The introduction of titanium into internal-tin Nb3Sn by a variety of procedures von GREGORY, E, TOMSIC, M, SUMPTION, M. D, PENG, X, WU, X, COLLINGS, E. W, ZEITLIN, B. A

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Some factors involved in the development of a tubular process for Nb3Sn conductors von GREGORY, E, ZEITLIN, B. A, TOMSIC, M, PENG, X, SUMPTION, M. D, COLLINGS, E. W

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Multifilament NbTi with artificial pinning centers : the effect of alloy and pin material on the superconducting properties von MOTOWIDLO, L. R, ZEITLIN, B. A, WALKER, M. S, HALDAR, P

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Flux pinning in multifilamentary superconducting wires with ferromagnetic artificial pinning centers von Wang, J.-Q., Rizzo, N.D., Prober, D.E., Motowidlo, L.R., Zeitlin, B.A.

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A statistical evaluation of recent SSC conductors produced at IGC/ASI von Valaris, P., Kanithi, H.C., Macri, R., Zeitlin, B.A.

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Continued progress on a low cost high current density mono element internal tin conductor (MEIT) with integral barriers von Zeitlin, B.A., Gregory, E., Pyon, T., Scanlan, R.M.

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Ferromagnetic artificial pinning centers in superconducting Nb0.36Ti0.64 wires von Rizzo, N. D., Wang, J. Q., Prober, D. E., Motowidlo, L. R., Zeitlin, B. A.

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Multifilamentary NbTi with artificial pinning centers: the effect of alloy, pin material, and geometry on the superconducting properties von Motowidlo, L.R., Zeitlin, B.A., Walker, M.S., Haldar, P., McCambridge, J.D., Rizzo, N.D., Ling, X.S., Prober, D.E.

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Flux pinning in NbTi/Nb multilayers von McCambridge, J.D., Rizzo, N.D., Ling, X.S., Wang, J.Q., Prober, D.E., Motowidlo, L.R., Zeitlin, B.A.

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SSCL phase 1 inner cable development program at IGC Advanced Superconductors, Inc von Valaris, P., Kanithi, H., Alderson, D., Krahula, F., Wiegert, W., Macri, R., Sorvillo, G., Rinaldi, J., O'Heron, D., Zeitlin, B.A.

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Further development of aluminum clad superconductors von Kanithi, H.C., Phillips, D., Zeitlin, B.A.

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A high current density low cost niobium sub(3) tin conductor scalable to modern niobium titanium production economics von Zeitlin, B A, Gregory, E, Pyon, T

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Fine filament NbTi conductors for the SSC von Kanithi, H.C., King, C.G., Zeitlin, B.A., Scanlan, R.M.

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Low loss and high current Nb3Sn conductors made by the internal-tin method von KANITHI, H. C, MOTOWIDLO, L. R, OZERYANSKY, G. M, HAZELTON, D. W, ZEITLIN, B. A

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Pinning and vortex lattice structure in NbTi alloy multilayers von McCambridge, J.D., Rizzo, N.D., Hess, S.T., Wang, J.Q., Ling, X.S., Prober, D.E., Motowidlo, L.R., Zeitlin, B.A.

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An improved method of introducing additional alloying elements into Nb3Sn von OZERYANSKY, G. M, GREGORY, E, ZEITLIN, B. A

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Fluctuation Effects on a Strongly Pinned Vortex Lattice in a Thin Type-II Superconducting Wire von Ling, XS, McCambridge, JD, Rizzo, ND, Sleight, JW, Prober, DE, Motowidlo, LR, Zeitlin, BA

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Properties and performance of fine-filament bronze-process Nb3Sn conductors von Walker, M., Cutro, J., Zeitlin, B., Ozeryansky, G., Schwall, R., Oberly, C., Ho, J., Woollam, J.

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Results on mono element internal tin Nb(3)Sn conductors (MEIT) with Nb7.5Ta and Nb(1Zr-O/x/) filaments von Zeitlin, B A, Gregory, E, Marte, J, Benz, M, Pyon, Tae, Scanlan, R, Dietderich, D

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A high current density low cost niobium(3)tin conductor scalable to modern niobium titanium production economics von Zeitlin, B A, Gregory, E, Pyon, Taeyoung

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