Non-destructive measurement of current distribution in HTS conductors

Johnston, MD; Everett, J; Dhalle, M; Caplin, AD; Moore, JC; Fox, S; Grovenor, CRM; Grasso, G; Hensel, B; Flukiger, R

Abstract:

We describe scanning Hall probe studies of the current distribution in BSCCO 2223, 2212 and TSCCO 1223 conductors, by measurement of the self-field and remanent flux profiles. The pattern of current flow is dependent on the total current amplitude as well as the underlying microstructural features. We correlate these local studies with macroscopic information from transport and magnetisation experiments, and make comparison between the three materials systems. BSCCO 2223 is found to be domina...

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APA Style

Johnston, M. D., Everett, J., Dhalle, M., Caplin, A. D., Moore, J. C., Fox, S., Grovenor, C. R. M., Grasso, G., Hensel, B., & Flukiger, R. (1996). Non-destructive measurement of current distribution in HTS conductors. 213–222.

MLA Style

Johnston, M. D., et al. Non-Destructive Measurement of Current Distribution in HTS Conductors. 1996, pp. 213–22.

Chicago Style

Johnston, MD, J Everett, M Dhalle, AD Caplin, JC Moore, S Fox, CRM Grovenor, G Grasso, B Hensel, and R Flukiger. 1996. “Non-Destructive Measurement of Current Distribution in HTS Conductors.” In , 213–22.
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Authors

Johnston, MD More by this author

Everett, J More by this author

Dhalle, M More by this author

Caplin, AD More by this author

Moore, JC More by this author

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Bibliographic Details

Pages:: 213-222
Publication date:: 1996
URN:: uuid:a7b5ce39-2e20-4233-af93-bee3f77c3849
Source identifiers:: 24534
Local pid:: pubs:24534
ISBN:: 0-87339-326-0

Item Description

Keywords:: tapes

microstructure

GRANULARITY

DISSIPATION

MAGNETIZATION MEASUREMENTS

TRANSPORT

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