High-order MR shimming: a simulation study of the effectiveness of competing methods, using an established susceptibility model of the human head von Hillenbrand, D. F., Lo, K. M., Punchard, W. F. B., Reese, T. G., Starewicz, P. M.

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A general method of design of axial and radial shim coils for NMR and MRI magnets von Bobrov, E.S., Punchard, W.F.B.

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NMR magnet technology at MIT von Williams, J.E.C., Bobrov, E.S., Iwasa, Y., Punchard, W.F.B., Wrenn, J., Zhukovsky, A.

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Magnet driver for producing ultra-high gradient magnetic fields for magnetic resonance imaging von Sanders, H. D., Glidden, S. C., Warnow, D. M., Weinberg, I. N., Stepanov, P., Probst, R., McMillan, A., Gullapalli, R., Starewicz, P. M., Punchard, W. F. B., Kai-Ming Lo, Fricke, Stanley Thomas

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A 60 cm bore 2.0 tesla high homogeneity magnet for magnetic resonance imaging von Bobrov, E., Pillsbury, R., Punchard, W., Schwall, R., Segal, H., Williams, J., Neuringer, L.

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The design of a tapered bore superconducting MHD magnet system von Stekly, Z., Pillsbury, R., Punchard, W., Mushnick, S.

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NMR magnet technology at MIT : Twelfth international conference on magnet technology, Leningrad, June 23-28, 1991 von WILLIAMS, J. E. C, BOBROV, E. S, IWASA, Y, PUNCHARD, W. F. B, WRENN, J, ZHUKOVSKY, A

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Superconducting magnets for an MHD test facility and base load power plant von Stekly, Z., Thome, R., Punchard, W.

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Design and use of an electronic loss measurement apparatus for superconducting coils von Lucas, E., Punchard, W., Margosian, P., Beard, D.

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Ultra high-current superconducting cables for a 2.2-tesla, 300-kilojoule energy storage magnet von Miranda, G., Rhodenizer, R., Rackov, P., Punchard, W., de Winter, T.

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Implantable spinal fusion stimulator: Assessment of MR safety and artifacts von Shellock, Frank G., Hatfield, Malcolm, Simon, Bruce J., Block, Spencer, Wamboldt, Jennifer, Starewicz, Piotr M., Punchard, William F. B.

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