Development of 3 T class Bi-2212 insert coils for high field NMR

H. W. Weijers; Q. Y. Hu; Y. S. Hascicek; A. Godeke; Y. Vouchkov; E. Celik; J. Schwartz; K. Marken; W. Dai; J. Parrell

doi:10.1109/77.783358

Development of 3 T class Bi-2212 insert coils for high field NMR

H. W. Weijers, Q. Y. Hu, Y. S. Hascicek, A. Godeke, Y. Vouchkov, E. Celik, J. Schwartz, K. Marken, W. Dai, J. Parrell

Research output: Contribution to journal › Article › peer-review

38 Scopus citations

Abstract

Based on a successful 1 T Class PIT insert coil, we now pursue a 3 T Class insert coil. This paper describes the design and the latest conductor and coil test results, as well as supporting experiments. The final product is envisioned to contain 3 concentric sections, requiring over one kilometer of conductor. This will be tested in a 20 T large bore resistive magnet at the NHMFL. Experimental work focuses on the use of conductor with a silver-alloy matrix in the outer sections, that are subject to the largest stresses when operated in a background field. Results from heat treatment optimization for wound coils, mechanical test of conductors and coil design studies are reported.

Original language	English (US)
Pages (from-to)	563-566
Number of pages	4
Journal	IEEE Transactions on Applied Superconductivity
Volume	9
Issue number	2 PART 1
DOIs	https://doi.org/10.1109/77.783358
State	Published - 1999

All Science Journal Classification (ASJC) codes

Electronic, Optical and Magnetic Materials
Condensed Matter Physics
Electrical and Electronic Engineering

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abstract = "Based on a successful 1 T Class PIT insert coil, we now pursue a 3 T Class insert coil. This paper describes the design and the latest conductor and coil test results, as well as supporting experiments. The final product is envisioned to contain 3 concentric sections, requiring over one kilometer of conductor. This will be tested in a 20 T large bore resistive magnet at the NHMFL. Experimental work focuses on the use of conductor with a silver-alloy matrix in the outer sections, that are subject to the largest stresses when operated in a background field. Results from heat treatment optimization for wound coils, mechanical test of conductors and coil design studies are reported.",

author = "Weijers, {H. W.} and Hu, {Q. Y.} and Hascicek, {Y. S.} and A. Godeke and Y. Vouchkov and E. Celik and J. Schwartz and K. Marken and W. Dai and J. Parrell",

note = "Funding Information: Research supported in part by the NSF and the State of cooperative grant DMR 9527035.",

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T1 - Development of 3 T class Bi-2212 insert coils for high field NMR

AU - Weijers, H. W.

AU - Hu, Q. Y.

AU - Hascicek, Y. S.

AU - Godeke, A.

AU - Vouchkov, Y.

AU - Celik, E.

AU - Schwartz, J.

AU - Marken, K.

AU - Dai, W.

AU - Parrell, J.

N1 - Funding Information: Research supported in part by the NSF and the State of cooperative grant DMR 9527035.

PY - 1999

Y1 - 1999

N2 - Based on a successful 1 T Class PIT insert coil, we now pursue a 3 T Class insert coil. This paper describes the design and the latest conductor and coil test results, as well as supporting experiments. The final product is envisioned to contain 3 concentric sections, requiring over one kilometer of conductor. This will be tested in a 20 T large bore resistive magnet at the NHMFL. Experimental work focuses on the use of conductor with a silver-alloy matrix in the outer sections, that are subject to the largest stresses when operated in a background field. Results from heat treatment optimization for wound coils, mechanical test of conductors and coil design studies are reported.

AB - Based on a successful 1 T Class PIT insert coil, we now pursue a 3 T Class insert coil. This paper describes the design and the latest conductor and coil test results, as well as supporting experiments. The final product is envisioned to contain 3 concentric sections, requiring over one kilometer of conductor. This will be tested in a 20 T large bore resistive magnet at the NHMFL. Experimental work focuses on the use of conductor with a silver-alloy matrix in the outer sections, that are subject to the largest stresses when operated in a background field. Results from heat treatment optimization for wound coils, mechanical test of conductors and coil design studies are reported.

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Development of 3 T class Bi-2212 insert coils for high field NMR

Abstract

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