Stress/Strain Effects on Industrial Superconducting Composites

Author:

Ito Takayoshi1,Harjo Stefanus1,Osamura Kozo2,Hemmi Tsutomu3,Awaji Satoshi4,Machiya Shuichiro5,Oguro Hidetoshi6,Nishijima Gen7,Takahashi Kohki4,Matsui Kunihiro3,Tsuchiya Yoshinori7,Arima Hiroshi1,Aizawa Kazuya1,Koizumi Norikiyo3,Nakamoto Tatsushi8,Ogitsu Toru8

Affiliation:

1. J-PARC Center

2. Research Institute for Applied Sciences

3. Japan Atomic Energy Agency

4. Tohoku University

5. Daido University

6. Ibaraki University

7. National Institute for Materials Science

8. High Energy Accelerator Research Organization

Abstract

Researches to study internal stress/strain behaviors in industrial superconducting composites have been started at TAKUMI of J-PARC, as soon as the completion of TAKUMI construction. Preliminary results obtained from strains measurements during tensile deformation of Nb3Sn strands and YBa2Cu3O7tapes, strains measurements during heating of Nb3Sn strands and residual strains measurements in a Nb3Sn Cable-In-Conduit Conductors are briefly described. The results can demonstrate possibilities of neutron engineering diffraction to solve problems in industrial superconducting composites by using J-PARC high flux neutron beam, even the volume fractions of superconducting phases in the composites are small and the superconducting phases locate inside the real components.

Publisher

Trans Tech Publications, Ltd.

Subject

Mechanical Engineering,Mechanics of Materials,Condensed Matter Physics,General Materials Science

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