Toward early cancer detection using superparamagnetic relaxometry in a SQUID-based ULF-MRI system von Magnelind, P E, Kim, Y J, Matlashov, A N, Newman, S G, Volegov, P L, 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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MRI with an atomic magnetometer suitable for practical imaging applications von Savukov, I.M., Zotev, V.S., Volegov, P.L., Espy, M.A., Matlashov, A.N., Gomez, J.J., Kraus, R.H.

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New experimental limit on the electric dipole moment of the electron in a paramagnetic insulator von Kim, Y. J., Liu, C.-Y., Lamoreaux, S. K., Visser, G., Kunkler, B., Matlashov, A. N., Long, J. C., Reddy, T. G.

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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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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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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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Non-destructive evaluation with a linear array of 11 HTS SQUIDs von Espy, M.A., Matlashov, A.N., Mosher, J.C., Kraus, R.H.

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Two methods for a first order hardware gradiometer using two HTS SQUIDs von Espy, M.A., Flynn, E.R., Kraus, R.H., Matlashov, A.N.

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Comparison of Axial Wire-Wound and Planar Thin-Film SQUID-Based Gradiometers for Super-Paramagnetic Relaxometry Measurements von Anderson, W. H., Flynn, E. R., Karaulanov, T., Matlashov, A. N., Nettles, C., Radigan, W.

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SQUIDs vs. Induction Coils for Ultra-Low Field Nuclear Magnetic Resonance: Experimental and Simulation Comparison von Matlashov, A N, Schultz, L J, Espy, M A, Kraus, R H, Savukov, I M, Volegov, P L, Wurden, C J

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High sensitive magnetometers and gradiometers based on DC SQUIDs with flux focuser von Matlashov, A.N., Koshelets, V.P., Kalashnikov, P.V., Zhuravlev, Y.E., Slobodchikov, V.Y., Kovtonyuk, S.A., Filippenko, L.V.

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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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DC SQUID preamplifier for DC-SQUID magnetometer von Koshelets, V.P., Matlashov, A.N., Serpuchenko, I.L., Filippenko, L.V., Zhuravlev, Y.E.

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Noise Modeling From Conductive Shields Using Kirchhoff Equations von Sandin, H J, Volegov, P L, Espy, M A, Matlashov, A N, Savukov, I M, Schultz, L J

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New Experimental Limit on the Electric Dipole Moment of the Electron in a Paramagnetic Insulator von Kim, Y J, C -Y Liu, Lamoreaux, S K, Visser, G, Kunkler, B, Matlashov, A N, Long, J C, Reddy, T G

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Co-Registration of Interleaved MEG and ULF MRI Using a 7 Channel Low- T SQUID System von Magnelind, P E, Gomez, J J, Matlashov, A N, Owens, T, Sandin, J H, Volegov, P L, Espy, M A

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Microtesla MRI with dynamic nuclear polarization von Zotev, V S, Owens, T, Matlashov, A N, Savukov, I M, Gomez, J J, Espy, M A

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Tikhonov regularisation approach to dynamic biomagnetic imaging von Nikulin, S L, Zhuravlev, Yu E, Matlashov, A N, Lipovitch, A Ya

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