这个发现与基于间隔条材料与浮法玻璃之间热膨胀系数差异而预期的性能一致。
This finding is in keeping with the expected performance based on the difference in thermal expansion coefficients between spacer material and float glass.
将层面间隔时间控制在直接铺筑允许间隔时间内将有利于层面效应系数的提高。
The effect factor can be raised up by spreading and placing the RCC directly over the existing layers under the allowed or specified time intervals.
通过建立尖轨、滑床板模型，分析了不同滑床板摩擦系数对尖轨扳动力以及基本轨与尖轨最小间隔的影响，并进行了针对性的试验。
The influences of friction coefficient of the switch slide baseplate on the actuating force, and the minimum distance between the rail and the switch rail have been analyzed.
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