华南地震
華南地震
화남지진
SOUTH CHINA JOURNAL OF SEISMOLOGY
2014年
z1期
26-30
,共5页
LiCl%太阳能%溶液再生%集热型再生器%翅化吸热板
LiCl%太暘能%溶液再生%集熱型再生器%翅化吸熱闆
LiCl%태양능%용액재생%집열형재생기%시화흡열판
Chloride solution%Solar energy%Solution regeneration%Collecter-regenerator%Fin-forming absorber plate
设计了一种采用翅化表面吸热板的太阳能溶液集热型再生器，建立了稳态传热传质过程的数学模型，对采用LiCl溶液的再生过程进行了计算和分析，并与平板式太阳能再生器进行了对比。分析结果表明：在相同工况和再生器结构其它结构参数不变的情况下，翅化板式再生器的溶液再生量总是大于平板式再生器，再生量的差值驻W 为135 g/h左右，翅化板式再生器的再生量比平板式再生器大15%～25%。
設計瞭一種採用翅化錶麵吸熱闆的太暘能溶液集熱型再生器，建立瞭穩態傳熱傳質過程的數學模型，對採用LiCl溶液的再生過程進行瞭計算和分析，併與平闆式太暘能再生器進行瞭對比。分析結果錶明：在相同工況和再生器結構其它結構參數不變的情況下，翅化闆式再生器的溶液再生量總是大于平闆式再生器，再生量的差值駐W 為135 g/h左右，翅化闆式再生器的再生量比平闆式再生器大15%～25%。
설계료일충채용시화표면흡열판적태양능용액집열형재생기，건립료은태전열전질과정적수학모형，대채용LiCl용액적재생과정진행료계산화분석，병여평판식태양능재생기진행료대비。분석결과표명：재상동공황화재생기결구기타결구삼수불변적정황하，시화판식재생기적용액재생량총시대우평판식재생기，재생량적차치주W 위135 g/h좌우，시화판식재생기적재생량비평판식재생기대15%～25%。
The paper Designed a kind of collector/regenerator which adopts a fin-forming absorber plate, and developed a stable heat and mass transfer mathematical model meanuhile, calculated and analyzed the performance of the device by using lithium chloride as the desiccant; finally, the paper compared with the flat plate collector/regenerator. The results show that under the same operating conditions and regenerator other parameters, the amount of regenerating liquid in the fin-forming regenerator is always higher than in the flat plate regenerator, the difference of regeneration △W change around 135g/h nearly, the amount of regenerating liquid is improved by 15%to 25%.
