Nucleate and Transition Boiling in a Narrow Space between Two Horizontal, Parallel Disk-Surfaces

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概要

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• Nucleate and transition boiling within a space gap made by holding a ll-mm dia. glass disc in coaxial position above a heated ll-mm dia. horizontal, upward-facing copper disc has been studied experimentally for saturated water at atmospheric pressure. The distance between the glass disc and the heated surface s is changed within a range from s=∞ to s=0.1 mm, and high-speed photography is employed to record the behavior of liquid and vapor within the narrow space. It is clarified in the present study that, following the change of s, characteristic variations appear in the state of boiling, in the form of supply of liquid to the heated surface, and in the occurrence of burnout, respectively.

• 一般社団法人日本機械学会の論文

著者

• KATTO Yoshiro

  Faculty of Engineering, University of Tokyo.

• Katto Yoshiro

  Faculty Of Engineering University Of Tokyo

• YOKOYA Sadao

  Faculty of Engineering, University of Tokyo

• Yokoya Sadao

  Faculty Of Engineering University Of Tokyo

• TERAOKA Kozo

  Faculty of Engineering, University of Tokyo

• Teraoka Kozo

  Faculty Of Engineering University Of Tokyo

関連論文

• Turbulent Heat Transfer of a Gas flow on an Evaporation Liquid Surface
• Law of Micro-Liquid-Layer Formation between a Growing Bubble and a Solid Surface with a Special Refrence to Nucleate Boiling
• Thermal Onset of Oscillation in a Pipe Containing Heat Sources
• Study of Critical Flow : Completely Separated Gas-Liquid Two-Phase Flow
• Dynamics of Compressible Saturated Two-Phase Flow : Critical Flow
• Nucleate and Transition Boiling in a Narrow Space between Two Horizontal, Parallel Disk-Surfaces
• Peculiarity of Evaporating Liquid-Surface with Reference to Turbulent Heat Transfer
• Dynamics of Compressible Saturated Two-Phase Flow : Critical Flow-sequel, and Flow in a Pipe
• Study of the Mechanism of Burn-Out in Boiling System of High Burn-Out Heat Flux

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