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Effective Thermal Conductivity of a Glass Fiberblanket Standard Reference Material

D. R. Smith / J. G. Hust / L. J. Van Poolen

This paper describes the results of thermal conductivity measurements at temperatures from 84 K to 360 K on a glass fiberblanket insulation which is intended to be a Standard Reference Material (SRM). The measurements were performed in an atmosphere of dry nitrogen at a pressure near 84 kPa (630 mm Hg). The results are analyzed and compared to literature data for similar material. An annotated bibliography of literature sources is included.

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Effective Thermal Conductivity of a Glass Fiberblanket Standard Reference Material

D. R. Smith / J. G. Hust / L. J. Van Poolen

This paper describes the results of thermal conductivity measurements at temperatures from 84 K to 360 K on a glass fiberblanket insulation which is intended to be a Standard Reference Material (SRM). The measurements were performed in an atmosphere of dry nitrogen at a pressure near 84 kPa (630 mm Hg). The results are analyzed and compared to literature data for similar material. An annotated bibliography of literature sources is included.

Effective Thermal Conductivity of a Glass Fiberblanket Standard Reference Material

D. R. Smith / J. G. Hust / L. J. Van Poolen

This paper describes the results of thermal conductivity measurements at temperatures from 84 K to 360 K on a glass fiberblanket insulation which is intended to be a Standard Reference Material (SRM). The measurements were performed in an atmosphere of dry nitrogen at a pressure near 84 kPa (630 mm Hg). The results are analyzed and compared to literature data for similar material. An annotated bibliography of literature sources is included.

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Titel:

Effective Thermal Conductivity of a Glass Fiberblanket Standard Reference Material

Beteiligte:

D. R. Smith (Autor:in) / J. G. Hust (Autor:in) / L. J. Van Poolen (Autor:in)

Erscheinungsdatum:

1981

Format / Umfang:

34 pages

Medientyp:

Report

Format:

Keine Angabe

Sprache:

Englisch

Schlagwörter:

Industrial & Mechanical Engineering , Standards , Thermal insulation , Thermal conductivity , Glass cloth , Standard reference materials

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