Search Results - "Bekema, M"

SEPIA - a new single pixel receiver at the APEX Telescope by Belitsky, V, Lapkin, I, Fredrixon, M, Meledin, D, Sundin, E, Billade, B, Ferm, S. -E, Pavolotsky, A, Rashid, H, Strandberg, M, Desmaris, V, Ermakov, A, Krause, S, Olberg, M, Aghdam, P, Shafiee, S, Bergman, P, De Beck, E, Olofsson, H, Conway, J, De Breuck, C, Immer, K, Yagoubov, P, Montenegro-Montes, F. M, Torstensson, K, Pérez-Beaupuits, J. -P, Klein, T, Boland, W, Baryshev, A. M, Hesper, R, Barkhof, J, Adema, J, Bekema, M. E, Koops, A

“…Context: We describe the new SEPIA (Swedish-ESO PI Instrument for APEX) receiver, which was designed and built by the Group for Advanced Receiver Development…”
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The ALMA Band 9 receiver - Design, construction, characterization, and first light by Baryshev, A. M, Hesper, R, Mena, F. P, Klapwijk, T. M, van Kempen, T. A, Hogerheijde, M. R, Jackson, B. D, Adema, J, Gerlofsma, G. J, Bekema, M. E, Barkhof, J, de Haan-Stijkel, L. H. R, Bemt, M. van den, Koops, A, Keizer, K, Pieters, C, Jagt, J. Koops van het, Schaeffer, H. H. A, Zijlstra, T, Kroug, M, Lodewijk, C. F. J, Wielinga, K, Boland, W, de Graauw, M. W. M, van Dishoeck, E. F, Jager, H, Wild, W

“…A&A 577, A129 (2015) We describe the design, construction, and characterization of the Band 9 heterodyne receivers (600-720 GHz) for the Atacama Large…”
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Design and performance of the 600-720 GHz ALMA band 9 cartridge by Baryshev, A.M., Hesper, R., Jackson, B.D., Mena, P., Barkhof, J., Zijstra, T., Lodewijk, C., Gerlofsma, G., Adema, J., Rivas, R., Keizer, K., Bekema, M., Koops, A., Wild, W., Klapwijk, T.M.

“…The ALMA band 9 cartridge is a compact receiver unit for the Atacama large millimeter array (ALMA) containing the core of a 600-720 GHz heterodyne front end,…”
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The BlackGEM telescope array I: Overview by Groot, Paul J, Bloemen, S, Vreeswijk, P, van Roestel, J, Jonker, P. G, Nelemans, G, Klein-Wolt, M, Poole, R. Le, Pieterse, D, Rodenhuis, M, Boland, W, Haverkorn, M, Aerts, C, Bakker, R, Balster, H, Bekema, M, Dijkstra, E, Dolron, P, Elswijk, E, van Elteren, A, Engels, A, Fokker, M, de Haan, M, Hahn, F, ter Horst, R, Lesman, D, Kragt, J, Morren, J, Nillissen, H, Pessemier, W, de Rijke, A, Raskin, G, Scheers, L. H. A, Schuil, M, Timmer, S. T, Amaral, L. Antunes, Arancibia-Rojas, E, Arcavi, I, Blagorodnova, N, Biswas, S, Breton, R, Dawson, H, Dayal, P, De Wet, S, Duffy, C, Faris, S, Fausnaugh, M, Gal-Yam, A, Geier, S, Horesh, A, Johnston, C, Wijnands, R. A. D, Modiano, D, Katusiime, G, Kelley, C, Kosakowski, A, Kupfer, T, Leloudas, G, Mogawana, O, Munday, J, Paice, J. A, Patat, F, Pelisoli, I, Ramsay, G, Ranaivomanana, P. T, Ruiz-Carmona, R, Schaffenroth, V, Scaringi, S, Stoppa, F, Street, R, Tranin, H, Uzundag, M, Valenti, S, Veresvarska, M, Vuckovic, M, Wichern, H. C. I, Wijers, R. A. M. J, Zimmerman, E

“…The main science aim of the BlackGEM array is to detect optical counterparts to gravitational wave mergers. Additionally, the array will perform a set of…”
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APEX-SEPIA660 Early Science: Gas at densities above $10^7$ cm$^{-3}$ towards OMC-1 by Hacar, A, Hogerheijde, M. R, Harsono, D, Zwart, S. Portegies, De Breuck, C, Torstensson, K, Boland, W, Baryshev, A. M, Hesper, R, Barkhof, J, Adema, J, Bekema, M. E, Koops, A, Khudchenko, A, Stark, R

“…A&A 644, A133 (2020) Context. The star formation rates and stellar densities found in young massive clusters suggest that these stellar systems originate from…”
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