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Preparation and Execution of the Electrical Quality Assurance Program On the LHC Superconducting Circuits During the Second Long Shutdown
Jaromir Ludwin;Mateusz Bednarek;Mikolaj Bednarski;Jaroslaw Bielewski;Pawel Bogdali;Giorgio D'Angelo;Witold Daniluk;Erazm Maria Dutkiewicz;Dominik Grzadziel;Grzegorz Janik;Piotr Jurkiewicz;Wieslaw Kantor;Andrzej Kotarba;Artur Krempa;Pawel Lasko;Waclaw Ostrowicz;Andrzej Proszkowiec;Felix Rodriguez Mateos;Andrzej Siemko;Magda Szeliga;Karol Witkowski;Damian Wojas
The electrical quality assurance (ELQA) of the superconducting circuits of CERN's Large Hadron Collider (LHC) during its second Long Shutdown (LS2) requires the execution of vast measurement campaigns. Each of 1658 electrical circuits as well as the instrumentation of each of the 1746 individual cryo-assemblies housing magnets, bus-bars and other components of the superconducting circuits, has to ...Show More
Preparation and Execution of the Electrical Quality Assurance Program On the LHC Superconducting Circuits During the Second Long Shutdown
Jaromir Ludwin;Mateusz Bednarek;Mikolaj Bednarski;Jaroslaw Bielewski;Pawel Bogdali;Giorgio D'Angelo;Witold Daniluk;Erazm Maria Dutkiewicz;Dominik Grzadziel;Grzegorz Janik;Piotr Jurkiewicz;Wieslaw Kantor;Andrzej Kotarba;Artur Krempa;Pawel Lasko;Waclaw Ostrowicz;Andrzej Proszkowiec;Felix Rodriguez Mateos;Andrzej Siemko;Magda Szeliga;Karol Witkowski;Damian Wojas
The improved ladder production for the Belle silicon vertex detector (SVD2.1)
T. Ziegler;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M. C. Chang;Y. Chao;K. F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G. R. Moloney;Z. Natkaniec;S. Nozaki;R. Ohkubo;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G. N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y. S. Velikzhanin;C. C. Wang;M. Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar
In autumn 2003, data taking with the new silicon vertex detector SVD2.0 in Belle started at the KEK-B energy-asymmetric e/sup +/e/sup -/ collider in Tsukuba, Japan. The detector works as expected, however, it was decided to produce replacement ladders for the inner two layers of the vertex detector which are most exposed to the high radiation dose from the beam. The new ladders do not merely repro...Show More
The improved ladder production for the Belle silicon vertex detector (SVD2.1)
T. Ziegler;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M. C. Chang;Y. Chao;K. F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G. R. Moloney;Z. Natkaniec;S. Nozaki;R. Ohkubo;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G. N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y. S. Velikzhanin;C. C. Wang;M. Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar
Level-1 silicon vertex detector trigger at Belle
H. Kurashiro;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M.C. Chang;Y. Chao;K.F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;J. Kaneko;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G.R. Moloney;T. Nakadaira;Z. Natkaniec;S. Nozaki;R. Ohkubo;F. Ohno;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G.N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y.S. Velikzhanin;C.C. Wang;M.Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar;T. Ziegler
IEEE Symposium Conference Record Nuclear Science 2004.
Year: 2004 | Conference Paper |
We present a newly developed fast trigger system that uses the silicon vertex detector (SVD) for the Belle experiment at the KEKB energy-asymmetric e/sup +/e/sup -/ collider. It is designed to issue the trigger with a latency of 1.85 /spl mu/s for the Belle central trigger system (GDL). The primary purpose of the SVD trigger is to reduce beam-induced background events by requiring tracks that come...Show More
Level-1 silicon vertex detector trigger at Belle
H. Kurashiro;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M.C. Chang;Y. Chao;K.F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;J. Kaneko;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G.R. Moloney;T. Nakadaira;Z. Natkaniec;S. Nozaki;R. Ohkubo;F. Ohno;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G.N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y.S. Velikzhanin;C.C. Wang;M.Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar;T. Ziegler
The Belle L1.5 trigger
R. Stamen;T. Ziegler;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M.C. Chang;Y. Chao;K.F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G.R. Moloney;Z. Natkaniec;S. Nozaki;R. Ohkubo;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G.N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y.S. Velikzhanin;C.C. Wang;M.Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar;K. Ueno
IEEE Symposium Conference Record Nuclear Science 2004.
Year: 2004 | Conference Paper |
During the summer shutdown of 2003 the new silicon vertex detector SVD2 was installed in Belle at the KEK-B factory in Tsukuba, Japan and started to take data in October 2003. It provides important improvements in the tracking capabilities and adds new trigger functionality. In addition a new hardware trigger level 1.5 was designed and installed that takes advantage of the digitized SVD hit data. ...Show More
The Belle L1.5 trigger
R. Stamen;T. Ziegler;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M.C. Chang;Y. Chao;K.F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G.R. Moloney;Z. Natkaniec;S. Nozaki;R. Ohkubo;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G.N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y.S. Velikzhanin;C.C. Wang;M.Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar;K. Ueno
The improved ladder production for the Belle silicon vertex detector (SVD2.1)
T. Ziegler;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M.C. Chang;Y. Chao;K. F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G.R. Moloney;Z. Natkaniec;S. Nozaki;R. Ohkubo;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G.N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y.S. Velikzhanin;C.C. Wang;M.Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar
IEEE Symposium Conference Record Nuclear Science 2004.
Year: 2004 | Conference Paper |
In autumn 2003 data taking with the new silicon vertex detector SVD2 in Belle started at the KEK-B energy-asymmetric e/sup +/e/sup -/ collider in Tsukuba, Japan. The detector works as expected, however, it was decided to produce replacement ladders for the inner two layers of the vertex detector which are most exposed to the high radiation doses from the beam. The new ladders are not merely reprod...Show More
The improved ladder production for the Belle silicon vertex detector (SVD2.1)
T. Ziegler;H. Aihara;Y. Asano;T. Aso;A. Bakich;M. Barbero;T. Browder;M.C. Chang;Y. Chao;K. F. Chen;S. Chidzik;A. Chouvikov;J. Dalseno;R. Dowd;R. Fernholz;S. Fratina;M. Friedl;H. Fujii;Y. Fujiyama;J. Haba;K. Hara;T. Hara;B. Harrop;T. Haruyama;K. Hayashi;M. Hazumi;D. Heffernan;T. Higuchi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;S. Iwaida;T. Kameshima;P. Kapusta;K. Kasami;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G.R. Moloney;Z. Natkaniec;S. Nozaki;R. Ohkubo;S. Okuno;S. Ono;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;J. Schumann;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G.N. Taylor;K. Trabelsi;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y.S. Velikzhanin;C.C. Wang;M.Z. Wang;M. Watanabe;Y. Watanabe;H. Yamamoto;Y. Yamashita;M. Yamauchi;R. Yang;Y. Yasu;D. Zontar
The data acquisition system of the Belle silicon vertex detector (SVD) upgrade
H. Ishino;R. Abe;T. Abe;H. Aihara;Y. Asano;T. Aso;A. Bakich;T. Browder;M. C. Chang;Y. Chao;K. F. Chen;S. Chidzik;J. Dalseno;R. Dowd;J. Dragic;C. W. Everton;R. Fernholz;M. Friedl;H. Fujii;Z. W. Gao;A. Gordon;Y. N. Guo;J. Haba;K. Hara;T. Hara;Y. Harada;T. Haruyama;K. Hasuko;K. Hayashi;M. Hazumi;E. M. Heenan;T. Higuchi;H. Hirai;N. Hitomi;A. Igarashi;Y. Igarashi;H. Ikeda;K. Itoh;S. Iwaida;J. Kaneko;P. Kapusta;R. Karawatzki;K. Kasami;H. Kawai;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;A. Limosani;W. C. Lin;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G. R. Moloney;T. Mori;T. Nakadaira;Y. Nakano;Z. Natkaniec;S. Nozaki;R. Ohkubo;F. Ohno;S. Okuno;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G. N. Taylor;H. Terazaki;T. Tomura;K. Trabelsi;W. Trischuk;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;N. Uozaki;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y. S. Velikzhanin;C. C. Wang;M. Z. Wang;M. Watanabe;Y. Watanabe;Y. Yamada;H. Yamamoto;Y. Yamashita;Y. Yamashita;M. Yamauchi;H. Yanai;R. Yang;Y. Yasu;M. Yokoyama;T. Ziegler;D. Zontar
A newly developed data acquisition system (DAQ) for the upgraded silicon vertex detector (SVD2) in the Belle experiment is described. The system consists of 12 PCs connected through PCI I/O boards to 36 flash analog-to-digital converters (FADCs) to read out a system comprising a total of 110 592 strips. It is designed to cope with the increased number of readout channels and the maximum trigger ra...Show More
The data acquisition system of the Belle silicon vertex detector (SVD) upgrade
H. Ishino;R. Abe;T. Abe;H. Aihara;Y. Asano;T. Aso;A. Bakich;T. Browder;M. C. Chang;Y. Chao;K. F. Chen;S. Chidzik;J. Dalseno;R. Dowd;J. Dragic;C. W. Everton;R. Fernholz;M. Friedl;H. Fujii;Z. W. Gao;A. Gordon;Y. N. Guo;J. Haba;K. Hara;T. Hara;Y. Harada;T. Haruyama;K. Hasuko;K. Hayashi;M. Hazumi;E. M. Heenan;T. Higuchi;H. Hirai;N. Hitomi;A. Igarashi;Y. Igarashi;H. Ikeda;K. Itoh;S. Iwaida;J. Kaneko;P. Kapusta;R. Karawatzki;K. Kasami;H. Kawai;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;A. Limosani;W. C. Lin;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G. R. Moloney;T. Mori;T. Nakadaira;Y. Nakano;Z. Natkaniec;S. Nozaki;R. Ohkubo;F. Ohno;S. Okuno;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G. N. Taylor;H. Terazaki;T. Tomura;K. Trabelsi;W. Trischuk;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;N. Uozaki;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y. S. Velikzhanin;C. C. Wang;M. Z. Wang;M. Watanabe;Y. Watanabe;Y. Yamada;H. Yamamoto;Y. Yamashita;Y. Yamashita;M. Yamauchi;H. Yanai;R. Yang;Y. Yasu;M. Yokoyama;T. Ziegler;D. Zontar
The Belle trigger system with the new silicon vertex detector SVD2
T. Ziegler;R. Abe;T. Abe;H. Aihara;Y. Asano;T. Aso;A. Bakich;T. Browder;M. C. Chang;Y. Chao;K. F. Chen;S. Chidzik;J. Dalseno;R. Dowd;J. Dragic;C. W. Everton;R. Fernholz;M. Friedl;H. Fujii;Z. W. Gao;A. Gordon;Y. N. Guo;J. Haba;K. Hara;T. Hara;Y. Harada;T. Haruyama;K. Hasuko;K. Hayashi;M. Hazumi;E. M. Heenan;T. Higuchi;H. Hirai;N. Hitomi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;K. Itoh;S. Iwaida;J. Kaneko;P. Kapusta;R. Karawatzki;K. Kasami;H. Kawai;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;A. Limosani;W. C. Lin;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G. R. Moloney;T. Mori;T. Nakadaira;Y. Nakano;Z. Natkaniec;S. Nozaki;R. Ohkubo;F. Ohno;S. Okuno;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G. N. Taylor;H. Terazaki;T. Tomura;K. Trabelsi;W. Trischuk;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;N. Uozaki;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y. S. Velikzhanin;C. C. Wang;M. Z. Wang;M. Watanabe;Y. Watanabe;Y. Yamada;H. Yamamoto;Y. Yamashita;Y. Yamashita;M. Yamauchi;H. Yanai;R. Yang;Y. Yasu;M. Yokoyama;Zontar Zontar
During the summer shutdown of 2003, the new silicon vertex detector SVD2 was installed in Belle at the KEKB factory and started to take data in October 2003. It provides important improvements in the tracking capabilities and adds new trigger functionality. In addition, a new hardware trigger Level 1.5 was designed and installed that takes advantage of the digitized SVD hit data. The improvement i...Show More
The Belle trigger system with the new silicon vertex detector SVD2
T. Ziegler;R. Abe;T. Abe;H. Aihara;Y. Asano;T. Aso;A. Bakich;T. Browder;M. C. Chang;Y. Chao;K. F. Chen;S. Chidzik;J. Dalseno;R. Dowd;J. Dragic;C. W. Everton;R. Fernholz;M. Friedl;H. Fujii;Z. W. Gao;A. Gordon;Y. N. Guo;J. Haba;K. Hara;T. Hara;Y. Harada;T. Haruyama;K. Hasuko;K. Hayashi;M. Hazumi;E. M. Heenan;T. Higuchi;H. Hirai;N. Hitomi;A. Igarashi;Y. Igarashi;H. Ikeda;H. Ishino;K. Itoh;S. Iwaida;J. Kaneko;P. Kapusta;R. Karawatzki;K. Kasami;H. Kawai;T. Kawasaki;A. Kibayashi;S. Koike;S. Korpar;P. Krizan;H. Kurashiro;A. Kusaka;T. Lesiak;A. Limosani;W. C. Lin;D. Marlow;H. Matsumoto;Y. Mikami;H. Miyake;G. R. Moloney;T. Mori;T. Nakadaira;Y. Nakano;Z. Natkaniec;S. Nozaki;R. Ohkubo;F. Ohno;S. Okuno;Y. Onuki;W. Ostrowicz;H. Ozaki;L. Peak;M. Pernicka;M. Rosen;M. Rozanska;N. Sato;S. Schmid;T. Shibata;R. Stamen;S. Stanic;H. Steininger;K. Sumisawa;J. Suzuki;H. Tajima;O. Tajima;K. Takahashi;F. Takasaki;N. Tamura;M. Tanaka;G. N. Taylor;H. Terazaki;T. Tomura;K. Trabelsi;W. Trischuk;T. Tsuboyama;K. Uchida;K. Ueno;K. Ueno;N. Uozaki;Y. Ushiroda;S. Vahsen;G. Varner;K. Varvell;Y. S. Velikzhanin;C. C. Wang;M. Z. Wang;M. Watanabe;Y. Watanabe;Y. Yamada;H. Yamamoto;Y. Yamashita;Y. Yamashita;M. Yamauchi;H. Yanai;R. Yang;Y. Yasu;M. Yokoyama;Zontar Zontar
Performance of the BELLE silicon vertex detector
R. Abe;H. Aihara;G. Alimonti;Y. Asano;A. Bakich;E. Banas;A. Bozek;T. Browder;J. Dragic;C. Everton;C. Fukunaga;A. Gordon;H. Guler;J. Haba;K. Hara;T. Hara;N. Hastings;M. Hazumi;E. Heenan;T. Higuchi;T. Hojo;H. Ishino;G. Iwai;P. Jalocha;J. Kaneko;P. Kapusta;T. Kawasaki;K. Korotuschenko;J.S. Lange;Y. Li;D. Marlow;T. Matsubara;H. Miyake;L. Moffitt;G. Moloney;S. Mori;Y. Nagshima;T. Nakadaira;T. Nakamura;Z. Natkaniec;S. Okuno;S. Olsen;W. Ostrowicz;H. Palka;L. Peak;M. Rozanska;J. Ryuko;M. Sevior;K. Shimada;K. Sumisawa;S. Stanic;R. Stock;S. Swain;H. Tagomori;H. Tajima;S. Takahashi;F. Takasaki;N. Tamura;J. Tanaka;M. Tanaka;G. Taylor;T. Tomura;K. Trabelsi;T. Tusboyama;Y. Tsujita;G. Varner;K. Varvell;H. Yamamoto;Y. Watanabe;Y. Yamada;M. Yokoyama;H. Zhao;D. Zontar
Using 6.8 fb/sup -1/ of data taken between October 1999 and July 2000, the performance of the silicon vertex detector (SVD) in the BELLE experiment is reviewed. The main purpose of the SVD is to make precise measurements of the B decay vertex position, which are essential for the observation of CP asymmetries. Excellent vertex resolution and a good detection efficiency are required for the SVD. Ba...Show More
Performance of the BELLE silicon vertex detector
R. Abe;H. Aihara;G. Alimonti;Y. Asano;A. Bakich;E. Banas;A. Bozek;T. Browder;J. Dragic;C. Everton;C. Fukunaga;A. Gordon;H. Guler;J. Haba;K. Hara;T. Hara;N. Hastings;M. Hazumi;E. Heenan;T. Higuchi;T. Hojo;H. Ishino;G. Iwai;P. Jalocha;J. Kaneko;P. Kapusta;T. Kawasaki;K. Korotuschenko;J.S. Lange;Y. Li;D. Marlow;T. Matsubara;H. Miyake;L. Moffitt;G. Moloney;S. Mori;Y. Nagshima;T. Nakadaira;T. Nakamura;Z. Natkaniec;S. Okuno;S. Olsen;W. Ostrowicz;H. Palka;L. Peak;M. Rozanska;J. Ryuko;M. Sevior;K. Shimada;K. Sumisawa;S. Stanic;R. Stock;S. Swain;H. Tagomori;H. Tajima;S. Takahashi;F. Takasaki;N. Tamura;J. Tanaka;M. Tanaka;G. Taylor;T. Tomura;K. Trabelsi;T. Tusboyama;Y. Tsujita;G. Varner;K. Varvell;H. Yamamoto;Y. Watanabe;Y. Yamada;M. Yokoyama;H. Zhao;D. Zontar
Tester of the TRT front-end electronics for the ATLAS-experiment
Z. Hajduk;P. Jurkiewicz;B. Kisielewski;A. Kotarba;P. Malecki;Z. Natkaniec;J. Olszowska;W. Ostrowicz;G. Krupinska
The VME based tester for front-end electronics of the TRT (Transition Radiation Tracker) detector of the ATLAS-LHC experiment at CERN, Geneva, is described. The TRT read-out electronics for 424576 proportional tubes grouped on many thousands of cards requires stringent quality control after assembly and during installation. The tester provides all required data, pulses, timing and power supplies f...Show More
Performance of the Belle silicon vertex detector
R. Abe;H. Aihara;G. Alimonti;Y. Asano;A. Bakich;E. Banas;A. Bozek;T. Browder;J. Dragic;C. Everton;C. Fukunaga;A. Gordon;H. Guler;J. Haba;K. Hara;T. Hara;N. Hastings;M. Hazumi;E. Heenan;T. Eiguchi;T. Hojo;H. Ishino;G. Iwai;P. Jalocha;J. Kaneko;P. Kapusta;T. Kawasaki;K. Korotuschenko;J.S. Lange;Y. Li;D. Marlow;T. Matsubara;H. Miyake;L. Moffitt;G. Moloney;S. Mori;T. Nakadaira;T. Nakamura;Z. Natkaniec;S. Okuno;S. Olsen;W. Ostrowicz;H. Palka;L. Peak;M. Rozanska;J. Ryuko;M. Sevior;K. Shimada;K. Sumisawa;S. Stanic;R. Stock;S. Swain;H. Tagomori;H. Tajima;S. Takahashi;F. Takasaki;N. Tamura;J. Tanaka;M. Tanaka;G. Taylor;T. Tomura;K. Trabelsi;T. Tsuboyama;Y. Tsujita;G. Varner;K. Varvell;H. Yamamoto;Y. Watanabe;Y. Yamada;M. Yokoyama;H. Zhao;D. Zontar
2000 IEEE Nuclear Science Symposium. Conference Record (Cat. No.00CH37149)
Year: 2000 | Conference Paper |
Cited by: Papers (4)
The performance of the Silicon Vertex Detector (SVD) in the Belle experiment is reviewed based on 6.8 fb/sup -1/ of data taken between October 1999 and July 2000. The main purpose of the SVD is to make precise measurements of the B decay vertex position, which are essential for the observation of CP asymmetries. Excellent vertex resolution and a good detection efficiency are required for the SVD. ...Show More
Performance of the Belle silicon vertex detector
R. Abe;H. Aihara;G. Alimonti;Y. Asano;A. Bakich;E. Banas;A. Bozek;T. Browder;J. Dragic;C. Everton;C. Fukunaga;A. Gordon;H. Guler;J. Haba;K. Hara;T. Hara;N. Hastings;M. Hazumi;E. Heenan;T. Eiguchi;T. Hojo;H. Ishino;G. Iwai;P. Jalocha;J. Kaneko;P. Kapusta;T. Kawasaki;K. Korotuschenko;J.S. Lange;Y. Li;D. Marlow;T. Matsubara;H. Miyake;L. Moffitt;G. Moloney;S. Mori;T. Nakadaira;T. Nakamura;Z. Natkaniec;S. Okuno;S. Olsen;W. Ostrowicz;H. Palka;L. Peak;M. Rozanska;J. Ryuko;M. Sevior;K. Shimada;K. Sumisawa;S. Stanic;R. Stock;S. Swain;H. Tagomori;H. Tajima;S. Takahashi;F. Takasaki;N. Tamura;J. Tanaka;M. Tanaka;G. Taylor;T. Tomura;K. Trabelsi;T. Tsuboyama;Y. Tsujita;G. Varner;K. Varvell;H. Yamamoto;Y. Watanabe;Y. Yamada;M. Yokoyama;H. Zhao;D. Zontar
Tester of the TRT front-end electronics for the ATLAS-experiment
Z. Hajduk;P. Jurkiewicz;B. Kisieiewski;A. Kotarba;P. Malecki;Z. Natkaniec;J. Olszowska;W. Ostrowicz;G. Krupinska
The VME based tester for front-end electronics of the TRT (Transition Radiation Tracker) detector of the ATLAS-LHC experiment at CERN, Geneva, is described. The TRT readout electronics for 424576 proportional tubes grouped on many thousands of cards requires stringent quality control after assembly and during installation. The tester provides all required data, pulses, timing and power supplies fo...Show More
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