V. Bulovic scite author profile

Cze el IOSIO vakia)The procedure for the determination of the plutonium isotopic composition and content in irradiated uranium fuel of a heavy water nuclear reactor by measuring 137 Cs, 13i Cs and 106 7?M activities Jias been experimentally tested. The testing uas performed on an irradiated fuel from the First Czechoslovak Nuclear Power Plant Al. The accuracy of the obtained results ivas determined by comparison icith the results of mass spectrometric measurements. Tlie difference of both results vary between 1 and 9%. The causes of deviations were analyzed, and the influence'oj the error of the gammaspcctromelric measurements on the accuracy of the investigated procedure has been estimated.

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V. Bulovic

Determination of the balance of the nuclear reactor fuel burn-out process by gamma-spectrometry of fission products III

Non-destructive determination of nuclear fuel burn-up by measuring the gamma radiation of fission products in irradiated uranium oxide

Experience with the neodymium method for determination of nuclear fuel burn up

Determination of isotopic composition and concentration of uranium, plutonium and neodymium by mass-spectrometric isotope dilution in the irradiated fuel of the Czechoslovak atomic power station A-1

Determination of the Nuclear Fuel Burning Process Balance by Gamma Spectrometry of Fission Products: Part II. Determination of the Plutonium Isotopic Composition and Content by Measuring Activities of ¹³⁷Cs, ¹³⁴Cs and ¹⁰⁶Ru

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V. Bulovic

Determination of the balance of the nuclear reactor fuel burn-out process by gamma-spectrometry of fission products III

Non-destructive determination of nuclear fuel burn-up by measuring the gamma radiation of fission products in irradiated uranium oxide

Experience with the neodymium method for determination of nuclear fuel burn up

Determination of isotopic composition and concentration of uranium, plutonium and neodymium by mass-spectrometric isotope dilution in the irradiated fuel of the Czechoslovak atomic power station A-1

Determination of the Nuclear Fuel Burning Process Balance by Gamma Spectrometry of Fission Products: Part II. Determination of the Plutonium Isotopic Composition and Content by Measuring Activities of 137Cs, 134Cs and 106Ru

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Determination of the Nuclear Fuel Burning Process Balance by Gamma Spectrometry of Fission Products: Part II. Determination of the Plutonium Isotopic Composition and Content by Measuring Activities of ¹³⁷Cs, ¹³⁴Cs and ¹⁰⁶Ru