temperature reduction
英 [ˈtemprətʃə(r) rɪˈdʌkʃn]
美 [ˈtemprətʃər rɪˈdʌkʃn]
网络 温度还原
英英释义
noun
双语例句
- 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。 - 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； - The temperature reduction was shown to be an effective method for the most active C 6 hydroxy mono protection.
研究发现，降低温度是对蔗糖C6位最活泼羟基进行单一选择性保护的有效方法。 - On the basis of the low temperature reduction degradation experiments of the sinter sprayed with CaCl 2 solution, the effective period of the CaCl 2 on the surface of the sinter at raw material yard is studied;
通过对喷洒过CaCl2溶液的烧结矿经浸泡和淋雨后的低温还原粉化试验，一方面研究了落地烧结矿表面氯化钙的有效期问题； - The results show as follows: ( 1) Water body contributes to the temperature reduction and humidity increase in its surrounding area.
归纳起来主要研究结果有下列几方面：（1）北京城市水体的小气候观测试验表明：水体对周边区域的降温、增湿有一定的贡献。 - The problems existed and results achieved during the trial-production were summarized. Some aspects such as temperature reduction, splashing, air-oxygen ratio and treatment efficiency in the course of operation have been initially studied.
总结了试生产中存在的问题和取得的结果，对工艺操作中的温降、喷溅、气氧比和处理效率等问题作了初步探讨。 - The results showed that the temperature reduction coating had high emissivity, high reflectivity and make the temperature dropped 4~ 8 degree; the phase change coating had both function of good temperature self-adaptive and better thermal camouflage and IR fusion effect with the background.
结果表明，降温涂层具有高发射率、高反射率和4~8℃的降温效果；相变涂层具有优良的温度自适应功能，并在短时间内可实现对热源的伪装效果及与背景的融合性。 - 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 - The constant volumetric delivery and melt temperature reduction bring a significant improvement in the quality of the end product.
稳定的体积流量和降低熔体温度对于改善最终产品的质量有重要意义。 - 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。