Search Results - "Seifrid, P."

A 1.7 GHz waveguide schottky detector system by Pasquinelli, R.J., Cullerton, E., Sun, D., Tinsley, D., Seifrid, P., Peterson, D., Steimel, J.

“…A 1.7 GHz waveguide Schottky detector system has been designed and built for each of the Fermilab Tevatron and recycler accelerators. The waveguide detector is…”
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Bunched beam stochastic cooling in the Fermilab Tevatron Collider by Jackson, G., Buchanan, E., Budlong, J., Harms, E., Hurh, P., McGinnis, D., Pasquinelli, R., Peterson, D., Poll, D., Seifrid, P.

“…In order to double the integrated luminosity of the Tevatron collider in the next running period, a 4-8 GHz bunched beam betatron stochastic cooling system has…”
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The 4.8 GHz LHC Schottky pick-up system by Caspers, F., Jimenez, J.M., Jones, O.R., Kroyer, T., Vuitton, C., Hamerla, T.W., Jansson, A., Misek, J., Pasquinelli, R.J., Seifrid, P., Ding Sun, Tinsley, D.

“…The LHC Schottky observation system is based on traveling wave type high sensitivity pickup structures operating at 4.8 GHz. The choice of the structure and…”
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A test of bunched beam stochastic cooling in the Fermilab Tevatron collider by Jackson, G., Buchanan, E., Budlong, J., Harms, E., Lee, G., Marriner, J., McGinnis, D., Pasquinelli, R., Peterson, D., Poll, D., Rohde, D., Seifrid, P., Voy, D.

“…In order to double the integrated luminosity of the Tevatron collider in the next running period, a 4-8-GHz bunched-beam betatron stochastic cooling system has…”
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