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Heat Pipe ─ Science & Technology ─ 10th IHPS, Taipei, Taiwan, Nov. 6-9, 2011 Heat Pipe ─ Science & Technology ─ Proceedings of the 10 th International Heat Pipe Symposium November 06 (Sun) -09 (Wed) , 2011 Tamsui, New Taipei City, Taiwan Editors Kang, Shung-Wen & Yang, Lung-Jieh Department of Mechanical and Electro-Mechanical Engineering College of Engineering, Tamkang University Taiwan Organized by Tamkang University Any option, finding and conclusions, implied or expressed, in this publication belong to the authors, and do not necessarily reflect the views and policies of the Publisher and the Editors. Users of the data included in this publication must undertake their own independent investigation before implementation. Published by Tamkang University Press November, 2011 ISBN: 978-986-6717-90-1 10th IHPS, Taipei, Taiwan, Nov. 6-9, 2011 Contents Foreword ............................................................................................................................................................................. 5 10IHPS Organizations ........................................................................................................................................................ 6 Keynote Lectures Integration of Heat Pipes in Thermal Energy Storage Systems for Concentrating Solar Power ......................................... 7 Amir Faghri Nuclear Reactor Must Need Heat Pipe for Cooling ............................................................................................................ 8 Masataka Mochizuki‚ Thang Nguyen‚ Shinichi Sugihara‚ Koichi Mashiko‚ Yuji Saito‚ Tien Nguyen‚ Vijit Wuttijumnong Thermal Performance of a Heat Pipe for Medium-Temperaturethermal Storage System ................................................ 13 Min Kyu Park, Joon Hong Boo Flow Regime Recognition in Two-Phase Thermosyphon Loops Using Pressure Pulse Analyses .................................... 19 JC Ruppersberg‚ RT Dobson Fabrication and Performance of High and Super High Temperature Heat Pipes .............................................................. 24 Wei Qu, Yan-Jun Duan Vapor Chamber ；；；Mini/Micro-heat Pipe A Flat Plate Heat Pipe with Screen Meshes for the Cooling of Electronic Components .................................................. 29 Frédéric Lefèvre‚ Jean-Baptiste Conrardy‚ Martin Raynaud‚ Jocelyn Bonjour Ultra Thin Heat Pipe and its Application .......................................................................................................................... 35 Hirofumi Aoki‚ Masami Ikeda‚ Yuichi Kimura Visualization and Evaporation Resistance Measurement for Groove-Wicked Flat-Plate Heat Pipes: Various Working Fluids and Powder-Groove Evaporator ............................................................................................................................ 41 Shwin-Chung Wong‚ Chung-Wei Chen Development of Cooling System of LED Headlamp for Vehicle Using Vapor Chamber Type Heat Pipe ....................... 48 Ji-Won Yeo‚ Hyun-Jik Lee‚ Soo-Jung Ha‚ Sang-Il Lee‚ Yeon-U Gu‚ Jong-Soo Kim An Experimental Study in the Fundamentals of Evaporation from Porous Structure ....................................................... 54 Y. L. Yeu‚ A. Vakhguelt Effective Thermal Conductivity of Layered Porous Media .............................................................................................. 61 J. P. M. Florez‚ G. G. V. Nuernberg‚ M. B. H. Mantelli‚ R. S. M. Almeida‚ A. N. Klein Effect of the Vacuum Pressure and the Working Fluid Inventory to the Maximum Heat Loading (Qmax) of the Heat Pipe ................................................................................................................................................................................... 67 Wei-Keng Lin‚ Chen-I Chao‚ Y. M. Calvin Tzou‚ G. H. Hsu‚ S. M. Chou Studies of Thermal Bubble Pump in a Microchannel Loop .............................................................................................. 74 Tzong-Shyng Leu‚ Yan-Hao Liu Lamination and Characterization of a Pet Flexible Micro Heat Pipe ............................................................................... 80 Guan-Wei Wu‚ Wen-Pin Shih‚ Sih-Li Chen - 1 - 10th IHPS, Taipei, Taiwan, Nov. 6-9, 2011 The Study of Inverted V-Type Heat Pipe Cooling Mechanism Based on High Heat Flux Heating Elements ................. 86 Jing Li‚ Sheng-Tao Ji‚ Ze-Min Yao Loop Heat Pipe(LHP)‚Capillary Pumped Loop(CPL) Study on Defrost of Evaporator Using Bubble Jet Loop Heat Pipe as a Defrost Device .................................................. 92 Yeon-U Gu‚ Dong-Kwang Jeong‚ Jong-Ho Hwang‚ Yong-Ha Kwon‚ Jong-Soo Kim Thermal Performances of Loop Heat Pipe with Hybrid Wick Structures in Evaporator .................................................. 97 Jun Xiang‚ Shyy-Woei Chang‚ Escada Manufacturing of the Complex Wick with Double-Layer Bi-Porous Structure and Applying to a Loop Heat Pipe ...... 104 S. C. Wu‚ F. C. Lin‚ S. H. Chen‚ C. C. Yeh‚ S. K. Wang‚ Y. M. Chen Development of Tubular Ni Wick Used in LHP for Space Applications ........................................................................ 109 Sudip Kumar Samanta‚ Prosenjit Das‚ Aditya Kumar Lohar Experimental Investigation of a Loop Heat Pipe with Disk-Shaped Evaporator ............................................................ 115 Bin-Bin Chen‚ Wei Liu‚ Zhi-Chun Liu‚ Jin-Guo Yang‚ Huan Li Visual Research on the Heat and Mass Transfer in a Flat Loop Heat Pipe ..................................................................... 121 Dong-Chuan Mo, Guan-Sheng Zou, Shu-Shen Lu The Operational Characteristics of a Novel Miniature Cryogenic Loop Heat Pipe ........................................................ 126 Qing Mo‚ Hong-Xing Zhang‚ Jian-Yin Miao Operating Characteristics of a Loop Heat Pipe with a Novel Flat Evaporator ............................................................... 133 Sung-Pil Ma‚ Kwang-Min Park‚ Wukchul Joung‚ Jinho Lee Thermal Performance of the LHP (Loop Heat Pipe) with the Flat Plate Evaporator ...................................................... 138 Kiyoshi Tanaka‚ Masafumi Katsuta‚ Yuichi Ishii Feasibility Study of Loop Heat Pipes with Flat Microchannel Evaporator and Non-Metal Wick .................................. 143 A. A. Yakomaskin‚ D. N. Morskoy‚ V. N. Afanasiev Thermosyphon Thermal Performance of a Flat Two Phase Closed Thermosyphon (FTPCT) with Different Cross-Sectional Areas and Source Temperatures ....................................................................................................................................................... 147 Wasan Srimuang‚ Pipat Amatachaya‚ Bandid Krittacom Use of Inorganic Aqueous Solutions for Passivation of Heat Transfer Devices ............................................................. 153 Sean Reilly‚ Ladan Amouzegar‚ H. Tom Tao‚ Ivan Catton Loop Thermosyphon Electronic Cooling Device Operated at Sub-Atmospheric Pressure ............................................. 158 Shyy-Woei Chang‚ Kuei-Feng Chiang‚ Ching-Yuan Lin Inclination and Fill Ratio Effects on Water Filled Two-Phase Closed Thermosyphon ................................................... 167 K. S. Ong‚ W. L. Tong - 2 - 10th IHPS, Taipei, Taiwan, Nov. 6-9, 2011 Oscillating Heat Pipe(OHP) ；；；Pulsating Heat Pipe(PHP) Numerical Simulation on Flow and Heat Transfer in Oscillating Heat Pipes ................................................................. 172 S. F. Wang‚ Z. R. Lin‚ Z. Y. Lee‚ L. W. Zhang Oscillating Heat Pipe Simulation with Bubble Generation‚ 2nd Report: Effects of Nucleation Site's Configuration‚ Wall Temperature‚ and Number of Turns ................................................................................................................................ 178 Raffles Senjaya‚ Takayoshi Inoue Multiple Heat Source Arrangements of a Vertical Closed-Loop Pulsating Heat Pipe .................................................... 184 Niti Kammuang-lue‚ Phrut Sakulchangsatjatai‚ Pradit Terdtoon Characteristics of an Open-Loop Pulsating Heat Pipe and Flow Visualization Using a Transparent Tube .................... 190 Koji Fumoto‚ Masahiro Kawaji‚ Tsuyoshi Kawanami Performance Evaluation of the Evacuated Solar Collector Using the Pulsating Heat Pipe ............................................ 196 Sang-Il Lee‚ Gil-Jae Son‚ Kyu-Il Han‚ Jong-Soo Kim‚ Bang-Ho Jeong An Experimental Investigation of Heat Transfer Characteristics of a Closed-End Oscillating Flat Heat Pipe (CEOFHP)201 Preecha Khantikomol, Wasan Srimuang Experimental Study on Heat Transfer Characteristics of Coupled Pulsating Heat Pipes ................................................ 206 Fumin Shang, Jianhong Liu, Dengying Liu The Experimental Studies of Flat-Plate Closed-Loop Pulsating Heat Pipes ................................................................... 212 K. H. Chien, Y. R. Chen, Y. T. Lin, C. C. Wang, K. S. Yang Industrial Applications‚High Temperature Heat Pipe Numerical Analysis of a Thermal Storage System with Inserted Heat Pipes for Medium-High Temperature Range .... 217 J. H. Boo‚ S. K. Lee‚ J. K. Kim Experimental Investigation of the Closed Loop Oscillating Heat Pipe Condenser for Vapor Compression Refrigeration223 P. Yeunyongkul‚ Phrut Sakulchangsatjatai‚ Niti Kammuang-lue‚ Pradit Terdtoon Aerospace Applications of Heat Pipe Investigation on Lightweight Heat Pipe-Fundamental Studies on Magnesium Alloy Heat Pipe .................................... 229 Xiao Yang‚ Yu-Ying Yan‚ Ryan J. McGlen Development of Closed Two-Phase Thermosyphons for the Chinese Moon Exploration
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