Abstract
A system has been developed to permit fast, efficient data collection from a relatively complex nuclear experiment. Incorporated into this system is the communication framework for on-line analysis of the incoming data. The system makes extensive use of readily available low cost Intel based microprocessors. Results from recent measurements of the {sup 16}O({gamma},n) cross section made using tagged photons, performed at previously unachievable collection rates are presented. 6 refs., 6 figs.
Citation Formats
Rassool, R P, O`Keefe, G J, and Thompson, M N.
A fast, flexible and low cost real time data acquisition system for nuclear physics experiments.
Australia: N. p.,
1991.
Web.
Rassool, R P, O`Keefe, G J, & Thompson, M N.
A fast, flexible and low cost real time data acquisition system for nuclear physics experiments.
Australia.
Rassool, R P, O`Keefe, G J, and Thompson, M N.
1991.
"A fast, flexible and low cost real time data acquisition system for nuclear physics experiments."
Australia.
@misc{etde_10115331,
title = {A fast, flexible and low cost real time data acquisition system for nuclear physics experiments}
author = {Rassool, R P, O`Keefe, G J, and Thompson, M N}
abstractNote = {A system has been developed to permit fast, efficient data collection from a relatively complex nuclear experiment. Incorporated into this system is the communication framework for on-line analysis of the incoming data. The system makes extensive use of readily available low cost Intel based microprocessors. Results from recent measurements of the {sup 16}O({gamma},n) cross section made using tagged photons, performed at previously unachievable collection rates are presented. 6 refs., 6 figs.}
place = {Australia}
year = {1991}
month = {Dec}
}
title = {A fast, flexible and low cost real time data acquisition system for nuclear physics experiments}
author = {Rassool, R P, O`Keefe, G J, and Thompson, M N}
abstractNote = {A system has been developed to permit fast, efficient data collection from a relatively complex nuclear experiment. Incorporated into this system is the communication framework for on-line analysis of the incoming data. The system makes extensive use of readily available low cost Intel based microprocessors. Results from recent measurements of the {sup 16}O({gamma},n) cross section made using tagged photons, performed at previously unachievable collection rates are presented. 6 refs., 6 figs.}
place = {Australia}
year = {1991}
month = {Dec}
}