| 论文标题 |
Design of a Flow Calorimeter for Hydrocarbon Fuel at Temperatures from (330 to 900) K and Pressures up to 6.0 MPa |
| 作者 |
Zhuqiang Yang, Zhaohui Liu*, Qincheng Bi, Yong Guo, Jianguo Yan, Song Feng, |
| 发表/完成日期 |
2015-05-04 |
| 期刊名称 |
Journal of Chemical Engineering & Data |
| 期卷 |
60 |
| 相关文章 |
Design of a flow calometer.pdf
|
| 论文简介 |
The isobaric specific heat capacity of a kerosene type hydrocarbon fuel was measured online using a flow calorimeter, which was
based on the energy conservation theory. The test temperatures covered from (330 to 900) K and operating pressures changed from (1.96 to 4.93) MPa. The isobaric specific heat capacity data have an expanded relative uncertainty of 2.54 % with a coverage factor of 2. The reliability and accuracy of the flow calorimeter measurement was verified by the water, n-hexane, and binary mixtures of n-heptane + n-octane and methanol + acetone, respectively. Finally, the isobaric specific heat capacities of a type of endothermic hydrocarbon fuel
were measured and Cp−T diagrams were plotted at sub- and supercritical pressure. |
(创新港)
