature exceeded 1130°C. The drastic volatilization might be the reason for the reduction when the sintering temperature reached to 1145°C[32]. As a result, high relative density over 94% can be achieved for the CSAS samples in a very wide sintering range from 1070°C to 1145°C, while 1130°C is the only sintering temperature point for conventional sintering to obtain the similar value of density. It can conclude that the cold sintering process can effectively lower down the sintering temperature of KNN ceramics and extend the range of feasible sintering temperature.
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In addition, the presence of amorphous K-rich phase would increase the surface energy of the particles, and be able to enhance the surface diffusion, therefore lower down the sintering temperature. The influence of the sintering temperature on the sintered density is shown in Fig.4. It can be easily observed that the relative densities of CSAS produced ceramics are much higher than those of CS produced ceramics within all the sintering temperature range. It can reach to 92% R.D. at 1055°C, while only 85% relative density can be achieved for the CS samples. The sintering density experienced a rising trend until the temperature exceeded 1130°C. The drastic volatilization might be the reason for the reduction when the sintering temperature reached to 1145°C[32]. As a result, high relative density over 94% can be achieved for the CSAS samples in a very wide sintering range from 1070°C to 1145°C, while 1130°C is the only sintering temperature point for conventional sintering to obtain the similar value of density. It can conclude that the cold sintering process can effectively lower down the sintering temperature of KNN ceramics and extend the range of feasible sintering temperature.
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此外，非晶态富K相的存在会增加颗粒的表面能，并能增强表面扩散，从而降低烧结温度。烧结温度对烧结密度的影响如图4所示。在整个烧结温度范围内，CSAS陶瓷的相对密度明显高于CS陶瓷。1055℃时，其相对密度可达92%，而CS样品的相对密度仅为85%。烧结温度超过1130℃时，烧结密度呈上升趋势。当烧结温度达到1145℃时，剧烈挥发可能是导致烧结密度下降的原因[32]。结果表明，CSAS样品在1070～1145℃的宽烧结温度范围内可获得94%以上的高相对密度，而1130℃是常规烧结获得相似密度值的唯一烧结温度点。结果表明，采用冷烧结工艺可以有效地降低KNN陶瓷的烧结温度，扩大可行的烧结温度范围。
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