• 临界温度钢材加热使得内部结构产生氏体时的温度。通常大部分钢材临界温度华氏1350到1500度之间

    CRITICAL Temperature: Temperature at which, upon heating, a steel transforms into the structure called Austenite. For most steels this occurs between 1350 degrees F. and 1500 degrees f.

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  • 淬火这个工艺材料加热临界温度范围之上然后迅速冷却临界温度范围以下,使钢材明显变

    Hardening. This is the process of heating to a temperature above the critical range, and cooling rapidly enough through the critical range to appreciably harden the steel.

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  • 临界或者临界温度达到合适性能

    The critical point, or critical temperature, is the point at which the steel has the most desirable characteristics.

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  • 指出了气体临界温度以上吸附临界温度以下吸附的不同之处;

    The difference in character between the gas adsorptions below and above the critical temperature is described.

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  • 临界压力临界温度一起用来确定流体存在状态(液体气体),用来计算压缩因子

    Critical pressure is used along with critical temperature to determine the state in which a fluid exists (liquid or gas) and to calculate compressibility factors.

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  • 采用方法得到样品临界温度高达38.8K,与常规方法得到的样品的临界温度相近

    The critical temperature of the sample by this method is as high as 38.8 K, similar to those prepared by the conventional ways.

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  • 使气体临界温度液化需要最小压力就是气体的临界压力。

    The minimum pressure required to liquefy a gas at its critical temperature is its critical pressure.

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  • 临界温度附近吸附机理低压下为单分子高压下转变为多分子层; 远离临界温度时吸附机理仅单分子层。

    Near the critical temperature, mono-layer wasoccurred at low pressure , and followed by multi-layer adsorption as the pressure increased.

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  • 提出了第一临界温度第二临界温度概念

    The concepts of first and second TC were given.

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  • 预测脂肪醛酮沸点临界温度临界体积提供了有效办法

    Therefore, an effective method to forecast heat capacity, boiling point, critical temperature and critical volume of aliphatic aldehydes and alkones is provided.

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  • 测定了1-己临界温度临界压力,测定了1-溴丙烷界面消失温度和压力。

    The critical temperature and critical pressure of 1-hexene, the meniscus-disappearing temperature and meniscus-disappearing pressure of 1-bromopropane were measured with an open tube method.

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  • 测定了1-己临界温度临界压力,测定了1-溴丙烷界面消失温度和压力。

    The critical temperature and critical pressure of 1-hexene, the meniscus-disappearing temperature and meniscus-disappearing pressure of 1-bromopropane were measured with an open tube method.

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