Abstract
The WALIC collaboration has built a calorimeter prototype using the tetramethyl-pentane (TMP) as active medium and lead as absorber medium in order to study the response of electrons and hadrons. The aim of this work is to study the response of tetramethyl-silane to high electric fields knowing that TMP and TMS have similar properties and similar behaviour with electric field. A test bench is mounted to measure the charge deposited by electrons emitted by a ruthenium source. The trigger was made using a silicon detector. Low noise amplifiers were designed and built for the signal conditioning and in order to reduce the pick-up noise, the system is completely isolated in a double Faraday cage. A theoretical study of noise has been developed. The signal allowed to study the behaviour of warm liquid in presence of a high electric field.
Citation Formats
Daba, A G.
Ionization measurement as a function of the electric field in tetramethyl-silane (TMS); Mesure de l`ionisation en fonction du champ electrique dans le tetramethylsilane (TMS).
France: N. p.,
1992.
Web.
Daba, A G.
Ionization measurement as a function of the electric field in tetramethyl-silane (TMS); Mesure de l`ionisation en fonction du champ electrique dans le tetramethylsilane (TMS).
France.
Daba, A G.
1992.
"Ionization measurement as a function of the electric field in tetramethyl-silane (TMS); Mesure de l`ionisation en fonction du champ electrique dans le tetramethylsilane (TMS)."
France.
@misc{etde_10127242,
title = {Ionization measurement as a function of the electric field in tetramethyl-silane (TMS); Mesure de l`ionisation en fonction du champ electrique dans le tetramethylsilane (TMS)}
author = {Daba, A G}
abstractNote = {The WALIC collaboration has built a calorimeter prototype using the tetramethyl-pentane (TMP) as active medium and lead as absorber medium in order to study the response of electrons and hadrons. The aim of this work is to study the response of tetramethyl-silane to high electric fields knowing that TMP and TMS have similar properties and similar behaviour with electric field. A test bench is mounted to measure the charge deposited by electrons emitted by a ruthenium source. The trigger was made using a silicon detector. Low noise amplifiers were designed and built for the signal conditioning and in order to reduce the pick-up noise, the system is completely isolated in a double Faraday cage. A theoretical study of noise has been developed. The signal allowed to study the behaviour of warm liquid in presence of a high electric field.}
place = {France}
year = {1992}
month = {Jul}
}
title = {Ionization measurement as a function of the electric field in tetramethyl-silane (TMS); Mesure de l`ionisation en fonction du champ electrique dans le tetramethylsilane (TMS)}
author = {Daba, A G}
abstractNote = {The WALIC collaboration has built a calorimeter prototype using the tetramethyl-pentane (TMP) as active medium and lead as absorber medium in order to study the response of electrons and hadrons. The aim of this work is to study the response of tetramethyl-silane to high electric fields knowing that TMP and TMS have similar properties and similar behaviour with electric field. A test bench is mounted to measure the charge deposited by electrons emitted by a ruthenium source. The trigger was made using a silicon detector. Low noise amplifiers were designed and built for the signal conditioning and in order to reduce the pick-up noise, the system is completely isolated in a double Faraday cage. A theoretical study of noise has been developed. The signal allowed to study the behaviour of warm liquid in presence of a high electric field.}
place = {France}
year = {1992}
month = {Jul}
}