中热基本解释

汉语拼音:zhōng rè

1.内热。

2.犹热中。

3.内心激动。

中热详细解释

  1. 内热。

    《史记·扁鹊仓公列传》:“中热,故溺赤也。” 元 郝经 《野菊》诗:“我欲摘以杯,饮之濯中热。”

  2. 犹热中。

    明 唐顺之 《都察院都事秦君墓表》:“君乃鋭然自割于强盛之年,非孝爱纯至,一不中热於世味有所不能,是无难耳。”

  3. 内心激动。

    清 蒲松龄 《聊斋志异·素秋》:“今见大哥不能自发舒,不觉中热,十九岁老童,当效驹驰也。”

中热双语翻译,中热在线翻译例句

    • Convection is the principal agent of heat transfer in the atmosphere and oceans.

      对流是大气和海洋中热传输的主要方式.

    • In the environment of outdoor, the hot environment is the most important.

      在室外环境中, 热环境是其中最为重要的一部分.

    • A schedule of these can be found at the various information centers.

      你可以在公园中热任何一处信息中心找到关于公园的一览表.

    • In succession, the paper calculated and analyzed size effect of heat sink in the low - temperature measurement.

      接着论文主要计算分析了低温测量中热沉的尺寸效应.

    • The mechanism and causes of micro - view that produces thermal resistance are analysed in this paper.

      分析了纺织品中热阻产生的机制和原因.

    • A simulated disk drive whose data is actually stored in RAM. Preserved over warm resets.

      模拟出来的硬盘驱动器,其数据实际存储在RAM中,热启动情况下数据得以保留.

    • Thermal strain can be a troublesome source of micron level errors in precision manufacturing.

      在精密制造中,热应力可能造成微米级误差.

    • In this article , lead - zinc tailing was used as raw material to prepare middle heat clinker.

      采用铅锌尾矿为原料来烧制中热硅酸盐水泥熟料.

    • The method of preparation of metal magnetic fluid by decomposing carbonyl iron is discussed.

      论述了利用羰基铁蒸气在载液中热分解制备金属磁性液体的方法.

    • As a mould heating parts , hot plate is an indispensable part of rubble injecting mould machine.

      加热系统中热板温度场的均匀性是衡量橡胶注射机使用性能的主要技术指标.

    • The pyrolysis characteristic of the precursor was investigated at different temperatures in N 2 and air atmosphere.

      将制备的先驱体在不同温度、不同气氛中热解,研究了先驱体的热解特性.

    • The content of thermalelastic martensite in the sample increases as the quenching temperature.

      试样中热弹性马氏体含量随着淬火温度的升高而增多.

    • Several typical problems of heat seepage mechanical coupling of porous media in asymmetric are analyzed.

      分析了在非对称热渗流域多孔介质中热渗流—力学耦合的几个典型问题.

    • Thermochemical method has been proved as the most convenient and economic method in all liquefaction methods.

      在所有的木质纤维原料液化手段中,热化学液化是最容易实现、同时又最经济的方法.

    • An equivalent slabs approach was developed to accurately and quickly compute thermal bridges in building structures.

      为了快速准确地计算建筑围护中热桥传热,提出了等效平板法.