Fe-Pd系合金の熱膨張係数と弾性係数の温度係数

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タイトル別名
  • The Thermal Expansion Coefficients and the Temperature Coefficients of Young’s Modulus of the Alloys of Iron and Palladium
  • Fe-Pdケイ ゴウキン ノ ネツ ボウチョウ ケイスウ ト ダンセイ ケイスウ ノ オンド ケイスウ
  • The Thermal Expansion Coefficients and the Temperature Coefficients of Young’s Modulus of the Alloys of Iron and Palladium

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The density ρ, Young’s modulus E, the thermal expansion coefficient α, and the temperature cofficient of Young’s modulus e were measured with the alloys of iron and palladium cooled in a furnace after having been annealed at 1000°C to asscertain whether the rule on the small expansibility of Invar proposed previously by one of the present investigators is valid in the above alloy system or not. It was found that both the curves of ρ and of E against the alloying concentration show respectively, slight bends at the composition of 30 at.% of palladium, and also α shows its minimum value of +8.9×10−6 and e its conspicuous positive maximum value of +139.9×10−5 at the composition mentioned above. The alloy containing 30 at.% of palladium is composed almost of γ phase after a furnace cooling, but when it was cooled more slowly than 30°C/hr from 800°C, the amount of the γ phase decreased. It was 0 at the cooling rate of 5°/hr, and an increase of α to +12.3×10−6 and a decrease of e to −12.5×10−5 resulted, both of these magnitudes being of the order of usual alloys. According to these results, it can be confirmed that the rule on Invar mentioned above can also be valid in the system of iron and palladium under all the conditions.

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  • 日本金属学会誌

    日本金属学会誌 27 (6), 263-265, 1963

    公益社団法人 日本金属学会

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