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Thermal conductivity of liquid mercury

Thermal conductivity of liquid mercury
Thermal conductivity of liquid mercury
The thermal conductivity of liquid mercury has been measured in a range of temperature from 300 to 520 K at atmospheric pressure. The measurements were carried out with a new experimental technique based on the transient hot-wire technique. Special efforts have been made to ensure the elimination of the phenomenon of convection, which is one of the main problems found in the measurement of the thermal conductivity of molten metals. The results obtained demonstrate the validity of the theoretical model of the experimental technique and they support the claimed accuracy of ±2%. The present results are compared with the disparate values reported in the literature by other authors and are thought to be of a superior accuracy.
0018-1544
35-39
Peralta, M. Vita
12b7aba6-2a6f-49d2-bfa4-e2fad48a74e3
Dix, Malcolm
b89f98f2-257e-419b-803c-ce1ff764838b
Lesemann, Markus
0ba76d2a-4089-4e3e-95ec-9526fe91aa6b
Wakeham, William A.
88549729-a39a-497f-b112-feaa6be2c449
Peralta, M. Vita
12b7aba6-2a6f-49d2-bfa4-e2fad48a74e3
Dix, Malcolm
b89f98f2-257e-419b-803c-ce1ff764838b
Lesemann, Markus
0ba76d2a-4089-4e3e-95ec-9526fe91aa6b
Wakeham, William A.
88549729-a39a-497f-b112-feaa6be2c449

Peralta, M. Vita, Dix, Malcolm, Lesemann, Markus and Wakeham, William A. (2002) Thermal conductivity of liquid mercury. High Temperatures - High Pressures, 34 (1), 35-39. (doi:10.1068/htwu63).

Record type: Article

Abstract

The thermal conductivity of liquid mercury has been measured in a range of temperature from 300 to 520 K at atmospheric pressure. The measurements were carried out with a new experimental technique based on the transient hot-wire technique. Special efforts have been made to ensure the elimination of the phenomenon of convection, which is one of the main problems found in the measurement of the thermal conductivity of molten metals. The results obtained demonstrate the validity of the theoretical model of the experimental technique and they support the claimed accuracy of ±2%. The present results are compared with the disparate values reported in the literature by other authors and are thought to be of a superior accuracy.

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Published date: 2002

Identifiers

Local EPrints ID: 39580
URI: http://eprints.soton.ac.uk/id/eprint/39580
ISSN: 0018-1544
PURE UUID: b9cb55c5-7c0c-45fb-b348-4996b7da56fc

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Date deposited: 30 Jun 2006
Last modified: 15 Mar 2024 08:15

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Contributors

Author: M. Vita Peralta
Author: Malcolm Dix
Author: Markus Lesemann
Author: William A. Wakeham

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