“Diffusion of Liquid Metals and Alloys-The Study of Self-Diffuison under Microgravity in Liquid Sn in the Wide Temperature Range

T.Itami T.Itami; H.Aoki H.Aoki; M.Kaneko M.Kaneko; M.Uchida M.Uchida; A.Shisa A.Shisa; S.Amano S.Amano; O.Odawara O.Odawara; T.Masaki T.Masaki; T.Oida T.Oida; H.Oda H.Oda; S.Yoda S.Yoda; Tadahiko Masaki

“Diffusion of Liquid Metals and Alloys-The Study of Self-Diffuison under Microgravity in Liquid Sn in the Wide Temperature Range

T.Itami T.Itami, H.Aoki H.Aoki, M.Kaneko M.Kaneko, M.Uchida M.Uchida, A.Shisa A.Shisa, S.Amano S.Amano, O.Odawara O.Odawara, T.Masaki T.Masaki, T.Oida T.Oida, H.Oda H.Oda, S.Yoda S.Yoda, Tadahiko Masaki

Functional Control Systems

Research output: Contribution to journal › Article

Original language	English
Journal	Microgravity Science Laboratory(MSL-1) Final Report
Publication status	Published - 1998 Aug 1

Cite this

T.Itami, T. I., H.Aoki, H. A., M.Kaneko, M. K., M.Uchida, M. U., A.Shisa, A. S., S.Amano, S. A., O.Odawara, O. O., T.Masaki, T. M., T.Oida, T. O., H.Oda, H. O., S.Yoda, S. Y., & Masaki, T. (1998). “Diffusion of Liquid Metals and Alloys-The Study of Self-Diffuison under Microgravity in Liquid Sn in the Wide Temperature Range. Microgravity Science Laboratory(MSL-1) Final Report.

“Diffusion of Liquid Metals and Alloys-The Study of Self-Diffuison under Microgravity in Liquid Sn in the Wide Temperature Range. / T.Itami, T.Itami; H.Aoki, H.Aoki; M.Kaneko, M.Kaneko; M.Uchida, M.Uchida; A.Shisa, A.Shisa; S.Amano, S.Amano; O.Odawara, O.Odawara; T.Masaki, T.Masaki; T.Oida, T.Oida; H.Oda, H.Oda; S.Yoda, S.Yoda; Masaki, Tadahiko.

In: Microgravity Science Laboratory(MSL-1) Final Report, 01.08.1998.

Research output: Contribution to journal › Article

T.Itami, T.Itami ; H.Aoki, H.Aoki ; M.Kaneko, M.Kaneko ; M.Uchida, M.Uchida ; A.Shisa, A.Shisa ; S.Amano, S.Amano ; O.Odawara, O.Odawara ; T.Masaki, T.Masaki ; T.Oida, T.Oida ; H.Oda, H.Oda ; S.Yoda, S.Yoda ; Masaki, Tadahiko. / “Diffusion of Liquid Metals and Alloys-The Study of Self-Diffuison under Microgravity in Liquid Sn in the Wide Temperature Range. In: Microgravity Science Laboratory(MSL-1) Final Report. 1998.

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