能源工程
能源工程
능원공정
ENERGY ENGINEERING
2014年
4期
1-9
,共9页
吴雨越%曾轶%肖玉麒%范利武%洪荣华%俞自涛%胡亚才%岑可法
吳雨越%曾軼%肖玉麒%範利武%洪榮華%俞自濤%鬍亞纔%岑可法
오우월%증질%초옥기%범리무%홍영화%유자도%호아재%잠가법
纳米复合相变材料%固液相变%熔化%凝固
納米複閤相變材料%固液相變%鎔化%凝固
납미복합상변재료%고액상변%용화%응고
nanocomposite phase change materials%solid-liquid phase change%melting%solidification
对纳米复合相变材料固液相变储能过程的若干最新研究进行了回顾，从相变储能系统的动态性能和典型的凝固、熔化传热过程两方面总结了相关研究的进展，并重点评述了数值模拟研究中纳米复合相变材料有效热物性预测方法的适用性及其与实验结果之间的偏差，最后对纳米复合相变材料固液相变储能过程的未来发展和重点研究方向进行了展望。
對納米複閤相變材料固液相變儲能過程的若榦最新研究進行瞭迴顧，從相變儲能繫統的動態性能和典型的凝固、鎔化傳熱過程兩方麵總結瞭相關研究的進展，併重點評述瞭數值模擬研究中納米複閤相變材料有效熱物性預測方法的適用性及其與實驗結果之間的偏差，最後對納米複閤相變材料固液相變儲能過程的未來髮展和重點研究方嚮進行瞭展望。
대납미복합상변재료고액상변저능과정적약간최신연구진행료회고，종상변저능계통적동태성능화전형적응고、용화전열과정량방면총결료상관연구적진전，병중점평술료수치모의연구중납미복합상변재료유효열물성예측방법적괄용성급기여실험결과지간적편차，최후대납미복합상변재료고액상변저능과정적미래발전화중점연구방향진행료전망。
The recent studies of solid-liquid phase change energy storage processes were reviewed , and the relevant ad-vances from both dynamics performance of phase change energy storage systems and typical heat transfer processes in -volving solidification /melting were summarized, with an emphasis on the experimental verification of the schemes for predicting the effective thermophysical properties of nanocomposite phase change materials that are used in the numeri -cal simulations.Finally, the future development and important research areas of solid -liquid phase change energy stor-age processes of nanocomposite phase change materials were highlighted .
