Physics Electronic Information Service by VINITI
Nuclear reactor physics.
Experimental investigations (methods, results, analysis).
Thermal reactors. Experiments.
Fast and intermediate reactors.
Neutron flux density and spectrum.
Diffusion and Slowingdown parameters.
Neutron dynamics parameters (decay constant, neutron lifetime, delaved neutron effective yield, period and reciprocal period etc.).
Reactivity coefficients and reactivity effects.
Noise measurements and analysis.
Experiments with pulsed neutron sources.
Experiments on pulsed reactors.
Measurements of energy generation (including residual) and its volume distribution.
Determination of fuel composition, fuel burn-up, fission products contents and distribution, changes of fuel composition during fuel cycle and under post-irradiation storage.
Measurements of flux density and spectrum of gamma-rays.
Measurements of radiation fields parameters and components and energy, absorbed in materials and constructions.
Reactors start-up experiments.
Experimental techniques and methods. Planning of experiment and experimental data treatment.
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