Abstract
Practical exercises to be performed at the VR-1 training reactor as a follow-up to lessons in reactor theory are described. The exercises include reactor start-up and operation, examination of the properties of neutron detectors for nuclear reactor control, delayed neutron measurement, reactivity measurement, rod calibration, the critical experiment, determination of the effect of various materials on reactor reactivity, thermal neutron flux density measurement, preparation of a photoneutron source and investigation of its properties, investigation of nuclear reactor dynamics, thermoluminescent dosimetry, decontamination of equipment and surfaces, testing the adjusted parameters of the control and protection system, measurement of the effect of a cavity on reactivity, and dosimetric measurements in the vicinity of the training reactor. (J.B.). 4 tabs., 18 figs.
Matejka, K;
[1]
Fleischhans, J;
Hejzlar, R
[2]
- ed.
- Ceske Vysoke Uceni Technicke, Prague (Czech Republic). Fakulta Jaderna a Fysikalne Inzenyrska; and others
Citation Formats
Matejka, K, Fleischhans, J, and Hejzlar, R.
Vol. 2: Experimental education methods; Sesit c. 2: Experimentalni vyukove metody.
Czech Republic: N. p.,
1994.
Web.
Matejka, K, Fleischhans, J, & Hejzlar, R.
Vol. 2: Experimental education methods; Sesit c. 2: Experimentalni vyukove metody.
Czech Republic.
Matejka, K, Fleischhans, J, and Hejzlar, R.
1994.
"Vol. 2: Experimental education methods; Sesit c. 2: Experimentalni vyukove metody."
Czech Republic.
@misc{etde_10113577,
title = {Vol. 2: Experimental education methods; Sesit c. 2: Experimentalni vyukove metody}
author = {Matejka, K, Fleischhans, J, and Hejzlar, R}
abstractNote = {Practical exercises to be performed at the VR-1 training reactor as a follow-up to lessons in reactor theory are described. The exercises include reactor start-up and operation, examination of the properties of neutron detectors for nuclear reactor control, delayed neutron measurement, reactivity measurement, rod calibration, the critical experiment, determination of the effect of various materials on reactor reactivity, thermal neutron flux density measurement, preparation of a photoneutron source and investigation of its properties, investigation of nuclear reactor dynamics, thermoluminescent dosimetry, decontamination of equipment and surfaces, testing the adjusted parameters of the control and protection system, measurement of the effect of a cavity on reactivity, and dosimetric measurements in the vicinity of the training reactor. (J.B.). 4 tabs., 18 figs.}
place = {Czech Republic}
year = {1994}
month = {Jun}
}
title = {Vol. 2: Experimental education methods; Sesit c. 2: Experimentalni vyukove metody}
author = {Matejka, K, Fleischhans, J, and Hejzlar, R}
abstractNote = {Practical exercises to be performed at the VR-1 training reactor as a follow-up to lessons in reactor theory are described. The exercises include reactor start-up and operation, examination of the properties of neutron detectors for nuclear reactor control, delayed neutron measurement, reactivity measurement, rod calibration, the critical experiment, determination of the effect of various materials on reactor reactivity, thermal neutron flux density measurement, preparation of a photoneutron source and investigation of its properties, investigation of nuclear reactor dynamics, thermoluminescent dosimetry, decontamination of equipment and surfaces, testing the adjusted parameters of the control and protection system, measurement of the effect of a cavity on reactivity, and dosimetric measurements in the vicinity of the training reactor. (J.B.). 4 tabs., 18 figs.}
place = {Czech Republic}
year = {1994}
month = {Jun}
}