Search Results - "Kimberk, R"

Design and characterization of the Large-aperture Experiment to Detect the Dark Age (LEDA) radiometer systems by Price, D C, Greenhill, L J, Fialkov, A, Bernardi, G, Garsden, H, Barsdell, B R, Kocz, J, Anderson, M M, Bourke, S A, Craig, J, Dexter, M R, Dowell, J, Eastwood, M W, Eftekhari, T, Ellingson, S W, Hallinan, G, Hartman, J M, Kimberk, R, Lazio, T Joseph W, Leiker, S, MacMahon, D, Monroe, R, Schinzel, F, Taylor, G B, Tong, E, Werthimer, D, Woody, D P

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Study of the Effect of Microwave Radiation on the Operation of HEB Mixers in the Terahertz Frequency Range by Ryabchun, S., Tong, C.-Y.E., Blundell, R., Kimberk, R., Gol'tsman, G.

“…We have investigated the effect of injecting microwave radiation, with a frequency much lower than that corresponding to the energy gap of the superconductor,…”
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Gain stabilization of a submillimeter SIS heterodyne receiver by Battat, J., Blundell, R., Hunter, T.R., Kimberk, R., Leiker, P.S., Tong, C.-Y.E.

“…We have designed a system to stabilize the gain of a submillimeter heterodyne receiver against thermal fluctuations of the mixing element. In the most…”
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Demonstration of a 630-GHz photomixer used as a local oscillator by Duerr, E.K., McIntosh, K.A., Duffy, S.M., Calawa, S.D., Verghese, S., Tong, C.-Y.E., Kimberk, R., Blundell, R.

“…We report the first successful demonstration of a photomixer local oscillator (LO) integrated with a superconducting heterodyne detector. The photomixer LO…”
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A photomixer local oscillator for a 630-GHz heterodyne receiver by Verghese, S., Duerr, E.K., McIntosh, K.A., Duffy, S.M., Calawa, S.D., Tong, C.-Y.E., Kimberk, R., Blundell, R.

“…A photomixer local oscillator (LO) operating at the 630-GHz difference frequency of two laser diodes was successfully demonstrated with a heterodyne detector…”
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Design and characterization of the Large-Aperture Experiment to Detect the Dark Age (LEDA) radiometer systems by Price, D. C, Greenhill, L. J, Fialkov, A, Bernardi, G, Garsden, H, Barsdell, B. R, Kocz, J, Anderson, M. M, Bourke, S. A, Craig, J, Dexter, M. R, Dowell, J, Eastwood, M. W, Eftekhari, T, Ellingson, S. W, Hallinan, G, Hartman, J. M, Kimberk, R, Lazio, T. J. W, Leiker, S, MacMahon, D, Monroe, R, Schinzel, F, Taylor, G. B, Tong, E, Werthimer, D, Woody, D. P

“…The Large-Aperture Experiment to Detect the Dark Age (LEDA) was designed to detect the predicted O(100)mK sky-averaged absorption of the Cosmic Microwave…”
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The Digital Motion Control System for the Submillimeter Array Antennas by Hunter, T. R, Wilson, R. W, Kimberk, R, Leiker, P. S, Patel, N. A, Blundell, R, Christensen, R. D, Diven, A. R, Maute, J, Plante, R. J, Riddle, P, Young, K. H

“…Journal of Astronomical Instrumentation, Volume 2, Issue 1, id. 1350002-219, September 2013 We describe the design and performance of the digital servo and…”
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Receiver control for the Submillimeter Array by Hunter, T. R, Wilson, R. W, Kimberk, R, Leiker, P. S, Christensen, R. D

“…2002SPIE.4848..206H Efficient operation of a submillimeter interferometer requires remote (preferably automated) control of mechanically tuned local…”
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Receivers for the submillimeter array by Blundell, R., Tong, C.-Y.E., Paine, S., Papa, C., Barrett, J.W., Leombruno, R.L.L., Kimberk, R., Wilson, R.W., Hunter, T.R.

“…We report here on a 176-256 GHz low-noise receiver system recently installed in the first of our submillimeter array antennas. The receiver is housed in a…”
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