滴水式填料与高压微雾直接蒸发冷却换热及影响因素分析
적수식전료여고압미무직접증발냉각환열급영향인소분석
Analysis of Heat Transfer and Effect Factor about Filler-Dripping and High-pressure Micro Fog Direct Evaporative Cooling
  • 万方数据
    洁净与空调技术 길정여공조기술
    CONTAMINATION CONTROL & AIR-CONDITIONING TECHNOLOGY
    2011年 3期 51-53 ,共3页

    李成成%黄翔%汪超%吴生%屈元%霍海红%沈柏青%刘晓峰%陈本林%康健

    리성성%황상%왕초%오생%굴원%곽해홍%침백청%류효봉%진본림%강건

    滴水式填料%高压微雾%直接蒸发冷却器%传热%传质%影响因素 滴水式填料%高壓微霧%直接蒸髮冷卻器%傳熱%傳質%影響因素
    적수식전료%고압미무%직접증발냉각기%전열%전질%영향인소
    Filler-dripping%High-pressure micro fog%Dirdect evaporative cooler%heat%Mass%Effect factor
    针对目前不断完善的直接蒸发冷却技术,通过对直接蒸发冷却与水接触方式的基本原理及热、质交换,分析空气与水的接触面积、空气与水接触时间、空气的质量流量、空气的均匀度、空气的水气比、阻力等因素对直接蒸发冷却效率的影响。
    침대목전불단완선적직접증발냉각기술,통과대직접증발냉각여수접촉방식적기본원리급열、질교환,분석공기여수적접촉면적、공기여수접촉시간、공기적질량류량、공기적균균도、공기적수기비、조력등인소대직접증발냉각효솔적영향。
    At present direct evaporative cooling technology is impoving,through the principle and heat、mass transfer of contact air with water,Analysis contact surface of air and water,contact time of air and water,air quality,air flow evenness,the ratio of water and air,resistance and so on,at the same time it point that they effect direct evaporative efficiency.
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