Examples of 'neutron flux' in a sentence
Meaning of "neutron flux"
Neutron flux refers to the number of neutrons passing through a unit area in a given amount of time. It is often used in the context of nuclear reactors and particle physics experiments to describe the intensity or density of neutron radiation
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- The number of neutrons passing through something, per unit area per unit time.
How to use "neutron flux" in a sentence
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neutron flux
Each neutron flux monitoring channel consists of.
Analysis of calculation accuracy of the neutron flux.
The neutron flux density is given by.
Diffusion coefficient for neutron flux density.
Conventional neutron flux management has several forms.
The number of traces is proportional to the neutron flux.
Adjoint of the neutron flux density.
Neutron flux mapping system for nuclear reactors.
Maximal thermal neutron flux η cm.
The neutron flux from the reactor is not very.
Apparatus for monitoring the neutron flux of a nuclear reactor.
Water used as nuclear reactor coolant is subjected to intense neutron flux.
Thermal neutron flux density.
To attenuate the neutron flux.
Asymmetric neutron flux oscillations are driven to symmetric oscillations to stabilize the core.
See also
Average thermal neutron flux.
The neutron flux is abundant and dangerous near the core of nuclear reactors.
Calibrated neutron flux power.
It only has to cope with high radiation and high neutron flux.
Integrated neutron flux densities.
Each set includes three independent channels of neutron flux monitoring.
Neutron flux detector distribution system for a nuclear reactor flux mapping system.
This is similar to the behavior of the neutron flux distribution.
Protection from neutron flux is therefore most desirable and this is considered below.
Metrology of neutron flux.
There is a second equally relevant condition which limits the neutron flux.
Probably neutron flux.
The magnitude of this transient additional poisoning is also dependent on the neutron flux.
One metre of coolant reduces neutron flux by four orders of magnitude.
This middle of the fuel bundle is normally under a high thermal neutron flux.
This distance is chosen so that the neutron flux is essentially uniform.
The neutron flux is a scalar quantity used in nuclear physics and nuclear reactor physics.
Attenuation of neutron flux.
This relieved the stress and allowed the alloy to withstand considerable neutron flux.
The curve shows the variation in neutron flux along this rod.
The low temperature of the highly activated converter ensures the unaffected neutron flux.
Burnable poisons are one form of neutron flux management conventionally used in nuclear reactors.
It was evaluated the two alloys used by the first wall under high neutron flux.
The entire sample is then irradiated in the neutron flux present in a nuclear reactor.
The neutron flux and the reaction rate along the different walls were obtained and evaluated.
The fusión portion is operable to produce a neutron flux within the target path.
Neutron flux and hot reactor water affecting the internal structures of the reactor pressure vessel.
This invention relates to the monitoring of thermal neutron flux within a nuclear reactor.
Example embodiment materials may have a substantially reduced absorption effect with increased exposure to neutron flux.
The method for measuring the neutron flux described above has multiple advantages.
The delayed neutrons resulting from fission after irradiation in a thermal neutron flux will be measured.
Process for measuring a continuous neutron flux and measuring apparatus for carrying out this process.
This invention relates to improved excore power level detector assembly for neutron flux monitoring system.
The neutron flux used here is that of the standard PWR.
Horizontal distribution of the fast and thermal neutron flux density in the poolside facility.
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So neutron tubes were removed from the reactor
Scanned and subjected to neutron emissions analysis
Neutron radiation has to be generated by human technology
