Sensors for the CDF Run2b silicon detector | Zendy

T. Akimoto | Zendy; M. Aoki | Zendy; P. Azzi | Zendy; N. Bacchetta | Zendy; S. Behari | Zendy; D. Benjamin | Zendy; D. Bisello | Zendy; G. Bolla | Zendy; P. Booth | Zendy; D. Bortoletto | Zendy; A. Burghard | Zendy; G. Busetto | Zendy; S. Cabrera | Zendy; A. Canepa | Zendy; G. Cardoso | Zendy; M. Chertok | Zendy; C.I. Ciobanu | Zendy; P. Cooke | Zendy; G. Derylo | Zendy; I. Fang | Zendy; E.J. Feng | Zendy; J.P. Fernandez | Zendy; B. Flaugher | Zendy; J. Freeman | Zendy; L. Galtieri | Zendy; J. Galyardt | Zendy; M. Garcia-Sciveres | Zendy; G. Giurgiu | Zendy; I. Gorelov | Zendy; C. Haber | Zendy; D. Hale | Zendy; K. Hara | Zendy; R. Harr | Zendy; C. Hill | Zendy; M. Hoeferkamp | Zendy; J. Hoff | Zendy; B. Holbrook | Zendy; S.C. Hong | Zendy; M. Hrycyk | Zendy; T.H. Hsiung | Zendy; J. Incandela | Zendy; E.J. Jeon | Zendy; K.K. Joo | Zendy; T. Junk | Zendy; H. Kahkola | Zendy; S. Karjalainen | Zendy; S. Kim | Zendy; K. Kobayashi | Zendy; D.J. Kong | Zendy; B. Krieger | Zendy; M. Kruse | Zendy; S. Kyre | Zendy; R. Lander | Zendy; T. Landry | Zendy; R. Lauhakangas | Zendy; J. Lee | Zendy; R.-S. Lu | Zendy; P.J. Lujan | Zendy; P. Lukens | Zendy; E. Mandelli | Zendy; C. Manea | Zendy; P. Maksimovic | Zendy; P. Merkel | Zendy; S.N. Min | Zendy; S. Moccia | Zendy; Y. Nakamura | Zendy; I. Nakano | Zendy; D. Naoumov | Zendy; T. Nelson | Zendy; B. Nord | Zendy; J. Novak | Zendy; T. Okusawa | Zendy; R. Orava | Zendy; Y. Orlov | Zendy; K. Osterberg | Zendy; D. Pantano | Zendy; V. Pavlicek | Zendy; D. Pellett | Zendy; J. Pursley | Zendy; P. Riipinen | Zendy; B. Schuyler | Zendy; S. Seidel | Zendy; A. Shenai | Zendy; A. Soha | Zendy; D. Stuart | Zendy; R. Tanaka | Zendy; M. Tavi | Zendy; H. Von der Lippe | Zendy; J.-P. Walder | Zendy; Z. Wang | Zendy; P. Watje | Zendy; M. Weber | Zendy; W. Wester | Zendy; K. Yamamoto | Zendy; Y.C. Yang | Zendy; W. Yao | Zendy; R. Yarema | Zendy; H. Yoshitama | Zendy; J.C. Yun | Zendy; F. Zetti | Zendy; T. Zimmerman | Zendy; S. Zimmermann | Zendy; S. Zucchelli | Zendy

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Sensors for the CDF Run2b silicon detector

Author(s) -

T. Akimoto,

M. Aoki,

P. Azzi,

N. Bacchetta,

S. Behari,

D. Benjamin,

D. Bisello,

G. Bolla,

P. Booth,

D. Bortoletto,

A. Burghard,

G. Busetto,

S. Cabrera,

A. Canepa,

G. Cardoso,

M. Chertok,

C.I. Ciobanu,

P. Cooke,

G. Derylo,

I. Fang,

E.J. Feng,

J.P. Fernandez,

B. Flaugher,

J. Freeman,

L. Galtieri,

J. Galyardt,

M. Garcia-Sciveres,

G. Giurgiu,

I. Gorelov,

C. Haber,

D. Hale,

K. Hara,

R. Harr,

C. Hill,

M. Hoeferkamp,

J. Hoff,

B. Holbrook,

S.C. Hong,

M. Hrycyk,

T.H. Hsiung,

J. Incandela,

E.J. Jeon,

K.K. Joo,

T. Junk,

H. Kahkola,

S. Karjalainen,

S. Kim,

K. Kobayashi,

D.J. Kong,

B. Krieger,

M. Kruse,

S. Kyre,

R. Lander,

T. Landry,

R. Lauhakangas,

J. Lee,

R.-S. Lu,

P.J. Lujan,

P. Lukens,

E. Mandelli,

C. Manea,

P. Maksimovic,

P. Merkel,

S.N. Min,

S. Moccia,

Y. Nakamura,

I. Nakano,

D. Naoumov,

T. Nelson,

B. Nord,

J. Novak,

T. Okusawa,

R. Orava,

Y. Orlov,

K. Osterberg,

D. Pantano,

V. Pavlicek,

D. Pellett,

J. Pursley,

P. Riipinen,

B. Schuyler,

S. Seidel,

A. Shenai,

A. Soha,

D. Stuart,

R. Tanaka,

M. Tavi,

H. Von der Lippe,

J.-P. Walder,

Z. Wang,

P. Watje,

M. Weber,

W. Wester,

K. Yamamoto,

Y.C. Yang,

W. Yao,

R. Yarema,

H. Yoshitama,

J.C. Yun,

F. Zetti,

T. Zimmerman,

S. Zimmermann,

S. Zucchelli

Publication year - 2004

Publication title -

ieee transactions on nuclear science

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.537

H-Index - 122

eISSN - 1558-1578

pISSN - 0018-9499

DOI - 10.1109/tns.2004.832586

Subject(s) - nuclear engineering , bioengineering

We describe the characteristics of silicon microstrip sensors fabricated by Hamamatsu Photonics for the CDF Run 2b silicon detector. A total of 953 sensors, including 117 prototype sensors, have been produced and tested. Five sensors were irradiated with neutrons up to 1.4 /spl times/10/sup 14/ n/cm/sup 2/ as a part of the sensor quality assurance program. The electrical and mechanical characteristics are found to be superior in all aspects and fulfill our specifications. We comment on charge-up susceptibility of the sensors that employ a crystal structure.

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