Search Results - "ZAPALAC, G"

Investigation of Detection Limits of Resistive Contact Plugs in Electron Beam Inspection Using Modeling and Simulation by De, I., Shadman, K., Zapalac, G.

“…Electron beam inspection has been commonly used in the semiconductor fabrication process to inspect wafers for defective metal or polysilicon plugs, plugs that…”
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Simulation of a dc electron beam strongly influenced by self-fields by Zapalac, G. H.

“…A method is presented to simulate the transport of a dc charged particle beam strongly influenced by its self-fields. If the initial phase space of the beam is…”
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Observation of strain-enhanced electron-spin polarization in photoemission from InGaAs by Maruyama, T, Garwin, EL, Prepost, R, Zapalac, GH, Smith, JS, Walker, JD

“…Electron-spin polarization in excess of 70% has been observed in photoemission from a 0.1-{mu}m-thick epitaxial layer of In{sub {ital x}}Ga{sub 1{minus}{ital…”
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Fast C-V method to mitigate effects of deep levels in CIGS doping profiles by Paul, P.K., Bailey, J., Zapalac, G., Arehart, A.R.

“…In this work, methods to determine more accurate doping profiles in semiconductors is explored where trap-induced artifacts such as hysteresis and doping…”
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Deep inelastic scattering of polarized electrons by polarized He 3 and the study of the neutron spin structure by Anthony, P. L., Arnold, R. G., Band, H. R., Borel, H., Bosted, P. E., Breton, V., Cates, G. D., Chupp, T. E., Dietrich, F. S., Dunne, J., Erbacher, R., Fellbaum, J., Fonvieille, H., Gearhart, R., Holmes, R., Hughes, E. W., Johnson, J. R., Kawall, D., Keppel, C., Kuhn, S. E., Lombard-Nelsen, R. M., Marroncle, J., Maruyama, T., Meyer, W., Meziani, Z. E., Middleton, H., Morgenstern, J., Newbury, N. R., Petratos, G. G., Pitthan, R., Prepost, R., Roblin, Y., Rock, S. E., Rokni, S. H., Shapiro, G., Smith, T., Souder, P. A., Spengos, M., Staley, F., Stuart, L. M., Szalata, Z. M., Terrien, Y., Thompson, A. K., White, J. L., Woods, M., Xu, J., Young, C. C., Zapalac, G.

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A time-dependent method for characterizing the diffusion of 222Rn in concrete by Zapalac, G H

“…The porosity and diffusion length of concrete have been determined by measuring the time-dependent diffusion of radon through a thin slab of the material. One…”
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Electron-spin polarization in photoemission from strained GaAs grown on GaAs1-xPx by MARUYAMA, T, GARWIN, E. L, PREPOST, R, ZAPALAC, G. H

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A fast and accurate method for measuring radon exhalation rates from building materials by Ingersoll, J G, Stitt, B D, Zapalac, G H

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Precision measurement of the proton spin structure function $g^{p}_{1} by Abe, K., Akagi, T., Anthony, P.L., Antonov, R., Arnold, R.G., Averett, T., Band, H.R., Bauer, J.M., Borel, H., Bosted, P.E., Breton, Vincent, Button-Shafer, J., Chen, J.P., Chupp, T.E., Clendenin, J., Comptour, C., Coulter, K.P., Court, G., Crabb, D., Daoudi, M., Day, D., Dietrich, F.S., Dunne, J., Dutz, H., Erbacher, R., Fellbaum, J., Feltham, A., Fonvieille, H., Frlez, E., Garvey, D., Gearhart, R., Gomez, J., Grenier, P., Griffioen, K.A., Hoeibraten, S., Hughes, E.W., Hyde-Wright, C., Johnson, J.R., Kawall, D., Klein, A., Kuhn, S.E., Kuriki, M., Lindgren, R., Liu, T.J., Lombard-Nelsen, R.M., Marroncle, J., Maruyama, T., Maruyama, X.K., Mccarthy, J., Meyer, W., Meziani, Z.E., Minehart, R., Mitchell, J., Morgenstern, J., Petratos, G.G., Pitthan, R., Pocanic, D., Prescott, C., Prepost, R., Raines, P., Raue, B., Reyna, D., Rijllart, A., Roblin, Y., Rochester, L., Rock, S.E., Rondon, O.A., Sick, I., Smith, L.C., Smith, T.B., Spengos, M., Staley, F., Steiner, P., Stuart, L.M., Suekane, F., Szalata, Z.M., Tang, Hao, Terrien, Y., Usher, T., Walz, D., White, J.L., Witte, K., Young, C., Youngman, B., Yuta, H., Zapalac, G., Zihlmann, B., Zimmermann, D.

“…We have measured the ratio g[sup p][sub 1]/F[sup p][sub 1] over the range 0.029 < x < 0.8 and 1.3 < Q2 < 10 (GeV/c)2 using deep-inelastic scattering of…”
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Measurements of $R = \sigma_{L} / \sigma_{T}$ for 0.03 $<$ x $<$ 0.1 and fit to world data by Abe, K., Akagi, T., Anthony, P.L., Antonov, R., Arnold, R.G., Averett, T., Band, H.R., Bauer, J.M., Borel, H., Bosted, P.E., Breton, Vincent, Button-Shafer, J., Chen, J.P., Chupp, T.E., Clendenin, J., Comptour, C., Coulter, K.P., Court, G., Crabb, D., Daoudi, M., Day, D., Dietrich, F.S., Dunne, J., Dutz, H., Erbacher, R., Fellbaum, J., Feltham, A., Fonvieille, H., Frlez, E., Garvey, D., Gearhart, R., Gomez, J., Grenier, P., Griffioen, K.A., Hoibraten, S., Hughes, E.W., Hyde-Wright, C., Johnson, J.R., Kawall, D., Klein, A., Kuhn, S.E., Kuriki, M., Lindgren, R., Liu, T.J., Lombard-Nelsen, R.M., Marroncle, J., Maruyama, T., Maruyama, X.K., Mccarthy, J., Meyer, W., Meziani, Z.E., Minehart, R., Mitchell, J., Morgenstern, J., Petratos, G.G., Pitthan, R., Pocanic, D., Prescott, C., Prepost, R., Raines, P., Raue, B., Reyna, D., Rijllart, A., Roblin, Y., Rochester, L.S., Rock, S.E., Rondon, O.A., Sick, I., Smith, L.C., Smith, T.B., Spengos, M., Staley, F., Steiner, P., Stuart, L.M., Suekane, F., Szalata, Z.M., Tang, Hao, Terrien, Y., Usher, T., Walz, D., Wesselmann, F., White, J.L., Witte, K., Young, C.C., Youngman, B., Yuta, H., Zapalac, G., Zihlmann, B., Zimmermann, D.

“…Measurements were made at SLAC of the cross section for scattering 29 GeV electrons from carbon at a laboratory angle of 4.5 degrees, corresponding to 0.03…”
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Precision measurement of the deuteron spin structure function $g^{d}_{1} by Abe, K., Akagi, T., Anthony, P.L., Antonov, R., Arnold, R.G., Averett, T., Band, H.R., Bauer, J.M., Borel, H., Bosted, P.E., Breton, Vincent, Button-Shafer, J., Chen, J.P., Chupp, T.E., Clendenin, J., Comptour, C., Coulter, K.P., Court, G., Crabb, D., Daoudi, M., Day, D., Dietrich, F.S., Dunne, J., Dutz, H., Erbacher, R., Fellbaum, J., Feltham, A., Fonvieille, H., Frlez, E., Garvey, D., Gearhart, R., Gomez, J., Grenier, P., Griffioen, K.A., Hoeibraten, S., Hughes, E.W., Hyde-Wright, C., Johnson, J.R., Kawall, D., Klein, A., Kuhn, S.E., Kuriki, M., Lindgren, R., Liu, T.J., Lombard-Nelsen, R.M., Marroncle, J., Maruyama, T., Maruyama, X.K., Mccarthy, J., Meyer, W., Meziani, Z.E., Minehart, R., Mitchell, J., Morgenstern, J., Petratos, G.G., Pitthan, R., Pocanic, D., Prescott, C., Prepost, R., Raines, P., Raue, B., Reyna, D., Rijllart, A., Roblin, Y., Rochester, L., Rock, S.E., Rondon, O.A., Sick, I., Smith, L.C., Smith, T.B., Spengos, M., Staley, F., Steiner, P., Stuart, L.M., Suekane, F., Szalata, Z.M., Tang, Hao, Terrien, Y., Usher, T., Walz, D., White, J.L., Witte, K., Young, C., Youngman, B., Yuta, H., Zapalac, G., Zihlmann, B., Zimmermann, D.

“…We report on a high-statistics measurement of the deuteron spin structure function g[sup d][sub 1] at a beam energy of 29 GeV in the kinematic range 0.029 < x…”
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Optoelectronic methods for characterizing uniformity in CIGS thin film solar cells by Boone, T. D., Soltz, D., Kinkhabwala, A. A., Zapalac, G., Pinarbasi, M.

“…The areal uniformity of electrical characteristics for photovoltaic materials is crucial to achieving maximum efficiency in any solar cell technology. Various…”
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Measurement of the electron asymmetry in the beta decay of polarized Sigma - hyperons by Hsueh, SY, Muller, D, Tang, J, Winston, R, Zapalac, G, Swallow, EC, Berge, JP, Brenner, AE, Grafstrom, P, Jastrzembski, E, Lach, J, Marriner, J, Raja, R, Smith, VJ, McCliment, E, Newsom, C, Anderson, EW, Denisov, AS, Grachev, VT, Kulikov, AV, Schegelsky, VA, Seliverstov, DM, Smirnov, NN, Terentyev, NK, Tkatch, II, II, Vorobyov, AA, Cooper, PS, Razis, P, Teig, LJ

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Fast C-V method to mitigate effects of deep levels in CIGS doping profiles by Paul, P. K, Bailey, J, Zapalac, G, Arehart, A. R

“…In this work, methods to determine more accurate doping profiles in semiconductors is explored where trap-induced artifacts such as hysteresis and doping…”
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High-precision measurement of polarized- Sigma - beta decay by Hsueh, SY, Müller, D, Tang, J, Winston, R, Zapalac, G, Swallow, EC, Berge, JP, Brenner, AE, Cooper, PS, Grafström, P, Jastrzembski, E, Lach, J, Marriner, J, Raja, R, Smith, VJ, McCliment, E, Newsom, C, Anderson, EW, Denisov, AS, Grachev, VT, Schegelsky, VA, Seliverstov, DM, Smirnov, NN, Terentyev, NK, Tkatch, II, II, Vorobyov, AA, Razis, P, Teig, LJ

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The Compton polarimeter at the SLC by Shapiro, G., Bethke, S., Chamberlain, O., Fuzesy, R., Kowitt, M., Pripstein, D., Schumm, B., Steiner, H., Zolotorev, M., Rowson, P., Blockus, D., Ogren, H., Settles, M., Fero, M., Lath, A., Calloway, D., Elia, R., Hughes, E., Junk, T., King, R., Maruyama, T., Zapalac, G.

“…Compton scattering provides a fast and accurate measurement of the longitudinal polarization of electron beams available at linear colliders. At the SLC, green…”
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New measurement of the production polarization and magnetic moment of the Xi - hyperon by Trost, LH, McCliment, ER, Newsom, CR, Hsueh, SY, Müller, D, Tang, J, Winston, R, Zapalac, G, Swallow, EC, Berge, JP, Brenner, AE, Cooper, PS, Grafström, P, Jastrzembski, E, Lach, J, Marriner, J, Raja, R, Smith, VJ, Anderson, EW, Denisov, AS, Grachev, VT, Schegelsky, VA, Seliverstov, DM, Smirnov, NN, Terentyev, NK, Tkatch, II, II, Vorobyov, AA, Razis, P, Teig, LJ

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Monte Carlo simulation of a nonlaminar DC beam including the influence of self-fields by Zapalac, G.

“…We present a method to simulate the transport of a nonlaminar DC beam under the influence of self-fields. The simulation randomly populates an initial phase…”
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Observation of strain-enhanced electron-spin polarization in phtoemission from InGaAs by MARUYAMA, T, GARWIN, E. L, PREPOST, R, ZAPALAC, G. H, SMITH, J. S, WALKER, J. D

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Initial impact parameter resolution of the new SLD vertex detector by Sinev, N.B, Brau, J.E, Abe, K, Arodzero, A.A, Baltay, C, Breidenbach, M, Burrows, P.N, Chou, A.S, Crawford, G, Damerell, C.J.S, Dervan, P.J, Dong, D.N, Emmet, W, English, R.L, Etzion, E, Frey, R, Foss, M, Haller, G, Hasuko, K, Hertzbach, S.S, Hoeflich, J, Huber, J, Huffer, M.E, Jackson, D.J, Jaros, J.A, Kelsey, J, Lee, I, Lia, V, Lintern, A.L, Liu, M.X, Manly, S.L, Masuda, H, McKemey, A.K, Moore, T.B, Nichols, A, Nagamine, T, Oishi, N, Osborne, L.S, Russell, J.J, Ross, D, Serbo, V.V, Sinnott, J, Skarpaas VIII, K, Smy, M.B, Snyder, J.A, Strauss, M.G, Dong, Su, Suekane, F, Taylor, F.E, Trandafir, A.I, Usher, T, Verdier, R, Watts, S.J, Weiss, E.R, Yashima, J, Yuta, H, Zapalac, G

“…During 1996 the SLD collaboration completed the construction of, and began the operation of, a new vertex detector (VXD3). This detector, based on 96 CCD’s…”
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