The critical cooling rate for the glass formation in the tube was determined.
确定了在落管中形成玻璃的临界冷却速率。
A concept of critical cooling rate given in this paper for carburizing and post heat treatment of steel.
在解决该问题的过程中，提出了一个临界冷却速度的概念，对钢的渗碳及其后热处理有重要的指导意。
The maximum thickness of amorphous alloy ribbons can also be determined by this formula and the critical cooling rate.
由这个公式和临界冷却速度还能决定出非晶态合金丝带的最大厚度。
Abstract The critical cooling rate of steel is very important in heavy plate quenching process, and it is the basis of the cooling process.
在中厚板淬火工艺中，钢的临界冷速是非常重要的参数，是制定冷却工艺的基础。
That gradient further affects the feed rate by cooling the barrel in the location where it's critical to develop solids feeding, solids-bed compaction, and heat to initiate melting.
通过在某个地方冷却筒体，而这个地方是建立固体喂料、固体床，进而开始熔融的地方，这个梯度就这样进一步影响喂料速率。
The operation consists of reheating quench-hardened steel to some temperature below the critical range followed by any rate of cooling.
回火作业包括将淬硬钢重新加热到低于临界范围的某一温度然后以任意速率冷却。
The quenching operation is the most critical part of the heat treatment since too slow a rate of cooling might give rise to either soft spots or quenching cracks.
自太慢地冷却的比率也可能引起软的地点或淬熄裂缝之后，淬熄操作是热处理的最紧要关头的部份。
TEMPER : Process of re-heating hardened steel to a temperature below critical temperature followed by a desired rate of cooling;
回火：将已经淬硬的钢材再加热到低于临界点以下的某一温度，保温一定时间然后根据要求冷却到一定温度的工艺；
TEMPER : Process of re-heating hardened steel to a temperature below critical temperature followed by a desired rate of cooling;
回火：将已经淬硬的钢材再加热到低于临界点以下的某一温度，保温一定时间然后根据要求冷却到一定温度的工艺；
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