1986Molecular PhysicsRequires access

Thermal conductivity of solid n-dodecane at high pressure and a comparison with n-undecane and n-tridecane

Hans Forsman, Per Ola Andersson

Open publisher page 6 citations

Abstract

The thermal conductivity, λ, of n-dodecane, C12H26, has been investigated. The transient hot-wire method was used to determine λ in the temperature range 190–280 K at a pressure of 30 MPa and at about 273 K at pressures up to 1·0 GPa. For a given temperature and pressure the λ values of solid n-dodecane are higher than those of the two neighbouring oddnumbered n-alkanes, n-undecane, C11H24, and n-tridecane, C13H28. The results are discussed with reference to three different crystal structures of solid n-alkanes.

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What this paper is about

The thermal conductivity, λ, of n-dodecane, C12H26, has been investigated. The transient hot-wire method was used to determine λ in the temperature range 190–280 K at a pressure of 30 MPa and at about 273 K at pressures up to 1·0 GPa. For a given temperature and pressure the λ values of solid n-dodecane are higher than those of the two neighbouring oddnumbered n-alkanes, n-undecane, C11H24, and n-tridecane, C13H28. The results are discussed with reference to three different crystal structures of solid n-alkanes.

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Available abstract

The thermal conductivity, λ, of n-dodecane, C12H26, has been investigated. The transient hot-wire method was used to determine λ in the temperature range 190–280 K at a pressure of 30 MPa and at about 273 K at pressures up to 1·0 GPa. For a given temperature and pressure the λ values of solid n-dodecane are higher than those of the two neighbouring oddnumbered n-alkanes, n-undecane, C11H24, and n-tridecane, C13H28. The results are discussed with reference to three different crystal structures of solid n-alkanes.

Key concepts: Undecane, Dodecane, Thermal conductivity, Thermal, Chemistry, Thermodynamics, Analytical Chemistry (journal), Stereochemistry

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