Search Results - "Delchamps, S.W"

Test of 2000 phototubes for the CDF endplug calorimeter upgrade by Breccia, L., Delchamps, S.W., Fiori, I., Farinelli, G., Freeman, J., Jaffrey, T., Kinney, W., Koska, W., Limon, P., Mishina, M., Pauletta, G., Strait, J., Zucchelli, S.

“…Over 2000 photomultiplier tubes have been selected as the readout device of the upgrade CDF Endplug calorimeter, a scintillator tile sampling calorimeter with…”
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Evaluation of candidate photomultiplier tubes for the upgrade of the CDF end plug calorimeter by Koska, W, Delchamps, S.W, Kinney, W, Lewis, D.C, Limon, P.J, Ronzhin, A, Strait, J, Fiori, I, Gallinaro, M, Pischalnikov, Y, Shen, Q

“…The Collider Detector at Fermilab is upgrading its end plug calorimeter from a gas detector system to one using scintillating tiles read out through wavelength…”
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Design and fabrication issues affecting the field quality of SSC collider dipole magnets built at Fermilab by Wake, M., Delchamps, S.W., DiMarco, J., Hanft, R., Jaffery, T.S., Koska, W., Kuzminski, J., Lamm, M.J., Mazur, P.O., Ogitsu, T., Strait, J., Tompkins, J.

“…Dipole magnets for the R&D of SSC were built and tested at Fermilab. The magnetic field properties were studied using short models and full scale models…”
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Test results of post-ASST design Fermilab built 1.5 meter, SSC collider model dipole magnets by Jaffery, T.S., Carson, J., Delchamps, S.W., Kinney, W., Kosaka, W., Lamm, M.J., Ozelis, J.P., Strait, J., Wake, M.

“…A series of 1.5-m-long and 50-mm-aperture model Superconducting Super Collider (SSC) dipole magnets was built and tested at Fermilab. Later models were built…”
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Magnetic field angle changes during manufacture and testing of SSC collider dipoles by Kuchnir, M., Bleadon, M., Delchamps, S.W., Schmidt, E., Bossert, R., Carson, J., Gourlay, S., Hanft, R., Koska, W., Lamm, M.J., Mazur, P.O., Orris, D., Ozelis, J., Strait, J., Wake, M., Devred, A., DiMarco, J., Kuzminski, J., Ogitsu, T., Yu, Y., Zheng, H.

“…Measurements of the magnetic field angle along the length of collider dipole magnets are discussed. These superconducting magnets were built at Fermilab for…”
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Quench characteristics of 5-cm-aperture, 15-m-long SSC dipole magnet prototypes by Nah, W., Akhmetov, A., Anerella, M., Bossert, R., Bush, T., Capone, D.W., Carson, J., Coombes, R., Cottingham, J., Delchamps, S.W., Devred, A., Di Marco, J., Ganetis, G., Garber, G., Goodzeit, C., Ghosh, A., Gourlay, S., Greene, A., Gupta, R., Hanft, R., Jain, A., Khan, S., Kelly, E., Koska, W., Kuchnir, M., Kuzminski, J., Lamm, M.J., Mantsch, P., Mazur, P.O., Morgan, G., Muratore, J., Ogitsu, T., Orris, D., Ozelis, J., Peterson, T., Pewitt, E.G., Prodell, A., Puglisi, M., Radusewicz, P., Rehak, M., Rohrer, E.P., Royet, J., Sampson, W., Sanger, P., Scanlan, R., Schermer, R., Shutt, R., Stiening, R., Strait, J., Taylor, C., Thomas, R., Thompson, P., Tompkins, J.C., Turner, J., Wake, M., Wanderer, P., Willen, E., Yu, Y., Zbasnik, J., Zhao, Y., Zheng, H.

“…The quench performance and ramp rate sensitivity of 18 5-cm-aperture, 15-m-long Superconducting Super Collider (SSC) dipole magnet prototypes are discussed…”
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Mechanical performance of 5-cm-aperture, 15-m-long SSC dipole magnet prototypes by Ogitsu, T., Akhmetov, A., Anerella, M., Bossert, R., Bush, T., Capone, D.W., Carson, J., Coombes, R., Cottingham, J., Delchamps, S.W., Devred, A., DiMarco, J., Ganetis, G., Garber, M., Goodzeit, C., Ghosh, A., Gourlay, S., Greene, A., Gupta, R., Hanft, R., Jain, A., Kahn, S., Kelly, E., Koska, W., Kuchnir, M., Kuzminski, J., Lamm, M.J., Mantsch, P., Mazur, P.O., Morgan, G., Muratore, J., Nah, W., Orris, D., Ozelis, J., Peterson, T., Pewitt, E.G., Prodell, A., Puglisi, M., Rodusewicz, P., Rehak, M., Rohrer, E.P., Royet, J., Sampson, W., Sanger, P., Scanlan, R., Schermer, R., Shutt, R., Stiening, R., Strait, J., Taylor, C., Thomas, R., Thompson, P., Tompkins, J.C., Turner, J., Wake, M., Wanderer, P., Willen, E., Yu, Y., Zbasnik, J., Zhao, Y., Zheng, H.

“…The authors summarize the mechanical performance of the most recent 5-cm-aperture, 15-m-long SSC dipole magnet prototypes. The magnets were produced at…”
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Current dependence of harmonic field coefficients of 5-cm-aperture, 15-m-long SSC dipole magnet prototypes by Zhao, Y., Akhmetov, A., Anerella, M., Bossert, R., Bush, T., Capone, D.W., Carson, J., Coombes, R., Cottingham, J., Delchamps, S.W., Devred, A., Di Marco, J., Ganetis, G., Garber, M., Goodzeit, C., Ghosh, A., Gourlay, S., Greene, A., Gupta, R., Hanft, R., Jain, A., Kahn, S., Kelly, E., Koska, W., Kuchnir, M., Kuzminski, J., Lamm, M.J., Mantsch, P., Mazur, P.O., Morgan, G., Muratore, J., Nah, W., Ogitsu, T., Orris, D., Ozelis, J., Peterson, T., Pewitt, E.G., Prodell, A., Puglisi, M., Radusewicz, P., Rehak, M., Rohrer, E.P., Royet, J., Sampson, W., Sanger, P., Scanlan, R., Schermer, R., Shutt, R., Stiening, R., Strait, J., Taylor, C., Thomas, R., Thompson, P., Tompkins, J.C., Turner, J., Wake, M., Wanderer, P., Willen, E., Yu, Y., Zbasnik, J., Zheng, H.

“…Eighteen 5-cm-aperture, 15-m-long Superconducting Super Collider (SSC) dipole magnet prototypes have been produced and cold tested. On each prototype, the…”
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Performance of a lead radiator, gas tube calorimeter by Spiegel, L., Arenton, M., Chen, T.Y., Conetti, S., Cox, B., Delchamps, S.W., Etemadi, B., Fortney, L., Guffey, K., Haire, M., Ioannu, P., Jenkins, C.M., Judd, D.J., Kourkoumelis, C., Koutentakis, I., Kuzminski, J., Lai, K.W., Manousakis-Katsikakis, A., Mao, H., Marchionni, A., Mazur, P.O., Murphy, C.T., Pramantiotis, T., Rameika, R., Resvanis, L.K., Rosati, M., Rosen, J.L., Shen, C.H., Shen, Q., Simard, A., Smith, R.P., Stairs, D., Tesarek, R., Tucker, W., Turkington, T., Turkot, F., Turnbull, L., Tzamarias, S., Vassiliou, M., Voulgaris, G., Wagoner, D.E., Wang, C., Yang, W., Yao, N., Zhang, N., Zhang, X., Zioulas, G.

“…The design and performance of a 4.2-radiation-length, lead-sandwich, gas tube hodoscope are discussed. The device, measuring 1*2 m/sup 2/ in area and 12 cm in…”
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Precision charge amplification and digitization system for a scintillating and lead glass array by Delchamps, S.W., Rameika, R., Arenton, M., Chen, T.Y., Conetti, S., Cox, B., Etemadi, B., Fortney, L., Guffey, K., Haire, M., Ioannu, P., Jenkins, C.M., Judd, D.J., Kourkoumelis, C., Koutentakis, J., Kuzminski, J., Lai, K.W., Manousakis-Katsikakis, A., Mao, H., Marchionni, A., Mazur, P.O., Murphy, C.T., Pramantiotis, T., Resvanis, L.K., Rosati, M., Rosen, J.L., Shen, C.H., Shen, Q., Simard, A., Smith, R.P., Spiegel, L., Stairs, D., Tesarek, R., Tucker, W., Turkington, T., Turkot, F., Turnbull, L., Tzamarias, S., Vassiliou, M., Voulgaris, G., Wagoner, D.E., Wang, C., Yang, W., Yao, N., Zhang, N., Zhang, X., Zioulas, G.

“…A 544-channel low-noise, high-rate precision charge-amplification and ADC (analog/digital converter) system was constructed for the Fermilab Experiment 705…”
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SSC collider dipole magnet end mechanical design by Delchamps, S.W., Bossert, R.C., Carson, J., Ewald, K., Fulton, H., Kerby, J., Koska, W., Strait, J., Wake, M., Leung, K.K.

“…The authors describe the mechanical design of the ends of Superconducting Super Collider (SSC) dipole magnets to be constructed and tested at Fermilab. Coil…”
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Fermilab-built SSC collider dipoles using low temperature curing insulation systems with and without glass tape by Jaffery, T.S., Coombes, R., Devred, A., DiMarco, J., Ogitsu, T., Sims, R.E., Tompkins, J.C., Wake, M., Bossert, R., Carson, J., Delchamps, S.W., Gonczy, I., Gourlay, S., Hanft, R., Lamm, M.J., Mazur, P., Orris, D., Strait, J.

“…Polyimide with epoxy impregnated glass tape was used in Fermilab baseline design of several SSC Collider dipole magnets which were used in the SSC Accelerator…”
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Inclusive neutral- D production in 205-GeV/ c. pi. sup minus Be interactions by Sarmiento, M., Mooney, P., Bishop, J.M., Biswas, N., Cason, N.M., Dauwe, L., Godfrey, J., Kenney, V.P., Pemper, R., Rojek, E., Ruchti, R.C., Shephard, W.D., Edelstein, R.M., Forsyth, C.P., Gamarnik, K., Ginther, G., Kreymer, A.E., Lipton, R., McQuade, J.M., Potter, D.M., Russ, J.S., Spiegel, L., Johnson, D.E., Buchholz, D., Cremaldi, L., Delchamps, S.W., Mao, H.S., Rosen, J.L., Sakumoto, W., Schluter, R.A., Sontz, S.B., Winter, C.

“…Hadronic charm production was investigated with a two-arm magnetic spectrometer. The experiment was triggered on muons from the semileptonic decay of charm…”
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