Possibilities for Producing Radionuclides in Nuclear Power Plants with RBMK Reactors

被引：0

作者：

V. P. Borshchev

I. V. Zhukov

O. P. Mel'nikov

M. I. Rozhdestvenskii

Yu. M. Cherkashov

E. V. Burlakov

V. M. Kvator

E. K. Gorbunov

V. I. Lebedev

A. N. Fursov

V. G. Shevchenko

V. Yu. Kuznetsov

Yu. I. Mironov

V. I. Romanenko

V. I. Ryakhovskikh

机构：

[1] Scientific Research and Design Institute for Electronics Technology,

[2] Russian Science Center Kurchatov Institute,undefined

[3] Leningrad Nuclear Power Plant,undefined

[4] Moscow Polymetals Plant,undefined

来源：

Atomic Energy | 2003年 / 95卷

关键词：

Radiation; Silicon; Cobalt; Radionuclide; Power Plant;

D O I：

暂无

中图分类号：

学科分类号：

摘要：

It is shown that radiation doping of silicon and the production of medical and industrial radioisotopes in the reactors at the Leningrad nuclear power plant are possible and safe. The production of cobalt with specific activity ~100 Ci/g in an RBMK-1000 reactor is studied. Some promising developments for improving the quality of the radioisotopes produced are described. It is shown that the production volumes can be increased by linking up other nuclear power plants with RBMK reactors into the production chain.

引用

页码：856 / 861

页数：5

共 50 条

[21] OPERATING MARGIN OF SOVIET RBMK-1000 NUCLEAR-POWER REACTORS
ADAMS, JM
HOCHREITER, LE
ROBINSON, GE
NUCLEAR TECHNOLOGY, 1991, 96 (03) : 353 - 360
[22] SOME CHARACTERISTICS OF AND EXPERIENCE WITH THE OPERATION OF NUCLEAR-POWER PLANTS WITH RBMK-1000 HIGH-POWERED WATER-COOLED CHANNEL REACTORS (RBMK)
DOLLEZHAL, NA
EMELYANOV, IY
CHERKASHOV, YM
VASILEVSKII, VP
PODLAZOV, LN
POSTNIKOV, VV
SIROTKIN, AP
KEVROLEV, VP
KRAMEROV, AY
SOVIET ATOMIC ENERGY, 1983, 54 (04): : 263 - 269
[23] Water chemistry in power units at nuclear power stations equipped with RBMK-1000 reactors
Tyapkov V.F.
Chudakova I.Y.
Alekseenko O.A.
Thermal Engineering, 2011, 58 (07) : 556 - 560
[24] Heat transfer in the core graphite structures of RBMK nuclear power plants
Knoglinger, E.
Woelfl, H.
Kaliatka, A.
NUCLEAR ENGINEERING AND DESIGN, 2015, 293 : 413 - 435
[25] Material State Evaluation Elements of Nuclear Power Plants Equipment with RBMK-1000 Reactors after Prolonged Operation Time
Bazaras, Z.
Timofeev, B.
Vasilieva, N.
Vilkauskas, A.
TRANSPORT MEANS 2011, 2011, : 124 - +
[26] CHEMICAL AND TECHNOLOGICAL OPERATING CONDITIONS DURING THE START-UP AND INITIAL USE OF NUCLEAR POWER PLANTS WITH RBMK REACTORS.
Sedov, V.M.
Krutikov, P.G.
Zolotukhin, S.T.
Soviet power engineering, 1981, 10 (02): : 170 - 177
[27] TYPES OF REACTORS FOR NUCLEAR-POWER PLANTS
ZECH, HJ
CHEMIKER-ZEITUNG, 1976, 100 (11): : 469 - 474
[28] TECHNICAL POSSIBILITIES TO APPLY IAEA GUARANTEES TO NUCLEAR-POWER PLANTS EQUIPPED WITH PRESSURIZED WATER POWER-REACTORS
SKVORCOV, SA
MILLER, OA
KERNENERGIE, 1971, 14 (12): : 375 - &
[29] OPERATING MARGIN OF SOVIET RBMK-1000 NUCLEAR-POWER REACTORS - COMMENTS
ADAMOV, E
KUZNETSOV, S
NIKITIN, Y
CHERKASHOV, Y
NUCLEAR TECHNOLOGY, 1992, 100 (01) : 141 - 142
[30] Using experience in the decontamination of power units at nuclear power stations with RBMK reactors when decommissioning them
Therm Eng, 10 (862-866):

← 1 2 3 4 5 →