Authors: GOLUBENKOV AV MELESHKIN MA

Citation: Av. Golubenkov et Ma. Meleshkin, A METHOD FOR ASSESSMENT OF THE RADIOLOGICAL SITUATION IN THE POPULATED POINTS CONTAMINATED AFTER THE CHERNOBYL ACCIDENT USING A COMPREHENSIVE DATABASE OF MEASUREMENTS, Radiation protection dosimetry, 64(1-2), 1996, pp. 57-60

Authors: PITKEVICH VA DUBA VV IVANOV VK CHEKIN CY TSYB AF VAKULOVSHI CM SHERSHAKOV VM MAKHONKO KP GOLUBENKOV AV BORODIN RV KOSYKH VS

Citation: Va. Pitkevich et al., RECONSTRUCTION OF THE COMPOSITION OF THE CHERNOBYL RADIONUCLIDE FALLOUT AND EXTERNAL RADIATION ABSORBED DOSES TO THE POPULATION IN AREAS OFRUSSIA, Radiation protection dosimetry, 64(1-2), 1996, pp. 69-92

Authors: SHERSHAKOV VM BARANOV AY BORODIN RV GOLUBENKOV AV GODKO AM KOSYKH VS KORENEV AI MELESHKIN MA

Citation: Vm. Shershakov et al., INFORMATICS SUPPORT FOR ANALYZING THE RADIOLOGICAL IMPACT OF AREAS AFFECTED BY THE CHERNOBYL ACCIDENT, Radiation protection dosimetry, 64(1-2), 1996, pp. 149-155

Authors: GOLUBENKOV AV BORODIN RV

Citation: Av. Golubenkov et Rv. Borodin, AN OPTIMIZATION TECHNOLOGY FOR MORE PRECISE DETERMINATION OF A SOURCEFOR MODELING RADIOACTIVE RELEASES TO THE ATMOSPHERE, Radiation protection dosimetry, 50(2-4), 1993, pp. 311-315