Анотація
Розглянуто питання науково-технічної співпраці ІЯД АН УРСР з Чорнобильською АЕС в до- та післяаварійний період. Виконано ретроспективний аналіз стану та розвитку програмного забезпечення для аналізу безпеки РБМК-1000. Акцентується увага на необхідності впровадження в дослідження безпеки найбільш сучасних програмних засобів та створення в Україні відомчого науково-дослідного інституту для вирішення всього спектру задач атомної енергетики.
Посилання
1. Romanenko, V.S. (1981), “Some Issues of RBMK Physics” [Nekotoryie voprosy fiziki RBMK], Issues of Nuclear Science and Engineering, No. 5 (128), pp. 8–16. (Rus)
2. Khalimonchuk, V.A., Kuchin, A.V., Kraiushkin, A.V., Lavrenov, Yu.I. (1985), “Methodology and Results for Calculation of Nonstationary Energy Fields in RBMK” [Metodika i rezultaty rascheta nestatsionarnykh polei energovydeleniia v reaktorakh RBMK], Kyiv, Institute for Nuclear Research, Ukrainian SSR, 38 p. (Preprint KIYaI-85–19). (Rus)
3. “Program for Calculation of RBMK Polycell in Three- Dimensional Geometry Considering Feedback from Coolant Density, Temperature of Graphite Stack and Concentration of Xenon-135” [Programma raschiota poliiacheiki RBMK v trekhmernoi geometrii s uchiotom obratnoi sviazi po plotnosti teplonositelia, temperature grafitovoi kladki i kontsentratsii ksenona-135], (1983), Report of the Institute for Nuclear Research, Ukrainian SSR, Kyiv. (Rus)
4. “TEGA-2 — Program for Calculation of Thermal and Hydraulic Parameters of the Coolant in RBMK Process Channel” [TEGA-2, programma raschiota teplogidravlicheskikh parametrov teplonositelia v tekhnologicheskom kanale RBMK], (1977), Report of the Institute for Nuclear Research, Ukrainian SSR, Kyiv.
5. Khalimonchuk, V.A., Kraiushkin, A.V. (1990), “TREP — Fast-Acting Program for Research of RBMK Nonstationary Modes in Three-Dimensional Geometry” [TREP — bystrodeistvuiushchaia programma dlia issledovaniia nestatsionarnykh rezhimov RBMK v triokhmernoi geometrii], Kyiv, Institute for Nuclear Research, NASU, 32 p. (Preprint KIYaI-90–18). (Rus)
6. Marianenko, V.D., Lavrenov, Yu.I. (1984), “DST — Program for Calculation of RBMK Energy Fields in Three-Dimensional Geometry” [DST — programma raschiota polei energovydeleniia v reaktorakh RBMK v triokhmernoi geometrii], Issues of Nuclear Science and Engineering, Nuclear Reactor Physics and Engineering, No. 8 (45), pp. 25–29. (Rus)
7. Khalimonchuk, V.A., Kuchin, A.V., Tokarevsky, V.V. (2016), “Assessment of Contributions by Void Reactivity Coefficient and End Effect of Control Rods into ChNPP-4 Accident Progression” [Otsenka vklada parovogo koeffitsienta reaktivnosti i kontsevogo effekta SUZ v razvitiie avarii na energobloke No. 4 Chernobylskoi AES], Nuclear and Radiation Safety, No. 1 (69), pp. 00—00. (Rus)
8. TaKeda T., Komano Y. (1978), “Extension of Askew’s Coarse Mesk Method to Few Group Problems for Calculating Two-Dimensional Power Distribution in Fast Breeder Reactors”, J. of Nucl. Sci. And Techn.,V. 15, pp. 523—532.
9. Kraiushkin, A.V. (1987), “STEPAN — Three-Dimensional Nonstationary Program for Nuclear Reactor Calculation” [STEPAN — triokhmernaiia nestatsionarnaia programma raschiota yadernykh reaktorov], Report of the Institute of Atomic Energy, Inv. No. 33/801587. (Rus)
2. Khalimonchuk, V.A., Kuchin, A.V., Kraiushkin, A.V., Lavrenov, Yu.I. (1985), “Methodology and Results for Calculation of Nonstationary Energy Fields in RBMK” [Metodika i rezultaty rascheta nestatsionarnykh polei energovydeleniia v reaktorakh RBMK], Kyiv, Institute for Nuclear Research, Ukrainian SSR, 38 p. (Preprint KIYaI-85–19). (Rus)
3. “Program for Calculation of RBMK Polycell in Three- Dimensional Geometry Considering Feedback from Coolant Density, Temperature of Graphite Stack and Concentration of Xenon-135” [Programma raschiota poliiacheiki RBMK v trekhmernoi geometrii s uchiotom obratnoi sviazi po plotnosti teplonositelia, temperature grafitovoi kladki i kontsentratsii ksenona-135], (1983), Report of the Institute for Nuclear Research, Ukrainian SSR, Kyiv. (Rus)
4. “TEGA-2 — Program for Calculation of Thermal and Hydraulic Parameters of the Coolant in RBMK Process Channel” [TEGA-2, programma raschiota teplogidravlicheskikh parametrov teplonositelia v tekhnologicheskom kanale RBMK], (1977), Report of the Institute for Nuclear Research, Ukrainian SSR, Kyiv.
5. Khalimonchuk, V.A., Kraiushkin, A.V. (1990), “TREP — Fast-Acting Program for Research of RBMK Nonstationary Modes in Three-Dimensional Geometry” [TREP — bystrodeistvuiushchaia programma dlia issledovaniia nestatsionarnykh rezhimov RBMK v triokhmernoi geometrii], Kyiv, Institute for Nuclear Research, NASU, 32 p. (Preprint KIYaI-90–18). (Rus)
6. Marianenko, V.D., Lavrenov, Yu.I. (1984), “DST — Program for Calculation of RBMK Energy Fields in Three-Dimensional Geometry” [DST — programma raschiota polei energovydeleniia v reaktorakh RBMK v triokhmernoi geometrii], Issues of Nuclear Science and Engineering, Nuclear Reactor Physics and Engineering, No. 8 (45), pp. 25–29. (Rus)
7. Khalimonchuk, V.A., Kuchin, A.V., Tokarevsky, V.V. (2016), “Assessment of Contributions by Void Reactivity Coefficient and End Effect of Control Rods into ChNPP-4 Accident Progression” [Otsenka vklada parovogo koeffitsienta reaktivnosti i kontsevogo effekta SUZ v razvitiie avarii na energobloke No. 4 Chernobylskoi AES], Nuclear and Radiation Safety, No. 1 (69), pp. 00—00. (Rus)
8. TaKeda T., Komano Y. (1978), “Extension of Askew’s Coarse Mesk Method to Few Group Problems for Calculating Two-Dimensional Power Distribution in Fast Breeder Reactors”, J. of Nucl. Sci. And Techn.,V. 15, pp. 523—532.
9. Kraiushkin, A.V. (1987), “STEPAN — Three-Dimensional Nonstationary Program for Nuclear Reactor Calculation” [STEPAN — triokhmernaiia nestatsionarnaia programma raschiota yadernykh reaktorov], Report of the Institute of Atomic Energy, Inv. No. 33/801587. (Rus)
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