球团生产中配加有机改性膨润土，明显改善了生球的强度和提高了生球爆裂温度。
By adding organic activated bentonite in palletizing production, the strength and shock temperature of green balls were improved obviously.
研究了润磨预处理对生球强度、生球爆裂温度、预热球强度和成品球质量的影响。
The effects of wet-grinding on the quality of wet pellet, preheated pellet and fired pellets were studied in this paper.
研究表明：随着粒度组成的细粒级部分的增多，生球落下强度呈上升趋势，生球爆裂温度呈下降趋势。
It has been shown that: as fine particle is increased in the raw material, drop number of green ball is increased and shock temperature is decreased.
结果表明，钠基膨润土能使生球落下强度、抗压强度显著提高；而钙基膨润土在改善球团爆裂温度方面优于钠基膨润土。
The results show that sodium bentonite can greatly improve the drop strength and compressive strength of green pellets, while calcium bentonite could enhance shock temperature of green pellets.
通过内配碳球团的热风穿流干燥实验，研究了不同热风温度、流速、球团初始湿含量以及生球尺寸对干燥过程的影响规律，并对球团的爆裂温度进行测定。
The influence of different parameters on drying process is studied in hot air cross-flow experiment, which includes air temperature, air speed, initial moisture content and size of raw pellets.
通过以水代釉模仿工艺实验，初步证实了造成坯釉爆裂的直接原因是由于坯体施釉后，表层残留水分过多，进窑后遇到高的窑道预热温度，水分汽化速度过快；
The reason of bursting phenomena is that residual water in body skins after application of glaze is far too enough and the evoporization speed is far too fast in high initial heating.
水冷壁结构分析结果显示，爆裂处的水冷壁鳍片宽度比其他位置的鳍片约大2倍，使该处的水冷壁管壁温度高于其他位置的水冷壁管。
Structure analyzing shows fin breadth is wider 2 times than that of other parts which makes water wall temperature higher than that of other position.
混凝土的湿度大、火灾温度高且持续时间长是发生多层爆裂损伤的重要条件。
The multi-layer explosive spalling damages depend strongly on the high humidity of the lining concrete, the high temperature and.
混凝土的湿度大、火灾温度高且持续时间长是发生多层爆裂损伤的重要条件。
The multi-layer explosive spalling damages depend strongly on the high humidity of the lining concrete, the high temperature and.
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