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Effect of Porosity on Thermal Performance of Mo-Cu Composite

Hua Xiaozhen

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Abstract

Four kinds of Mo/Cu alloys with different porosity were fabricated by adding different organic compounds and combining solid-phase sintering,and their thermal conductivity(λ) and coefficient of thermal expansion(CTE) were measured.The results show that the porosity in Mo-Cu composite has a great effect on λ value of the composite.The λ value of the composite declines acutely when the porosity of Mo-Cu composite increases.In some extension,the CTE value increases with the porosity reducing.On the other hand,the CTE value becomes degressive when porosity beyond some extension.The effect mechanism of porosity on theoretical λ value of the composite were discussed.

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What this paper is about

Four kinds of Mo/Cu alloys with different porosity were fabricated by adding different organic compounds and combining solid-phase sintering,and their thermal conductivity(λ) and coefficient of thermal expansion(CTE) were measured.The results show that the porosity in Mo-Cu composite has a great effect on λ value of the composite.The λ value of the composite declines acutely when the porosity of Mo-Cu composite increases.In some extension,the CTE value increases with the porosity reducing.On the other hand,the CTE value becomes degressive when porosity beyond some extension.The effect mechanism of porosity on theoretical λ value of the composite were discussed.

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Available abstract

Four kinds of Mo/Cu alloys with different porosity were fabricated by adding different organic compounds and combining solid-phase sintering,and their thermal conductivity(λ) and coefficient of thermal expansion(CTE) were measured.The results show that the porosity in Mo-Cu composite has a great effect on λ value of the composite.The λ value of the composite declines acutely when the porosity of Mo-Cu composite increases.In some extension,the CTE value increases with the porosity reducing.On the other hand,the CTE value becomes degressive when porosity beyond some extension.The effect mechanism of porosity on theoretical λ value of the composite were discussed.

Key concepts: Porosity, Composite number, Materials science, Sintering, Composite material, Thermal expansion, Thermal conductivity, Phase (matter)

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