化学工程2011，Vol.39Issue(10)：56-58,3.
加压下液体物质导热系数的关联和预测
Correlation and prediction of thermal conductivity of liquid under pressure
石玉冰 1李清霞 1王双成2
作者信息
- 1. 濮阳职业技术学院石油化工与环境工程系,河南濮阳457000
- 2. 河南广播电视大学理工教学部,河南郑州450008
- 折叠
摘要
Abstract
Based on Missenard method that estimates liquid thermal conductivity under pressurization condition by look-up table, and using liquid thermal conductivity data in literature, a new calculation model for liquid thermal conductivity under pressure was obtained. The model was used to calculate the thermal conductivity for 18 liquid systems containing 313 data points under pressure. It shows that the overall average relative deviation between calculation and experiment is 3. 08% ; the calculation is satisfactory with experimental data; the accuracy of calculation is better than that in literature. The model is simple and convenient, and the liquid thermal conductivity under pressure and various temperatures can be immediately predicted merely by the critical temperature, critical pressure and thermal conductivity data at low pressure.关键词
加压下/液体/导热系数/关联/预测Key words
under pressure/liquid/thermal conductivity/correlation/prediction分类
化学化工引用本文复制引用
石玉冰,李清霞,王双成..加压下液体物质导热系数的关联和预测[J].化学工程,2011,39(10):56-58,3.
