Add to ORKGThe determination of various parameters such as thermal utilization, resonance escape probability, control rod calibrations and etc. is often accomplished by the measurement of the pile period due to some given perturbation. With the present thoughts being directed towards plutonium fueled reactors, it was felt worthwhile to discuss a few of the basic differences in pile neutron behavior due to the smaller fraction of delayed neutrons per fission of Pu239 and the larger fraction of delayed neutrons per fast fission of U238 than occurs from fission of U235 alone
In the normal operation of nuclear reactors, the kinetic behavior of the neutron population in the c...
The transfer function of a zero-power thermal reactor was successfully measured thanks to neutron no...
In this study, investigation of spent fuel was performed using six group delayed neutron parameters....
The determination of various parameters such as thermal utilization, resonance escape probability, c...
Calculations are presented regarding the effect of delayed neutrons in reactors fueled with mixtures...
Large, plutonium-fueled, fast reactors will have a different kinetic behavior than fast reactors fue...
Report that describes the reactor physics of the processes used to produce plutonium at Hanford Labo...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Under the general heading of Reactor Lattices are reported a new method of calculating resonance esc...
The neutron decay constant, α, and effective delayed neutron fraction, βeff, are important parameter...
Experiments have been designed and conducted to measure the periods and yields of delayed neutrons f...
The experimental studies of the energy dependence of the delayed neutron parameters for various fiss...
International audienceIn the normal operation of nuclear reactors, the kinetic behavior of the neutr...
This article presents an experimental effort to provide high-quality data to improve the evaluation ...
AbstractThe neutron decay constant, α, and effective delayed neutron fraction, βeff, are important p...
In the normal operation of nuclear reactors, the kinetic behavior of the neutron population in the c...
The transfer function of a zero-power thermal reactor was successfully measured thanks to neutron no...
In this study, investigation of spent fuel was performed using six group delayed neutron parameters....
The determination of various parameters such as thermal utilization, resonance escape probability, c...
Calculations are presented regarding the effect of delayed neutrons in reactors fueled with mixtures...
Large, plutonium-fueled, fast reactors will have a different kinetic behavior than fast reactors fue...
Report that describes the reactor physics of the processes used to produce plutonium at Hanford Labo...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Under the general heading of Reactor Lattices are reported a new method of calculating resonance esc...
The neutron decay constant, α, and effective delayed neutron fraction, βeff, are important parameter...
Experiments have been designed and conducted to measure the periods and yields of delayed neutrons f...
The experimental studies of the energy dependence of the delayed neutron parameters for various fiss...
International audienceIn the normal operation of nuclear reactors, the kinetic behavior of the neutr...
This article presents an experimental effort to provide high-quality data to improve the evaluation ...
AbstractThe neutron decay constant, α, and effective delayed neutron fraction, βeff, are important p...
In the normal operation of nuclear reactors, the kinetic behavior of the neutron population in the c...
The transfer function of a zero-power thermal reactor was successfully measured thanks to neutron no...
In this study, investigation of spent fuel was performed using six group delayed neutron parameters....