Abstract
When designing a fast and highly efficient sensor, not only optimal values of the sensor per se (nature of the filling gas, pressure, electric field, etc.), but also its adaptation to the cable of connection to the electronics must be taken into account. The author reports the development of the expression of the characteristic impedance of fission chambers and the determination of elementary tubes. He reports the theoretical study of the amplitude of pulses produced by a sensor in the case of a non-adapted sensor and in the case of an adapted sensor. It appears that an adapted chamber does not possess only benefits, but is an interesting solution only when the sensor collection time is very short and when the compliance with its speed is the essential objective. Some recommendations are made for the electronics characteristics, and for the connection cable (very low losses, which means a greater diameter than the current one)
Citation Formats
Buisson, Jacques.
Adaptation to the electronics of fast and highly efficient fission chambers; Adaptation a l'electronique de chambres a fission rapides et de grande efficacite.
France: N. p.,
1968.
Web.
Buisson, Jacques.
Adaptation to the electronics of fast and highly efficient fission chambers; Adaptation a l'electronique de chambres a fission rapides et de grande efficacite.
France.
Buisson, Jacques.
1968.
"Adaptation to the electronics of fast and highly efficient fission chambers; Adaptation a l'electronique de chambres a fission rapides et de grande efficacite."
France.
@misc{etde_22357410,
title = {Adaptation to the electronics of fast and highly efficient fission chambers; Adaptation a l'electronique de chambres a fission rapides et de grande efficacite}
author = {Buisson, Jacques}
abstractNote = {When designing a fast and highly efficient sensor, not only optimal values of the sensor per se (nature of the filling gas, pressure, electric field, etc.), but also its adaptation to the cable of connection to the electronics must be taken into account. The author reports the development of the expression of the characteristic impedance of fission chambers and the determination of elementary tubes. He reports the theoretical study of the amplitude of pulses produced by a sensor in the case of a non-adapted sensor and in the case of an adapted sensor. It appears that an adapted chamber does not possess only benefits, but is an interesting solution only when the sensor collection time is very short and when the compliance with its speed is the essential objective. Some recommendations are made for the electronics characteristics, and for the connection cable (very low losses, which means a greater diameter than the current one)}
place = {France}
year = {1968}
month = {Sep}
}
title = {Adaptation to the electronics of fast and highly efficient fission chambers; Adaptation a l'electronique de chambres a fission rapides et de grande efficacite}
author = {Buisson, Jacques}
abstractNote = {When designing a fast and highly efficient sensor, not only optimal values of the sensor per se (nature of the filling gas, pressure, electric field, etc.), but also its adaptation to the cable of connection to the electronics must be taken into account. The author reports the development of the expression of the characteristic impedance of fission chambers and the determination of elementary tubes. He reports the theoretical study of the amplitude of pulses produced by a sensor in the case of a non-adapted sensor and in the case of an adapted sensor. It appears that an adapted chamber does not possess only benefits, but is an interesting solution only when the sensor collection time is very short and when the compliance with its speed is the essential objective. Some recommendations are made for the electronics characteristics, and for the connection cable (very low losses, which means a greater diameter than the current one)}
place = {France}
year = {1968}
month = {Sep}
}