uniform wall temperature meaning in English
均匀壁温
Examples
- Evaporative cooling can keep a low and uniform wall temperature . it can reduce the volume , the weight of the electrical equipments . meanwhile , it is safe and reliable even in short - time emergency overloads , so this cooling method really shows great promise on the application of large electrical equipment
采用此种冷却方式的大型变压器等电气设备换热效率高、能耗少；发热表面温度均匀；结构紧凑、制造所需材料减少、制造成本下降；寿命延长；重量减轻、体积减小；安全可靠。 - The influence of difference in temperature , reynolds number of film and prandtl number to the heat transfer performance on the evaporation side was discussed via the uniform wall temperature experiments . by analyzing above influence factors , the character of umbrella - plate evaporator which is fit for evaporation under little difference in temperature and fit for evaporating heat sensitivity materiel could be obtained
通过恒壁温实验探讨了传热温差、液膜雷诺数、普朗特数这些主要因素对伞板式降膜蒸发器传热性能的影响，通过对以上影响因素的分析，得出了此种结构的蒸发器特别适用于小温差情况下的蒸发，而且特别适用于热敏性物料的蒸发等特性。 - The influence of difference in temperature , reynolds number of film , vacuum degree and spring parameter to the heat transfer capability on the evaporation side was studied through the uniform wall temperature experiment , by the result , the heat transfer coefficient on the evaporation side can be improved by inserting spring with proper parameter . when the reynolds number was between 4000 and 14000 , and the heat transfer coefficient can be improved nearly 30 percents by inserting the fifth spring when the reynolds number nearly was 12000
采用8种参数的螺旋线，通过恒壁温实验探讨了传热温差、雷诺数、真空度和螺旋线参数对蒸发侧传热性能的影响，结果表明，插入参数合适的螺旋线，在雷诺数为4000 14000范围内可以提高蒸发侧传热系数，在雷诺数为12000左右时，加入5号螺旋线可以使蒸发侧传热性能提高30左右。