Search Results - "Chantell, M.C."

The use of an ultra-violet camera in the atmospheric Cherenkov technique by Urban, M., Chantell, M.C., Fleury, P., Harris, K., Kerrick, A.D., Paré, E., Punch, M., Sarazin, X., Vacanti, G., Weekes, T.C.

“…The atmospheric Cherenkov technique for gamma ray astronomy is shown to be feasible using an ultraviolet (UV) camera on moon-lit-nights. The Whipple telescope…”
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A hybrid version of the Whipple observatory's air Cherenkov imaging camera for use in moonlight by Chantell, M.C., Akerlof, C.W., Badran, H.M., Buckley, J., Carter-Lewis, D.A., Cawley, M.F., Connaughton, V., Fegan, D.J., Fleury, P., Gaidos, J., Hillas, A.M., Lamb, R.C., Pare, E., Rose, H.J., Rovero, A.C., Sarazin, X., Sembroski, G., Schubnell, M.S., Urban, M., Weekes, T.C., Wilson, C.

“…A hybrid version of the Whipple Observatory's atmospheric Cherenkov imaging camera that permits observation during periods of bright moonlight is described…”
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The STACEE-32 ground based gamma-ray detector by Hanna, D.S., Bhattacharya, D., Boone, L.M., Chantell, M.C., Conner, Z., Covault, C.E., Dragovan, M., Fortin, P., Gregorich, D.T., Hinton, J.A., Mukherjee, R., Ong, R.A., Oser, S., Ragan, K., Scalzo, R.A., Schuette, D.R., Théoret, C.G., Tümer, T.O., Williams, D.A., Zweerink, J.A.

“…We describe the design and performance of the Solar Tower Atmospheric Cherenkov Effect Experiment detector in its initial configuration (STACEE-32). STACEE is…”
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Constraints on Gamma-Ray Emission from the Galactic Plane at 300 TeV by Borione, A, Catanese, M. A, Chantell, M. C, Covault, C. E, Cronin, J. W, Fick, B. E, Fortson, L. F, Fowler, J, Glasmacher, M. A. K, Green, K. D, Kieda, D. B, Matthews, J, Newport, B. J, Nitz, D, Ong, R. A, Oser, S, Sinclair, D, van der Velde, J. C

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Prototype test results of the solar tower atmospheric Cherenkov effect experiment (STACEE) by Chantell, M.C., Bhattacharya, D., Covault, C.E., Dragovan, M., Fernholz, R., Gregorich, D.T., Hanna, D.S., Marion, G.H., Ong, R.A., Oser, S., Tumer, T.O., Williams, D.A.

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A Search for Ultra-High-Energy Gamma-Ray Emission from the Crab Nebula and Pulsar by Borione, A, Catanese, M. A, Chantell, M. C, Covault, C. E, Cronin, J. W, Fick, B. E, Fortson, L. F, Fowler, J. F, Gibbs, K. G, Glasmacher, M. A. K, Green, K. D, Kieda, D. B, Matthews, J, Newport, B. J, Nitz, D. F, Ong, R. A, Rosenberg, L. J, Sinclair, D, van der Velde, J. C

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The cosmic ray composition between 1014 and 1016 eV by Glasmacher, M.A.K., Catanese, M.A., Chantell, M.C., Covault, C.E., Cronin, J.W., Fick, B.E., Fortson, L.F., Fowler, J.W., Green, K.D., Kieda, D.B., Matthews, J., Newport, B.J., Nitz, D.F., Ong, R.A., Oser, S., Sinclair, D., van der Velde, J.C.

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The cosmic ray energy spectrum between 10 14 and 10 16 eV by Glasmacher, M.A.K., Catanese, M.A., Chantell, M.C., Covault, C.E., Cronin, J.W., Fick, B.E., Fortson, L.F., Fowler, J.W., Green, K.D, Kieda, D.B., Matthews, J., Newport, B.J., Nitz, D.F., Ong, R.A., Oser, S., Sinclair, D., van der Velde, J.C.

“…The energy spectrum of cosmic rays with primary energies between 10 14 eV and 10 16 eV has been studied with the CASA-MIA air shower array. The measured…”
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The cosmic ray composition between 10 14 and 10 16 eV by Glasmacher, M.A.K., Catanese, M.A., Chantell, M.C., Covault, C.E., Cronin, J.W., Fick, B.E., Fortson, L.F., Fowler, J.W., Green, K.D., Kieda, D.B., Matthews, J., Newport, B.J., Nitz, D.F., Ong, R.A., Oser, S., Sinclair, D., van der Velde, J.C.

“…The mass composition of cosmic rays with primary energies between 10 14 eV and 10 16 eV has been studied using the surface and buried scintillators of the…”
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Observation of the Crab Nebula with an ultraviolet Cherenkov camera by Sarazin, X., Chantell, M.C., Fleury, P., Paré, E., Punch, M., Urban, M., Vacanti, G., Weekes, T.C.

“…Gamma-ray astronomy at energies of a few hundred GeV is now well established, with the observation of emission from the Crab Nebula by at least five…”
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Energy spectra and composition near the knee by Glasmacher, M.A.K., Catanese, M.A., Chantell, M.C., Covault, C.E., Cronin, J.W., Fick, B.E., Fortson, L.F., Fowler, J.W., Green, K.D, Kieda, D.B., Matthews, J., Newport, B.J., Nitz, D.F., Ong, R.A., Oser, S., Sinclair, D., van der Velde, J.C.

“…Measurements with the CASA-MIA experiment show the cosmic ray spectral knee to be a smooth transition. The composition is consistent with direct measurements…”
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