Fermi Large Area Telescope Performance after 10 Years of Operation
Fusco P; Li J; Zaharijas G; Torres DF; Pei Z; Cutini S; Bloom ED; Mereu I; Saggini N; Primavera R; Reimer A; Kamae T; Atwood WB; Buson S; Axelsson M; Manfreda A; Glanzman T; Lubrano P; Fiori A; Marti-Devesa G; Minuti M; Paccagnella A; Paneque D; Razzano M; Johnson TJ; Hays E; Russell JJ; Bruel P; Cognard I; Orlando E; Bissaldi E; Mongelli M; Nuss E; Bellardi F; Lemoine-Goumard M; Dirirsa F; Orienti M; Racusin JL; Kerr M; Tosti G; Chen S; Raino S; Guillemot L; Michelson PF; Mizuno T; Menon N; Bellazzini R; Porter TA; Pinchera M; Sgro C; Latronico L; Negro M; de Palma F; Bastieri D; Guiriec S; Ciprini S; Ojha R; Gasparrini D; Scolieri N; Smith DA; Gustafsson M; Bregeon J; Rani B; Mazziotta MN; Maldera S; Luque PD; Caraveo PA; Bonino R; Dominguez A; Parkinson PMS; Vigiani L; Tibaldo L; Valverde J; Horan D; Thompson DJ; Larsson S; Thayer JG; Reimer O; Fukazawa Y; Serini D; Poon H; Loparco F; Rando R; Grondin MH; Suson DJ; Perkins JS; Baldini L; Ceccanti M; Di Venere L; Rapposelli E; Fabiani D; Piron F; Ferrara EC; Spandre G; Cavazzuti E; Razzaque S; Digel SW; Moskalenko IV; Siskind EJ; Monzani ME; Di Lalla N; Johannesson G; Longo F; Tajima H; Grove JE; Ajello M; Gargano F; Griffin S; Kuss M; Bagni M; Liodakis I; Lovellette MN; Pesce-Rollins M; Paliya VS; Meyer M; Principe G; D'Ammando F; Green D; Buehler R; Mitthumsiri W; Spinelli P; Cohen-Tanugi J; Bagagli R; Cameron RA; Foglia G; Brez A; Giroletti M; Cheung CC
Fermi Large Area Telescope Performance after 10 Years of Operation
Fusco P
Li J
Zaharijas G
Torres DF
Pei Z
Cutini S
Bloom ED
Mereu I
Saggini N
Primavera R
Reimer A
Kamae T
Atwood WB
Buson S
Axelsson M
Manfreda A
Glanzman T
Lubrano P
Fiori A
Marti-Devesa G
Minuti M
Paccagnella A
Paneque D
Razzano M
Johnson TJ
Hays E
Russell JJ
Bruel P
Cognard I
Orlando E
Bissaldi E
Mongelli M
Nuss E
Bellardi F
Lemoine-Goumard M
Dirirsa F
Orienti M
Racusin JL
Kerr M
Tosti G
Chen S
Raino S
Guillemot L
Michelson PF
Mizuno T
Menon N
Bellazzini R
Porter TA
Pinchera M
Sgro C
Latronico L
Negro M
de Palma F
Bastieri D
Guiriec S
Ciprini S
Ojha R
Gasparrini D
Scolieri N
Smith DA
Gustafsson M
Bregeon J
Rani B
Mazziotta MN
Maldera S
Luque PD
Caraveo PA
Bonino R
Dominguez A
Parkinson PMS
Vigiani L
Tibaldo L
Valverde J
Horan D
Thompson DJ
Larsson S
Thayer JG
Reimer O
Fukazawa Y
Serini D
Poon H
Loparco F
Rando R
Grondin MH
Suson DJ
Perkins JS
Baldini L
Ceccanti M
Di Venere L
Rapposelli E
Fabiani D
Piron F
Ferrara EC
Spandre G
Cavazzuti E
Razzaque S
Digel SW
Moskalenko IV
Siskind EJ
Monzani ME
Di Lalla N
Johannesson G
Longo F
Tajima H
Grove JE
Ajello M
Gargano F
Griffin S
Kuss M
Bagni M
Liodakis I
Lovellette MN
Pesce-Rollins M
Paliya VS
Meyer M
Principe G
D'Ammando F
Green D
Buehler R
Mitthumsiri W
Spinelli P
Cohen-Tanugi J
Bagagli R
Cameron RA
Foglia G
Brez A
Giroletti M
Cheung CC
IOP PUBLISHING LTD
Julkaisun pysyvä osoite on:
https://urn.fi/URN:NBN:fi-fe2021093048668
https://urn.fi/URN:NBN:fi-fe2021093048668
Tiivistelmä
The Large Area Telescope (LAT), the primary instrument for the Fermi Gamma-ray Space Telescope (Fermi) mission, is an imaging, wide field-of-view, high-energy gamma-ray telescope, covering the energy range from 30 MeV to more than 300 GeV. We describe the performance of the instrument at the 10 yr milestone. LAT performance remains well within the specifications defined during the planning phase, validating the design choices and supporting the compelling case to extend the duration of the Fermi mission. The details provided here will be useful when designing the next generation of high-energy gamma-ray observatories.
Kokoelmat
- Rinnakkaistallenteet [19207]