1977High Temp. (USSR) (Engl. Transl.); (United States)Requires access

Thermal expansion of molybdenum

В. А. Петухов, V. Ya. Chekhovskoi, В. М. Зайченко

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Abstract

An accurate experimental investigation was made of the thermal expansion of 13 samples of molybdenum having different chemical compositions and obtained by different methods. The investigations were made in three different units in the temperature range 100--2546/sup 0/C. The results of the investigation showed that molybdenum has a stable temperature coefficient of linear expansion, depending only slightly on the technology of the preparation of the samples and the content of impurities, with limits up to 0.1 wt.%. A comparison of the results obtained with literature data bears witness to the high reliability of the results obtained.

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What this paper is about

An accurate experimental investigation was made of the thermal expansion of 13 samples of molybdenum having different chemical compositions and obtained by different methods. The investigations were made in three different units in the temperature range 100--2546/sup 0/C. The results of the investigation showed that molybdenum has a stable temperature coefficient of linear expansion, depending only slightly on the technology of the preparation of the samples and the content of impurities, with limits up to 0.1 wt.%. A comparison of the results obtained with literature data bears witness to the high reliability of the results obtained.

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Available abstract

An accurate experimental investigation was made of the thermal expansion of 13 samples of molybdenum having different chemical compositions and obtained by different methods. The investigations were made in three different units in the temperature range 100--2546/sup 0/C. The results of the investigation showed that molybdenum has a stable temperature coefficient of linear expansion, depending only slightly on the technology of the preparation of the samples and the content of impurities, with limits up to 0.1 wt.%. A comparison of the results obtained with literature data bears witness to the high reliability of the results obtained.

Key concepts: Molybdenum, Thermal expansion, Impurity, Materials science, Metallurgy, Analytical Chemistry (journal), Mineralogy, Chemistry

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