1) pseudo wet-bulb temperature
拟湿球温度
2) wet bulb temperature
湿球温度
1.
Calculation and analysis of the deviation between the wet bulb temperature and the adiabatic saturated temperature of wet air;
湿空气湿球温度与其绝热饱和温度之间的偏差计算与分析
2.
the effect of the three parameters: wet bulb temperature,supply water temperature,and relative humidity in standard for small glass fiber reinforced plastic cooling tower on the cooling efficiency of cooling tower.
1-1997玻璃纤维增强塑料冷却塔第1部分:中小型玻璃纤维增强塑料冷却塔标准中湿球温度、进塔水温及相对湿度3个参数对冷却塔冷却效率的影响,试验数据表明,湿球温度、相对湿度及进塔水温对冷却塔的测试结果基本上没有影响;对冷却塔的进水温度的要求还可以适当放宽到31。
3) wet-bulb temperature
湿球温度
1.
According to actual data of wet-bulb temperatures in different areas of our country,the relations of it with the efficiency of cooling tower,the water outlet temperature of cooling tower,the efficiency of cold generator and the cooling load of air condition in summer have been analysed.
从我国各地湿球温度实际出发,分析它和冷却塔效率、出水温度、制冷机效率和夏季空调冷负荷的关系以及相互间的制约。
2.
A series of corresponding curves was drawn according to the results of experiments and then the influences of outdoor dry-bulb temperature and indoor wet-bulb temperature upon the performance of household air-conditioner were analyzed.
通过试验的方法定量研究了环境工况对制冷系统性能的影响,得出了相应的试验曲线,并根据试验结果分析了室内湿球温度及室外干球温度的变化影响空调性能的规律。
3.
The results show that in the same refrigeration system,the indoor wet-bulb temperature and outdoor dry-bulb temperature have a stronger influence than the indoor dry-bulb temperature and outdoor wet-bulb temperature.
结果表明,在制冷系统不变的情况下,室内侧湿球温度和室外侧干球温度的变化对空调器运行性能影响较大,而室内侧干球温度和室外侧湿球温度的影响则稍小。
4) pseudo wet bulb potential temperature
拟湿球势温
5) WBGT
湿黑球温度
1.
It is pointed outthat the fundamental principle of outdoor thermal environment design is safety,the practical indexshould describe the hot level which depends on the environmental physical index,and Wet-BulbeTemperature(WBGT)index is considered as an integrated index for outdoor thermal environment.
指出安全性要求是户外热环境设计或评价的基本原则；提出户外热环境质量热指标应将环境物理变量与个人变量分开而仅描述户外环境炎热程度的观点；推荐湿黑球温度ＷＢＧＴ作为综合热指标，并给出了可直接从普通环境参数预测ＷＢＧＴ的关联式。
6) low wet bulb temperature
低湿球温度
补充资料：拟湿球温度
分子式：
CAS号：
性质：在非吸附性多孔物料减速干燥阶段的蒸发面后退模型里，随着干燥区向物料内部扩展，温度渐趋近其边界面即蒸发面温度，此温度即为拟湿球温度。湿球温度与减速干燥阶段的渐近温度是同义词。
CAS号：
性质：在非吸附性多孔物料减速干燥阶段的蒸发面后退模型里，随着干燥区向物料内部扩展，温度渐趋近其边界面即蒸发面温度，此温度即为拟湿球温度。湿球温度与减速干燥阶段的渐近温度是同义词。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条