Influence of balancing parameters in achieving magnetic field uniformity in a large cylindrical volume

Khalid Masood; Munawer Iqbal; Mohammad Zakaullah; Junaid Zafar; A. A P Gibson

doi:10.1063/1.2949259

Influence of balancing parameters in achieving magnetic field uniformity in a large cylindrical volume

Khalid Masood, Munawer Iqbal, Mohammad Zakaullah, Junaid Zafar, A. A P Gibson

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Abstract

Large diameter, air-cored, coaxially configured magnetic coils of rectangular winding cross sections have been envisaged for generating extremely homogenous magnetic fields over a large volume of space. Optimized magnetic field balancing parameters and dimensions for a coil configuration were experimentally developed, verified, and their results are presented. The developed design has made it possible to generate extremely homogenous magnetic fields in a large extended cylindrical region of more than 1 2 of the coil's diameter, which requires the winding cross-section thickness to have a width ratio of a relatively small integer. Furthermore, field uniformity regions can be extended to more than one and a half times as can be achieved with coils of negligible winding cross section by employing balancing parameters method. © 2008 American Institute of Physics.

Original language	English
Article number	014908
Journal	Journal of Applied Physics
Volume	104
Issue number	1
DOIs	https://doi.org/10.1063/1.2949259
Publication status	Published - 2008

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title = "Influence of balancing parameters in achieving magnetic field uniformity in a large cylindrical volume",

abstract = "Large diameter, air-cored, coaxially configured magnetic coils of rectangular winding cross sections have been envisaged for generating extremely homogenous magnetic fields over a large volume of space. Optimized magnetic field balancing parameters and dimensions for a coil configuration were experimentally developed, verified, and their results are presented. The developed design has made it possible to generate extremely homogenous magnetic fields in a large extended cylindrical region of more than 1 2 of the coil's diameter, which requires the winding cross-section thickness to have a width ratio of a relatively small integer. Furthermore, field uniformity regions can be extended to more than one and a half times as can be achieved with coils of negligible winding cross section by employing balancing parameters method. {\textcopyright} 2008 American Institute of Physics.",

author = "Khalid Masood and Munawer Iqbal and Mohammad Zakaullah and Junaid Zafar and Gibson, {A. A P}",

year = "2008",

doi = "10.1063/1.2949259",

language = "English",

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T1 - Influence of balancing parameters in achieving magnetic field uniformity in a large cylindrical volume

AU - Masood, Khalid

AU - Iqbal, Munawer

AU - Zakaullah, Mohammad

AU - Zafar, Junaid

AU - Gibson, A. A P

PY - 2008

Y1 - 2008

N2 - Large diameter, air-cored, coaxially configured magnetic coils of rectangular winding cross sections have been envisaged for generating extremely homogenous magnetic fields over a large volume of space. Optimized magnetic field balancing parameters and dimensions for a coil configuration were experimentally developed, verified, and their results are presented. The developed design has made it possible to generate extremely homogenous magnetic fields in a large extended cylindrical region of more than 1 2 of the coil's diameter, which requires the winding cross-section thickness to have a width ratio of a relatively small integer. Furthermore, field uniformity regions can be extended to more than one and a half times as can be achieved with coils of negligible winding cross section by employing balancing parameters method. © 2008 American Institute of Physics.

AB - Large diameter, air-cored, coaxially configured magnetic coils of rectangular winding cross sections have been envisaged for generating extremely homogenous magnetic fields over a large volume of space. Optimized magnetic field balancing parameters and dimensions for a coil configuration were experimentally developed, verified, and their results are presented. The developed design has made it possible to generate extremely homogenous magnetic fields in a large extended cylindrical region of more than 1 2 of the coil's diameter, which requires the winding cross-section thickness to have a width ratio of a relatively small integer. Furthermore, field uniformity regions can be extended to more than one and a half times as can be achieved with coils of negligible winding cross section by employing balancing parameters method. © 2008 American Institute of Physics.

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M3 - Article

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VL - 104

JO - Journal of Applied Physics

JF - Journal of Applied Physics

IS - 1

M1 - 014908

ER -

Influence of balancing parameters in achieving magnetic field uniformity in a large cylindrical volume

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