Abstract
The Dalat nuclear research reactor was reconstructed from TRIGA MARK II reactor, built in 1963 with nominal power of 250 KW, and reached its planned nominal power of 500 kW for the first time in Feb. 1984. The Dalat reactor has some characteristics distinct from the former TRIGA reactor. Investigation of its characteristics is carried out by the determination of the reactor physics parameters. This paper represents the experimental results obtained for the effective fraction of the delayed photoneutrons, the extraneous neutron source left after the reactor is shut down, the lowest power levels of reactor critical states, the relative axial and radial distributions of thermal neutrons, the safe positive reactivity inserted into the reactor at deep subcritical state, the reactivity temperature coefficient of water, the temperature on the surface of the fuel elements, etc. (author). 10 refs., 10 figs., 2 tabs.
Huy, Ngo Quang;
[1]
Thong, Ha Van;
Khang, Ngo Phu
[2]
- Centre for Nuclear Technique Application, Ho Chi Minh City (Viet Nam)
- Nuclear Research Inst., Da Lat (Viet Nam)
Citation Formats
Huy, Ngo Quang, Thong, Ha Van, and Khang, Ngo Phu.
Investigation of the basic reactor physics characteristics of the Dalat Nuclear Research Reactor.
Viet Nam: N. p.,
1994.
Web.
Huy, Ngo Quang, Thong, Ha Van, & Khang, Ngo Phu.
Investigation of the basic reactor physics characteristics of the Dalat Nuclear Research Reactor.
Viet Nam.
Huy, Ngo Quang, Thong, Ha Van, and Khang, Ngo Phu.
1994.
"Investigation of the basic reactor physics characteristics of the Dalat Nuclear Research Reactor."
Viet Nam.
@misc{etde_455033,
title = {Investigation of the basic reactor physics characteristics of the Dalat Nuclear Research Reactor}
author = {Huy, Ngo Quang, Thong, Ha Van, and Khang, Ngo Phu}
abstractNote = {The Dalat nuclear research reactor was reconstructed from TRIGA MARK II reactor, built in 1963 with nominal power of 250 KW, and reached its planned nominal power of 500 kW for the first time in Feb. 1984. The Dalat reactor has some characteristics distinct from the former TRIGA reactor. Investigation of its characteristics is carried out by the determination of the reactor physics parameters. This paper represents the experimental results obtained for the effective fraction of the delayed photoneutrons, the extraneous neutron source left after the reactor is shut down, the lowest power levels of reactor critical states, the relative axial and radial distributions of thermal neutrons, the safe positive reactivity inserted into the reactor at deep subcritical state, the reactivity temperature coefficient of water, the temperature on the surface of the fuel elements, etc. (author). 10 refs., 10 figs., 2 tabs.}
place = {Viet Nam}
year = {1994}
month = {Oct}
}
title = {Investigation of the basic reactor physics characteristics of the Dalat Nuclear Research Reactor}
author = {Huy, Ngo Quang, Thong, Ha Van, and Khang, Ngo Phu}
abstractNote = {The Dalat nuclear research reactor was reconstructed from TRIGA MARK II reactor, built in 1963 with nominal power of 250 KW, and reached its planned nominal power of 500 kW for the first time in Feb. 1984. The Dalat reactor has some characteristics distinct from the former TRIGA reactor. Investigation of its characteristics is carried out by the determination of the reactor physics parameters. This paper represents the experimental results obtained for the effective fraction of the delayed photoneutrons, the extraneous neutron source left after the reactor is shut down, the lowest power levels of reactor critical states, the relative axial and radial distributions of thermal neutrons, the safe positive reactivity inserted into the reactor at deep subcritical state, the reactivity temperature coefficient of water, the temperature on the surface of the fuel elements, etc. (author). 10 refs., 10 figs., 2 tabs.}
place = {Viet Nam}
year = {1994}
month = {Oct}
}