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Differences between measured pipe wall surface temperatures and internal fluid temperatures

机译：测得的管壁表面温度和内部流体温度之间的差异

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Gorman J.M.; Sparrow E.M.; Abraham J.P.;
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1. Differences between measured pipe wall surface temperatures and internal fluid temperatures [J] . J.M. Gorman, E.M. Sparrow, J.P. Abraham Case Studies in Thermal Engineering . 2013,第1期

机译：测得的管壁表面温度和内部流体温度之间的差异
2. Computation of the temperatures of a fluid flowing through a pipe from temperature measurements on the pipe's outer surface [J] . G. sauer Kerntechnik . 1999,第5a6期

机译：根据管道外表面的温度测量值计算流过管道的流体的温度
3. Calculation of the wall temperature difference of thick-walled steam generator components from measured steam temperature values [J] . F. Lehne, R. Leithner VGB KraftwerksTechnik . 2000,第1期

机译：根据测得的蒸汽温度值计算厚壁蒸汽发生器部件的壁温差
4. MONITORING PROCEDURE FOR WALL TEMPERATURE FLUCTUATION BY TEMPERATURE MEASUREMENT OF PIPE OUTER SURFACE AT A MIXING TEE [C] . Koji Miyoshi, Masayuki Kamaya International Congress on Advances in Nuclear Power Plants . 2017

机译：混合发球台管外表面温度测量的壁温波动监测程序
5. Improving a Priori Regional Climate Model Estimates of Greenland Ice Sheet Surface Mass Loss Through Assimilation of Measured Ice Surface Temperatures [D] . Navari, Mahdi 2015

机译：通过同化冰面温度的测量来改进格陵兰冰原表面质量损失的先验区域气候模型估计
6. Experimental data of the aqueous NH3 and CO2 absorption at temperatures from 15 °C to 35 °C NH3 concentrations from 5 to 15 and CO2 loadings from 0.2 to 0.6 measured with the Wetted Wall Column [O] . Stefano Lillia, Davide Bonalumi, Philip L. Fosbøl, 2018

机译：在15 WallC至35 C的温度下吸收NH3和CO2的水溶液的实验数据使用湿壁色谱柱测量的NH3浓度为5％至15％CO2负载量为0.2至0.6
7. Flow and Temperature Fluctuation Mechanism in a Downward Branch Pipe with a Closed End : 3rd Report, Wall Temperature Fluctuation at the Bend with a Horizontal Pipe(Fluids Engineering) [O] . Toru OUMAYA, Akira NAKAMURA, Atsushi SAITO, 2009

机译：具有封闭端的向下分支管道中的流量和温度波动机制：第3次报告，弯曲弯管带水平管（流体工程）
8. Effects of interphase temperature differences and wall friction in high-temperature heat pipes [R] . Sockol, P. M. 1971

机译：高温热管中相间温差和壁面摩擦的影响

Differences between measured pipe wall surface temperatures and internal fluid temperatures

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