Details

Autor(en) / Beteiligte

• Kashima, S.
• Akiba, Y.
• Arnold, K.
• Baccigalupi, C.
• Beckman, S.
• Borrill, J.
• Bucher, M.
• Chinone, Y.
• Cho, H. -M.
• Cukierman, A.
• de Haan, T.
• Dobbs, M.
• Dominjon, A.
• Duband, L.
• Dunkley, J.
• Duval, J. M.
• Eriksen, H. K.
• Fischer, J.
• Fuskeland, U.
• Ganga, K.
• Grain, J.
• Halverson, N. W.
• Hamada, T.
• Hasegawa, M.
• Hattori, K.
• Hattori, M.
• Hayes, L.
• Hazumi, M.
• Hidehira, N.
• Hill, C. A.
• Ichiki, K.
• Iida, T.
• Imada, H.
• Inoue, M.
• Inoue, Y.
• Irwin, K. D.
• Ishino, H.
• Kanai, H.
• Kaneko, D.
• Katayama, N.
• Kawasaki, T.
• Kibayashi, A.
• Kimura, K.
• Kisner, T.
• Kohri, K.
• Kuo, C. L.
• Kusaka, A.
• Lazarian, A.
• Lee, A. T.
• Li, D.
• Maffei, B.
• Mangilli, A.
• Maki, M.
• Matsumura, T.
• Matsuura, S.
• Meilhan, D.
• Nagai, M.
• Naruse, M.
• Nitta, T.
• Noguchi, T.
• Oguri, S.
• Okada, N.
• Okamoto, A.
• Okamura, T.
• Otani, C.
• Patanchon, G.
• Rebeiz, G.
• Remazeilles, M.
• Sakai, S.
• Sakurai, Y.
• Sato, N.
• Sawada, M.
• Segawa, Y.
• Sekimoto, Y.
• Sherwin, B. D.
• Shimizu, T.
• Shinozaki, K.
• Stompor, R.
• Sugita, H.
• Suzuki, A.
• Suzuki, J.
• Tajima, O.
• Takaku, R.
• Takatori, S.
• Tanabe, D.
• Taylor, E.
• Thompson, K. L.
• Thorne, B.
• Tristram, M.
• Tucker, C.
• Tsujimoto, M.
• Uozumi, S.
• Uzawa, Y.
• Westbrook, B.
• Whitehorn, N.
• Yamada, Y.
• Yamamoto, R.
• Yamasaki, N.
• Yamashita, T.
• Yoshida, M.

Titel

Concept Study of Optical Configurations for High-Frequency Telescope for LiteBIRD

Ist Teil von

• Journal of low temperature physics, 2018-05, Vol.193 (5-6)

Ort / Verlag

United States: Springer

Erscheinungsjahr

2018

Link zum Volltext

Quelle

SpringerLink (Online service)

Beschreibungen/Notizen

• © 2018 Springer Science+Business Media, LLC, part of Springer Nature The high-frequency telescope for LiteBIRD is designed with refractive and reflective optics. In order to improve sensitivity, this paper suggests the new optical configurations of the HFT which have approximately 7 times larger focal planes than that of the original design. The sensitivities of both the designs are compared, and the requirement of anti-reflection (AR) coating on the lens for the refractive option is derived. We also present the simulation result of a sub-wavelength AR structure on both surfaces of silicon, which shows a band-averaged reflection of 1.1–3.2% at 101–448 GHz.