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Experimental Study on Loop Heat Pipe with Flat Evaporator

Phuoc Hien Huynh

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Abstract

Loop heat pipe (LHP) is a passive two-phase heat transport device of which principle operation is based on the phase changing processes and the natural motivations such as capillary or gravitational force.Different with conventional heat pipe (HP), vapor and liquid phases in LHP flow in separated pipes and the fine pore wick occurring inside evaporator only.Hence, LHP accesses some favor characteristics such as flexibility, compact ability, high heat transfer capacity with low thermal resistance and high-reliability characteristics.vii 2.3

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Loop heat pipe (LHP) is a passive two-phase heat transport device of which principle operation is based on the phase changing processes and the natural motivations such as capillary or gravitational force.Different with conventional heat pipe (HP), vapor and liquid phases in LHP flow in separated pipes and the fine pore wick occurring inside evaporator only.Hence, LHP accesses some favor characteristics such as flexibility, compact ability, high heat transfer capacity with low thermal resistance and high-reliability characteristics.vii 2.3

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Available abstract

Loop heat pipe (LHP) is a passive two-phase heat transport device of which principle operation is based on the phase changing processes and the natural motivations such as capillary or gravitational force.Different with conventional heat pipe (HP), vapor and liquid phases in LHP flow in separated pipes and the fine pore wick occurring inside evaporator only.Hence, LHP accesses some favor characteristics such as flexibility, compact ability, high heat transfer capacity with low thermal resistance and high-reliability characteristics.vii 2.3

Key concepts: Evaporator, Loop (graph theory), Loop heat pipe, Mechanics, Mechanical engineering, Heat pipe, Thermodynamics, Materials science

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