SQUID-Based Microtesla MRI for In Vivo Relaxometry of the Human Brain von Zotev, V.S., Matlashov, A.N., Savukov, I.M., Owens, T., Volegov, P.L., Gomez, J.J., Espy, M.A.

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SQUID-based systems for co-registration of ultra-low field nuclear magnetic resonance images and magnetoencephalography von Matlashov, A.N., Burmistrov, E., Magnelind, P.E., Schultz, L., Urbaitis, A.V., Volegov, P.L., Yoder, J., Espy, M.A.

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Polarization enhancement technique for nuclear quadrupole resonance detection von Kim, Y.J., Karaulanov, T., Matlashov, A.N., Newman, S., Urbaitis, A., Volegov, P., Yoder, J., Espy, M.A.

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SQUID detected NMR in microtesla magnetic fields von Matlachov, Andrei N., Volegov, Petr L., Espy, Michelle A., George, John S., Kraus, Robert H.

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Simultaneous magnetoencephalography and SQUID detected nuclear MR in microtesla magnetic fields von Volegov, Petr, Matlachov, Andrei N., Espy, Michelle A., George, John S., Kraus Jr, Robert H.

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On concomitant gradients in low-field MRI von Volegov, P.L., Mosher, J.C., Espy, M.A., Kraus, R.H.

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SQUID-based simultaneous detection of NMR and biomagnetic signals at ultra-low magnetic fields von Espy, M.A., Matlachov, A.N., Volegov, P.L., Mosher, J.C., Kraus, R.H.

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Magnetic Sensors for Bioassay: HTS SQUIDs or GMRs? von Carr, C., Matlachov, A.N., Sandin, H., Espy, M.A., Kraus, R.H.

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Noise-free magnetoencephalography recordings of brain function von Volegov, P, Matlachov, A, Mosher, J, Espy, M A, Jr, R H Kraus

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Ultra-Low Field NMR of rm UF 6 for 235 rm U Detection and Characterization von Magnelind, P E, Matlashov, AN, Volegov, P L, Espy, MA

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Toward SQUID-Based Direct Measurement of Neural Currents by Nuclear Magnetic Resonance von Kraus, R.H., Espy, M.A., Volegov, P.L., Matlachov, A.N., Mosher, J.C., Urbaitis, A.V., Zotev, V.S.

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Multi-Channel SQUID System for MEG and Ultra-Low-Field MRI von Zotev, V.S., Matlachov, A.N., Volegov, P.L., Sandin, H.J., Espy, M.A., Mosher, J.C., Urbaitis, A.V., Newman, S.G., Kraus, R.H.

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Instrumentation for simultaneous detection of low field NMR and biomagnetic signals von Matlachov, A.N., Volegov, P.L., Espy, M.A., Stolz, R., Fritzsch, L., Zakosarenko, V., Meyer, H.-G., Kraus, R.H.

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Design of a SQUID array as a discrete spatial filter von Bruno, A C, Espy, M A

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Characterization of stainless steel inertia welds using HTS SQUID NDE von Carr, C., Espy, M.A., Abeln, T.G., Kraus, R.H.

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Performance of a novel SQUID-based superconducting imaging-surface magnetoencephalography system von Kraus, R.H., Volegov, P., Maharajh, K., Espy, M.A., Matlashov, A.N., Flynn, E.R.

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Weld quality evaluation using a high-temperature SQUID array von Clark, D.D., Espy, M.A., Kraus, R.H., Matlachov, A., Lamb, J.S.

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SQUID noise as a function of temperature: a survey of three SQUID's von Espy, M.A., Matlachov, A.N., Kraus, R.H., Betts, J.B.

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Digital spatial filter made from a SQUID array von Bruno, A.C., Espy, M.A., Clark, D.D., Matlashov, A.N., Kraus, R.H.

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The temperature dependence of SQUID noise at temperatures below 4 K von Espy, M.A., Matlashov, A.N., Kraus Jr, R.H., Balakirev, F., Betts, J.

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