Flow and Heat Transfer in a Two-Phase Double-Tube Thermosyphon

Imura, Hidefumi; Yoshida, Masamichi

doi:10.1016/b978-0-444-89851-7.50021-2

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Heat Transfer Within the Thermosyphon2

Effect Of Working Medium On Heat Exchange Of Evaporation Sec...1

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2011

2023

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Cited by 4 publications

(3 citation statements)

References 7 publications

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“…Where Re l,max is the maximum Re number. The results are given in table Table Imura [3] recommend to calculate heat exchange coefficient by the following formula:…”

Section: Effect Of Working Medium On Heat Exchange Of Evaporation Sec...mentioning

confidence: 99%

Analysis on the Selection of Working Fluid in the Small Diameter Gravity Heat Pipe - Based on a New Passive Technology

Zhang

2013

AMM

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This paper discusses the suitable working fluid applying in small diameter (millimeter scale) gravity heat pipe theoretically. The working temperature, characteristics of material, heat transfer limit and thermal physical properties of working medium of the heat pipe were studied. It is concluded that each aspect capability of heat transfer of R717 is excellent, but its working pressure is a bit high; the synthesized capability of R134a is relatively ideal and can be chosen as the working medium.

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“…Where Re l,max is the maximum Re number. The results are given in table Table Imura [3] recommend to calculate heat exchange coefficient by the following formula:…”

Section: Effect Of Working Medium On Heat Exchange Of Evaporation Sec...mentioning

confidence: 99%

Analysis on the Selection of Working Fluid in the Small Diameter Gravity Heat Pipe - Based on a New Passive Technology

Zhang

2013

AMM

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“…The heat transfer taking place within the thermosyphon can be described by calculating the convective heat transfer coefficient for boiling as provided by Imura et al [4],…”

Section: Heat Transfer Within the Thermosyphonmentioning

confidence: 99%

Thermal Modeling of Thermosyphon Integrated Heat Sink for CPU Cooling

Shanmuga¹,

Bhaskaran²

2011

JECTC

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A thermal model has been developed to study the thermal behavior of Thermosyphon integrated Heat Sink during CPU cooling. An Indirect cooling module has been experimentally studied and analyzed under steady state condition for both natural and forced convection. The thermal model is employed to determine the actual heat transfer and the effectiveness of the present model and compared it with the conventional cooling method and found that there is an appreciable improvement in the present model.

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“…The heat transfer taking place within the thermosyphon can be described by calculating the convective heat transfer coefficient for boiling as provided by Imura et al (1972) = .…”

Section: Heat Transfer Within the Thermosyphonmentioning

confidence: 99%