Abstract
The magnetic detector SAPHIR is layed out to detect multiparticle final states with good acuracy, especially a good photon detection capability is designed. Therefore a large electromagnetic calorimeter was built, consisting of 98 modules covering a detection area of about 16 m{sup 2} in forward direction. For this calorimeter a brass-gas-sandwich detector was developed with signal wires perpendicular to the converter planes. For data acquisition of a major part of this calorimeter a modular FASTBUS system is used. In this report the FASTBUS system and its installation in the SAPHIR Online Program are described. (orig.)
Citation Formats
Empt, J.
Implementation of the FASTBUS data-acquisition system in the readout of the SAPHIR detector; Einbindung des FASTBUS-Datenerfassungssystems in die Auslese des SAPHIR-Detektors.
Germany: N. p.,
1993.
Web.
Empt, J.
Implementation of the FASTBUS data-acquisition system in the readout of the SAPHIR detector; Einbindung des FASTBUS-Datenerfassungssystems in die Auslese des SAPHIR-Detektors.
Germany.
Empt, J.
1993.
"Implementation of the FASTBUS data-acquisition system in the readout of the SAPHIR detector; Einbindung des FASTBUS-Datenerfassungssystems in die Auslese des SAPHIR-Detektors."
Germany.
@misc{etde_10131442,
title = {Implementation of the FASTBUS data-acquisition system in the readout of the SAPHIR detector; Einbindung des FASTBUS-Datenerfassungssystems in die Auslese des SAPHIR-Detektors}
author = {Empt, J}
abstractNote = {The magnetic detector SAPHIR is layed out to detect multiparticle final states with good acuracy, especially a good photon detection capability is designed. Therefore a large electromagnetic calorimeter was built, consisting of 98 modules covering a detection area of about 16 m{sup 2} in forward direction. For this calorimeter a brass-gas-sandwich detector was developed with signal wires perpendicular to the converter planes. For data acquisition of a major part of this calorimeter a modular FASTBUS system is used. In this report the FASTBUS system and its installation in the SAPHIR Online Program are described. (orig.)}
place = {Germany}
year = {1993}
month = {Dec}
}
title = {Implementation of the FASTBUS data-acquisition system in the readout of the SAPHIR detector; Einbindung des FASTBUS-Datenerfassungssystems in die Auslese des SAPHIR-Detektors}
author = {Empt, J}
abstractNote = {The magnetic detector SAPHIR is layed out to detect multiparticle final states with good acuracy, especially a good photon detection capability is designed. Therefore a large electromagnetic calorimeter was built, consisting of 98 modules covering a detection area of about 16 m{sup 2} in forward direction. For this calorimeter a brass-gas-sandwich detector was developed with signal wires perpendicular to the converter planes. For data acquisition of a major part of this calorimeter a modular FASTBUS system is used. In this report the FASTBUS system and its installation in the SAPHIR Online Program are described. (orig.)}
place = {Germany}
year = {1993}
month = {Dec}
}