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Development and Testing of a Methodology for Assessing of the Correlation Velocity Measurements’ Accuracy for the Hydrodynamic Investigations of the Turbulent Coolant Flow in Nuclear Reactor Elements

机译：用于评估相关速度测量对核反应器元素湍流冷却剂流动流体动力调查的相关速度测量精度的方法的开发和测试

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I. A. Konovalov; A. A. Chesnokov; A. A. Barinov; S. M. Dmitriev; A. E. Khrobostov; M. A. Legchanov; S. S. Borodin; M. A. Makarov;
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1. Development of a methodological approach for the computational investigation of the coolant flow in the process of the sodium cooled reactor cooldown [J] . Denis V.Didenko, Dmitry Ye.Baluyev, Oleg L.Nikanorov, Nuclear Energy and Technology . 2021,第1期

机译：钠冷却反应器冷却钠过程中冷却剂流动计算方法的制定方法
2. Study on the measurement accuracy of coolant flowrate in a nuclear fuel test rig [J] . Hong Jintae, Kim Jong-Bum, Joung Chang-Young, International Journal of Precision Engineering and Manufacturing . 2016,第10期

机译：核燃料试验台冷却液流量测量精度的研究
3. A novel laser doppler array sensor for measurements of micro-scale velocity correlations in turbulent flows [J] . Mathias Neumann, Katsuaki Shirai, Lars Buttner, Flow Measurement and Instrumentation . 2012,第Null期

机译：新型激光多普勒阵列传感器，用于测量湍流中的微尺度速度相关性
4. Impact of Flow Velocity Profile on Nuclear Plant Feedwater Flow Measurement Accuracy; Results of Recent Laboratory Testing [C] . Ernest Hauser, Herb Estrada, Jennifer Regan Annual POWID Conference . 2002

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5. Development of holographic particle image velocimetry and its application in three-dimensional velocity measurement and modeling of high Reynolds number turbulent flows. [D] . Tao, Bo. 2001

机译：全息粒子图像测速技术的发展及其在三维速度测量和高雷诺数湍流建模中的应用。
6. Development of an automatedchemistry control system forsecondary coolant circuits inCANDU nuclear power reactors [O] . J. R. Dean, R. B. Stewart 1979

机译：开发自动化化学控制系统二次冷却液回路坎杜核电反应堆
7. Figure 6 from: Didenko DV, Baluyev DYe, Nikanorov OL, Rogozhkin SA, Shepelev SF, Aksenov AA, Zhestkov MN, Shchelyaev AYe (2021) Development of a methodological approach for the computational investigation of the coolant flow in the process of the sodium cooled reactor cooldown. Nuclear Energy and Technology 7(1): 61-66. https://doi.org/10.3897/nucet.7.65442 [O] . Denis V. Didenko, Dmitry Ye. Baluyev, Oleg L. Nikanorov, 2021

机译：图6来自：Didenko DV，Baluyev Dye，Nikanorov OL，Rogozhkin SA，Shepelev SF，Aksenov AA，Zhestkov Mn，Shchelyaev Aye（2021）开发了一种方法论方法，用于钠冷却过程中的冷却剂流动的计算研究方法。反应堆冷却。核能和技术7（1）：61-66。 https://doi.org/10.3897/nucet.7.65442
8. Novel Optical Technique Developed and Tested for Measuring Two-Point Velocity Correlations in Turbulent Flows [R] . Zimmerli, Gregory A., Goldburg, Walter I. 2002

机译：新型光学技术的开发和测试，用于测量湍流中的两点速度相关性

Development and Testing of a Methodology for Assessing of the Correlation Velocity Measurements’ Accuracy for the Hydrodynamic Investigations of the Turbulent Coolant Flow in Nuclear Reactor Elements

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