Marangoni Convection and Thermophysical Properties of Molten Silicon

Taketoshi Hibya; Shin Nakamura

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Marangoni Convection and Thermophysical Properties of Molten Silicon

机译：熔融硅的马兰戈尼对流和热物理性质

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Through X-ray imaging with zirconia tracers and temperature oscillation measurements, the Marangoni flow instability was experimentally observed. Non-axisymmetric tem- perature distribution was formed and it pulsated and/or rotated with a frequency of 0.1- 0.3 Hz. This mode of instability depends on the aspect ratio of the column. Transition of the Marangoni flow mode from an oscillatory flow with single frequency to that with multiple frequencies was observed at the Marangoni number of about 1500.

机译：通过氧化锆示踪剂的X射线成像和温度振荡测量，实验观察到了Marangoni流动不稳定性。形成了非轴对称温度分布，并以0.1-0.3 Hz的频率脉动和/或旋转。这种不稳定模式取决于色谱柱的纵横比。在大约1500的Marangoni数下观察到了Marangoni流模式从单频振荡流到多频振荡流的过渡。

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来源
《Space Forum》 |2000年第4期|p.145-152|共8页
作者
Taketoshi Hibya; Shin Nakamura;
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原文格式 PDF
正文语种 eng
中图分类航天（宇宙航行）;
关键词
Marangoni flow; Molten silicon; instability;

机译：马兰戈尼流熔融硅不稳定;

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专利

1. Marangoni convection in a hemispheric molten silicon droplet and its control by an applied magnetic field [J] . Yasunori Okano, Susumu Sakai, Hiroshi Yamada, International journal of applied electromagnetics and mechanics . 2003,第4期

机译：半球形熔融硅滴中的Marangoni对流及其受外加磁场的控制
2. The effect of oxygen on the temperature fluctuation of Marangoni convection in a molten silicon bridge [J] . Takeshi Azami, Shin Nakamura, Taketoshi Hibiya Journal of Crystal Growth . 2001,第1a2期

机译：氧对熔融硅桥中马兰戈尼对流温度波动的影响
3. Interfacial phenomena between molten iron and molten slag-Effect of nitrogen on the Marangoni convection [J] . Matsushita Taishi, Belov Ilja, Siafakas Dimitrios, Journal of Materials Science . 2021,第13期

机译：Marangoni对流中氮气熔融矿渣效应的界面现象
4. Measurement of thermophysical properties of molten silicon using an electromagnetic levitator with magnetic field [C] . 塚田隆夫, 小畠秀和, 淡路智, 日本伝熱シンポジウム . 2006

机译：用电磁场测量熔融硅热神理性能的测量
5. Determination of the Raman Spectra of Molten ZnCl2 and Thermophysical Properties of Polymerized C60 Solids Using Atomistic Computational Techniques [D] . Al Sayoud, Abduljabar Q. 2017

机译：原子计算技术测定熔融ZnCl2的拉曼光谱和聚合的C60固体的热物理性质
6. MHD surrogate model for convection in electromagnetically levitated molten metal droplets processed using the ISS-EML facility [O] . Evan B. Baker, Jannatun Nawer, Xiao Xiao, 2020

机译：MHD替代模型用于使用ISS-EML设备处理的电磁悬浮熔融金属液滴中的对流
7. Numerical Analysis of Nitrogen Absorption Rate Accompanied with Marangoni Convection in the Molten Iron under Non-inductive Stirring Condition. [O] . Zhu Jun, Feng Shi, Kusuhiro Mukai, 1999

机译：非诱导搅拌条件下铁水中氧化铁对施氮率的数值分析。
8. Thermophysical Properties of Molten Silicon Measured by JPL High Temperature Electrostatic Levitator [R] . Rhim, W. K., Ohsaka, K. 1999

机译：用JpL高温静电悬浮液测量熔融硅的热物理性质

Marangoni Convection and Thermophysical Properties of Molten Silicon

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