| 1. | Trapezoid corrugated plate seperater
梯形波形板分离器顶帽 |
| 2. | Corrugated plate intercepter
波纹板拦截器 |
| 3. | A study on the separation process of light hydrocarbon - water with corrugated plate packages
波纹板填料轻烃脱水过程的研究 |
| 4. | Eigenvalue buckling analysis of channel corrugated plate assemblies under axial compression
波纹槽型截面板组轴心受压下的特征值屈曲分析 |
| 5. | An investigation of evaporation heat transfer for a laminar falling film along a vertical corrugated plate surface
波纹竖板层流降膜蒸发传热的分析 |
| 6. | Experimental study of equivalent bending rigidities of small corrugated plates of metal corrugated arch roof
拱型波纹钢屋盖小波纹板等效弯曲刚度试验研究 |
| 7. | Railway freight car ' s atmospheric corrosion resisting cold formed steel sections part 5 : corrugated plate of covered wagon
铁道货车耐大气腐蚀冷弯型钢.第5部分:棚车波纹门板 |
| 8. | In order to digest and absorb import equipment and technique , combined national condition and reduced engineer investment , the packing in dehumidifier is used pvc screw thread oblique corrugated plate of 5 - 6mm thickness made in china
为结合国情降低工程投资，在对从国外引进的进口设备和技术进行消化吸收的基础上，除湿塔中采用自制的厚5 - 6mm的pvc螺纹斜波纹板填料。 |
| 9. | When the fire breaks out , fire source may spread to the storage tank through the inlet , when the flame passes the small pore of the flame - resistant core layer in the respiration valve , due to the wall effect , the corrugating plate absorbs a great deal of heat , so as to increase heat loss at once , so that the flame is extinguished
当发生火警时，火源有可能通过进入口向储罐内漫延，当火焰通过呼吸阀内阻火芯层的狭小孔隙时，由于器壁效应，波纹板吸收大量热源，使热损失突然增大，从而使火焰熄灭。 |
| 10. | In this research , through the test in geometric parameter and resistance performance , and comparison between random and other stacked packing , pvc screw thread oblique corrugated plate have more advantage . combined with test and theoretic calculate , determined the heat and mass transfer coefficient , obtained the influence relationship between inlet air flow rate , temperature and humidity , inlet liquid desiccate flow rate , temperature and concentration with outlet air humidity in dehumidifier , provided consideration for equipment design and production
通过对除湿塔的现场测试并结合理论计算，确定其热质交换系数，并分析得出采用pvc螺纹斜波纹板填料的一定结构的除湿塔，处理空气的风量、入口温度和含湿量及除湿溶液流量、入口温度和浓度对空气出口含湿量的影响关系，为除湿设备的设计和指导生产运行提供参考。 |
