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Effect of Liquid Viscosity and Flow Orientation on Initial Waves in Annular Gas–Liquid Flow

机译：液体粘度和流动取向对环形气液流动初始波的影响

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Sergey V. Isaenkov; Ivan S. Vozhakov; Mikhail V. Cherdantsev; Dmitry G. Arkhipov; Andrey V. Cherdantsev;
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年度 2020
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1. Effects of Liquid Viscosity on Inception of Disturbance Waves and Droplets in Gas-Liquid Annular Two-Phase Flow [J] . Koji Mori, Haruyuki Yoshida, Kuniaki Nakano, Heat transfer . 2007,第8期

机译：液体粘度对气液环形两相流扰动波和液滴接收的影响
2. Comparison of disturbance wave parameters with flow orientation in vertical annular gas-liquid flows in a small pipe [J] . Vasques Joao, Cherdantsev Andrey, Cherdantsev Mikhail, Experimental Thermal and Fluid Science: International Journal of Experimental Heat Transfer, Thermodynamics, and Fluid Mechanics . 2018,第期

机译：小管中垂直环状气液流动方向流动波浪参数的比较
3. Research on the effects of liquid viscosity on droplet size in vertical gas?liquid annular flows [J] . Wang Zhiyuan, Liu Hui, Zhang Zhennan, Chemical Engineering Science . 2020,第1期

机译：液体粘度对垂直气体液滴尺寸的影响研究液体环形流动
4. Effects of liquid viscosity on liquid film flow in gas-liquid two-phase annular flow [C] . Koji Mori, Akio Nakata International conference on experimental mechanics . 2010

机译：气液两相环流中液体粘度对液膜流动的影响
5. Experimental and modeling studies of wavy films in annular gas-liquid flows under normal and microgravity conditions. [D] . Nguyen, Luan Thanh. 1999

机译：在正常和微重力条件下，环形气液流动中的波纹膜的实验和模型研究。
6. Investigations of Liquid Steel Viscosity and Its Impact as the Initial Parameter on Modeling of the Steel Flow through the Tundish [O] . Marta Ślęzak, Marek Warzecha 2020

机译：液体钢粘度的研究及其作为钢流过中间钢流量建模的初始参数的影响
7. Effects of Liquid Viscosity on Characteristics of Waves in Gas-Liquid Two-Phase Flow. (Characteristics of Huge Waves and Disturbance Waves). [O] . Koji MORI, Yoshiyuki KONDO, Masuo KAJI, 1999

机译：液体粘度对气液两相流波浪特性的影响。（巨大的波浪和扰动波的特征）。
8. Calculation of Separated Flows of Low-Viscosity Liquids Using the Batchelor Model [R] . Chernyshenko, S. I. 1985

机译：用Batchelor模型计算低粘度液体的分离流量

Effect of Liquid Viscosity and Flow Orientation on Initial Waves in Annular Gas–Liquid Flow

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