temperature reduction
英 [ˈtemprətʃə(r) rɪˈdʌkʃn]
美 [ˈtemprətʃər rɪˈdʌkʃn]
网络 温度还原
英英释义
noun
双语例句
- The result shows that the cooling pipe is of obvious effect in heat conduction and temperature reduction, and can be applied to prevention of concrete cracking at the early stage.
分析结果表明，冷却水管具有明显的导热降温作用，可达到防止混凝土早期开裂的目的。 - This paper expounds the internal connection and regularity among sintering technological conditions, microscopic structures of sinter and degradation during low temperature reduction.
本文阐明了烧结工艺条件、烧结矿微观组织结构与烧结矿低温还原粉化的内在联系和规律。 - Research on the temperature reduction performance of green solar heat reflective coatings
绿色太阳热反射涂料降温性能研究 - Combined with phase change coating and other functional coating, thermal infrared phase changed& temperature reduction composite stealthy coating was prepared, which reduced the difficulty of individual application the phase change materials to thermal infrared stealthy, and the performance of every coatings were tested.
将相变涂料与其他功能涂层结合，制备出热红外相变&降温复合隐身涂层，降低了单独将相变材料应用于热红外隐身的难度，并对各涂层的性能进行了测试。 - Because of high temperature reduction is the traditional synthesis method, and the characteristics of the materials were impacted by synthetic temperature, calcining time, the content of carbon additives, impurities.
因采用的是高温还原传统的合成方法，材料的特性受到合成温度，煅烧时间，碳添加剂的含量，杂质等因素的影响。 - Test on molybdenum powder without low temperature transition and high temperature reduction
无低温过渡高温还原钼粉试验研究 - But RDI ( low temperature reduction degradation ( index)) of imported pellets and lump ores is higher than that of high basicity sinters.
但进口球团矿和进口块矿的低温还原粉化指数高于高碱度烧结矿； - Research of technique in temperature reduction of mine pit is becoming one of the important fields in mine safety study at home and abroad.
矿井降温技术研究愈来愈成为国内外矿山安全研究的一个重要领域。 - This thesis discussed about calculation method of water sprinkling quantity and analyzing method of temperature reduction effects, and suggested control measures for high humidity.
本文探讨了洒水降温作业的洒水量解算方法和降温效果分析方法，并针对湿度过高的问题提出控制措施。 - For the non-isothermal crystallization, the crystallization rate was increased while speeding up the temperature reduction; according to Avrami equation and Ozawa equation, the ratio of Avrami index and Ozawa index was calculated as 1.31-1.49, the activation energy-87.96 kJ/ mol.
在非等温结晶过程中，结晶速率随降温速率的增大而提高，综合利用Avrami方程和Ozawa方程得到Avrami指数与Ozawa指数的比值为1.31～1.49，非等温结晶活化能为-87.96kJ/mol。