Mirror-concentrator for space telescope with wide field of view and "high" angular resolution for observation of ultrahigh energy cosmic rays and other atmospheric flashes

被引：0

作者：

Sharakin, Sergey A. ^{[1
]}

Khrenov, Boris A. ^{[1
]}

Klimov, Pavel A. ^{[1
]}

Panasyuk, Mikhail I. ^{[1
]}

Potanin, Sergey A.

Yashin, Ivan V. ^{[1
]}

机构：

[1] Moscow MV Lomonosov State Univ, Skobeltsyn Inst Nucl Phys, Leninskie Gory 1-2,GSP-1, Moscow 119991, Russia

来源：

SPACE TELESCOPES AND INSTRUMENTATION 2012: ULTRAVIOLET TO GAMMA RAY | 2012年 / 8443卷

关键词：

Space telescope; cosmic rays; transients; optical system; CHERENKOV TELESCOPES; OPTICAL-SYSTEM; ARRAY; TUS;

D O I：

10.1117/12.925609

中图分类号：

V [航空、航天];

学科分类号：

08 ; 0825 ;

摘要：

Idea of ultrahigh cosmic rays (UHECR) measurement from satellites was suggested by Linsley in 1981 and since has being developed into projects of cosmic rays telescopes for Internatioanl Space Station (ISS): JEM-EUSO - to be installed on the Japanese experimental module and KLYPVE - on the Russian ISS segment. A series of space-based detectors for measurement of background phenomena in those telescopes were developed in Russia (Universitetsky-Tatiana, Universitetsky-Tatiana-2, Chibis satellites). The satellite Lomonosov with UHECR detector TUS on its board 360 cm entrance diameter and 400 cm focal distance for wide angle detector KLYPVE are studied. In one component case using generalized Davies-Cotton systems (Fresnel-type mirror with ellipsoidal gross surface) it is possible to obtain 8-10 field of view (FoV) with focal spot size less than pixel size equal to 15 x 15 mm. In two component system (parabolic mirror and a Fresnel lens, mounted close to photo receiver) it is possible to increase FoV up to 10(-12) and significantly simplify the primary mirror construction.

引用

页数：11

共 32 条

[1] Properties and performance of the prototype instrument for the Pierre Auger Observatory [J].

Abraham, J ;

Aglietta, M ;

Aguirre, IC ;

Albrow, M ;

Allard, D ;

Allekotte, I ;

Allison, P ;

Muñiz, JA ;

do Amaral, MG ;

Ambrosio, M ;

Anchordoqui, L ;

Andrews, R ;

Anguiano, M ;

dos Anjos, JC ;

Aramo, C ;

Argiro, S ;

Ariska, K ;

Arteaga, JC ;

Atulugama, S ;

Ave, M ;

Avila, G ;

Baggio, R ;

Bai, X ;

Barbosa, AF ;

Barbosa, HMJ ;

Barnhill, D ;

Barroso, SLC ;

Bauleo, P ;

Beatty, J ;

Beau, T ;

Becker, KH ;

Bellido, JA ;

Bello, P ;

Bergmann, T ;

Berman, E ;

Bertou, X ;

Biermann, P ;

Billoir, P ;

Biral, R ;

Bluemer, H ;

Bohacova, M ;

Bollmann, E ;

Bonifazi, C ;

Boratav, M ;

Boselli, A ;

Brack, J ;

Brunet, JM ;

Bui-Duc, H ;

Cabrera, V ;

Camin, DV .

NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 2004, 523 (1-2) :50-95

[2] Design concepts for the Cherenkov Telescope Array CTA: an advanced facility for ground-based high-energy gamma-ray astronomy [J].

Actis, M. ;

Agnetta, G. ;

Aharonian, F. ;

Akhperjanian, A. ;

Aleksic, J. ;

Aliu, E. ;

Allan, D. ;

Allekotte, I. ;

Antico, F. ;

Antonelli, L. A. ;

Antoranz, P. ;

Aravantinos, A. ;

Arlen, T. ;

Arnaldi, H. ;

Artmann, S. ;

Asano, K. ;

Asorey, H. ;

Baehr, J. ;

Bais, A. ;

Baixeras, C. ;

Bajtlik, S. ;

Balis, D. ;

Bamba, A. ;

Barbier, C. ;

Barcelo, M. ;

Barnacka, A. ;

Barnstedt, J. ;

de Almeida, U. Barres ;

Barrio, J. A. ;

Basso, S. ;

Bastieri, D. ;

Bauer, C. ;

Becerra, J. ;

Becherini, Y. ;

Bechtol, K. ;

Becker, J. ;

Beckmann, V. ;

Bednarek, W. ;

Behera, B. ;

Beilicke, M. ;

Belluso, M. ;

Benallou, M. ;

Benbow, W. ;

Berdugo, J. ;

Berger, K. ;

Bernardino, T. ;

Bernloehr, K. ;

Biland, A. ;

Billotta, S. ;

Bird, T. .

EXPERIMENTAL ASTRONOMY, 2011, 32 (03) :193-316

[3] THE UTAH FLYS EYE DETECTOR [J].

BALTRUSAITIS, RM ;

CADY, R ;

CASSIDAY, GL ;

COOPER, R ;

ELBERT, JW ;

GERHARDY, PR ;

KO, S ;

LOH, EC ;

SALAMON, M ;

STECK, D ;

SOKOLSKY, P .

NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 1985, 240 (02) :410-428

[4]

Benson R., 1981, PROC 17 ICRC, V8, P145

[5] The optical system of the HESS imaging atmospheric Cherenkov telescopes.: Part I:: layout and components of the system [J].

Bernlöhr, K ;

Carrol, O ;

Cornils, R ;

Elfahem, S ;

Espigat, P ;

Gillessen, S ;

Heinzelmann, G ;

Hermann, G ;

Hofmann, W ;

Horns, D ;

Jung, I ;

Kankanyan, R ;

Katona, A ;

Khelifi, B ;

Krawczynski, H ;

Panter, M ;

Punch, M ;

Rayner, S ;

Rowell, G ;

Tluczykont, M ;

van Staa, R .

ASTROPARTICLE PHYSICS, 2003, 20 (02) :111-128

[6] FADC-based DAQ for HiRes fly's eye [J].

Boyer, JH ;

Knapp, BC ;

Mannel, EJ ;

Seman, M .

NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 2002, 482 (1-2) :457-474

[7] Global distributions and occurrence rates of transient luminous events [J].

Chen, Alfred B. ;

Kuo, Cheng-Ling ;

Lee, Yi-Jen ;

Su, Han-Tzong ;

Hsu, Rue-Ron ;

Chern, Jyh-Long ;

Frey, Harald U. ;

Mende, Stephen B. ;

Takahashi, Yukihiro ;

Fukunishi, Hiroshi ;

Chang, Yeou-Shin ;

Liu, Tie-Yue ;

Lee, Lou-Chuang .

JOURNAL OF GEOPHYSICAL RESEARCH-SPACE PHYSICS, 2008, 113 (A8)

[8]

Chern J. L., 2003, GLOBAL SURVEY UPPER

[9] DESIGN OF THE QUARTERMASTER SOLAR FURNACE [J].

DAVIES, JM ;

COTTON, ES .

SOLAR ENERGY, 1957, 1 (2-3) :16-22

[10] Program of transient UV event research at Tatiana-2 satellite [J].

Garipov, G. K. ;

Khrenov, B. A. ;

Klimov, P. A. ;

Morozenko, V. S. ;

Panasyuk, M. I. ;

Petrova, S. N. ;

Tulupov, V. I. ;

Shahparonov, V. M. ;

Svertilov, S. I. ;

Vedenkin, N. N. ;

Yashin, I. V. ;

Jeon, J. A. ;

Jeong, S. M. ;

Jung, A. R. ;

Kim, J. E. ;

Lee, J. ;

Lee, H. Y. ;

Na, G. W. ;

Nam, J. W. ;

Nam, S. ;

Park, I. H. ;

Suh, J. E. ;

Jin, J. Y. ;

Kim, M. ;

Kim, Y. K. ;

Yoo, B. W. ;

Park, Y. -S. ;

Yu, H. J. ;

Lee, C. -H. ;

Park, J. H. ;

Salazar, H. I. ;

Martinez, O. B. ;

Ponce, E. L. ;

Cotsomi, J. P. .

JOURNAL OF GEOPHYSICAL RESEARCH-SPACE PHYSICS, 2010, 115

← 1 2 3 4 →