Search Results - "Savander, V. I."

The Use of Burnable Absorbers in Vver-Type Reactors to Reduce the Fraction of the Reactivity Margin Compensated by a Liquid System During Extended Campaigns by Muzafarov, A. R., Savander, V. I.

“…A computational and theoretical analysis was made of the use of various burnable absorbers placed in a fuel rod for the maximum reduction of the fraction of…”
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Comparative Assessment of the Range of Spectral Regulation of Reactivity Margin for Fuel Burnup in Pressurized Water Reactors Using Zirconium Displacers for Uranium and Thorium Fuel Cycles by Elazaka, A. I., Savander, V. I., Tikhomirov, G. V.

“…The excess reactivity in WWER-type pressurized water reactors is compensated using strong neutron absorbers. This leads to useless neutron consumption and…”
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Analysis of the Efficiency of Applying Core Lifetime Extension on Foreign NPPs with VVER-Type Reactors by Savander, V. I., Alassaf, S. H.

“…The efficiency of applying extended operating periods on foreign NPPs under construction with VVER-type reactors designed in Russia has been analyzed in the…”
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Estimation of the Duration of Cooling Time of the SFA of the VVER-1200 Reactor Depending on the Type of Transport Container by Demin, V. M., Savander, V. I., Ternovykh, M. Yu, Abu Sondos, M. A.

“…As the burnup increases, the requirements of nuclear and radiation safety for spent nuclear fuel (SNF) at the subsequent stages of operation grow. The analysis…”
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Use of Erbium as a Burnable Absorber in VVER-Type Reactors in a Closed Fuel Cycle by Muzafarov, A. R., Savander, V. I.

“…Computational and theoretical analysis of the ways to reduce the consumption of natural uranium in VVER-type reactors with an erbium burnable absorber in…”
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Use of burnable absorbers for reducing water exchange during the VVER liquid control by Muzafarov, A. R., Savander, V. I.

“…The paper considers the optimization of a liquid system for compensating excess reactivity by varying the number of gadolinium-containing fuel elements in…”
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The Use of Burnable Poisons in VVER-type Reactors to Reduce the Fraction of the Reactivity Margin Compensated by the Liquid System During Extended Runs by Muzafarov, A. R., Savander, V. I.

“…The paper presents the results of a computational and theoretical analysis of the use of various burnable poisons placed in a fuel rod for the maximum…”
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Comparative Study of Spectral Regulation Range of Excess Reactivity Control in Pressurized Water Reactors Using Zirconium Displacers for Uranium and Thorium Fuel Cycles by Elazaka, A. I., Savander, V. I., Tikhomirov, G. V.

“…The compensation for the excess reactivity in the pressurized water reactors WWER is realized with high neutron absorber materials. The traditional excess…”
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Shaping of the axial power density distribution in the core to minimize the vapor volume fraction at the outlet of the VVER-1200 fuel assemblies by Savander, V. I., Shumskiy, B. E., Pinegin, A. A.

“…The possibility of decreasing the vapor fraction at the VVER-1200 fuel assembly outlet by shaping the axial power density field is considered. The power…”
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Computational method for and analysis of the application of granular absorbers in VVÉR reactors by Al’davakhra, S., Savander, V. I., Belousov, I. N.

“…Questions concerning the compensation of excess reactivity in pressurized-water reactors by using consumable granular absorbers are examined. A method of…”
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Calculation of Deep Burnup of Nuclear Fuel in Lattices with a Regulatable Neutron Spectrum by Savander, V. I., Uvakin, M. A.

“…A method of calculating the burnup of nuclear fuel in breeding media with a regulatable neutron spectrum is described. Application of the method of small…”
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Justification of the transition to erbium fuel in VVER-1000 type reactors based on a comparative analysis of reactivity coefficients for gadolinium and erbium burnable absorbers by Muzafarov, A. R., Savander, V. I.

“…The paper presents the neutron-physical justification of replacement of the burn-up gadolinium absorber placed in a small number of fuel elements by erbium…”
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Preparation of specialists at the Moscow engineering-physics institute in nonproliferation and safe handling of nuclear materials by KHROMOV, V. V, POGOZHIN, N. S, KRYUCHKOV, E. F, GLOEBOV, V. B, GERASKIN, N. I, SAVANDER, V. I

“…(ProQuest: Abstract omitted; see image)[PUBLICATION ABSTRACT]…”
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Calculation of deep burnup of nuclear fuel in lattices with a regulatable neutron spectrum by SAVANDER, V. I, UVAKIN, M. A

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Computational method for and analysis of the application of granular absorbers in VVÉR reactors by AL'DAVAKHRA, S, SAVANDER, V. I, BELOUSOV, I. N

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Temperature coefficients of reactivity and internal safety of high-temperature gas reactors by Korneva, S. R., Naumov, V. I., Novikov, S. A., Savander, V. I., Khoroshev, M. V.

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Use of extremal problems for analysis of nondestructive tests of irradiated fuel by Khromov, V. V., Glebov, V. B., Komlev, O. G., Savander, V. I., Rukhlo, V. P.

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Monitoring the concentration of fissile materials in the irradiated fuel of research reactors by Khromov, V. V., Savander, V. I., Glebov, V. B., Komlev, O. G., Rukhlo, V. P.

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