Order number 940330-160606-96 -001-001 page 29 set 11 with 111 of 111 items KEYWORDS RADIATION ACCIDENTS/reviews ;REACTOR ACCIDENTS/reviews BRAZIL; CHERNOBYLSK-4 REACTOR;MARSHALL ISLANDS; PACIFIC OCEAN; REVIEWS ;RADIOLOGICAL PERSONNEL; REACTOR OPERATORS; SEALED SOURCES; THREE MILE ISLAND-2 REACTOR; USA; USSR; WINDSCALE PRODUCTION REACTORS / EDB Item 39 ANALYTIC TITLE ENGLISH Radiation hazards and victims: ANALYTIC AUTHOR/AFFIL PAGE RANGE PUB. DATE (YYMMDD) LIMITATION CODE ABSTRACT Ruff, T. 20-23 890500 UNL [Monash Univ., a bitter legacy (Australia) ] The problems of contamination as a result of exposure to ionizing radiation, whether human or natural in origin are reviewed. It is revealed that cancer is still on the increase in the exposed population from the Hirosima and Nagasaki bombings, with genetic defects and chromosomal aberrations higher than thought. The effect of radiation fallout from the nuclear weapon tests in the Pacific and USA are also discussed and it is concluded that nuclear arsenals and the very existence of nuclear facilities containing large inventories of long-lived radionuclides constitute a major threat to the health of humankind, EYWORDS Clayton occurs. even if nuclear war never NUCLEAR EXPLOSIONS/biological radiation effects ; NUCLEAR EXPLOSIONS/human populations ; AUSTRALIA; ENVIRONMENTAL IMPACTS; FALLOUT; FRANCE; HEALTH HAZARDS; HIROSHIMA; IONIZING RADIATIONS;MARSHALL ISLANDS; NAGASAKI; NUCLEAR WEAPONS;PUBLIC OPINION; RADIATION DOSES; UNITED KINGDOM; USA; USSR EDB Item 40 ANALYTIC TITLE ENGLISH Uncertainties in estimating dose-effects relationships -under emergency (Hiroshima, Nagasaki 1945, Bikini 1954) TITLE ENGLISH Proceedings of the 15. Berzelius symposium on somatic and genetic effects of ionizing radiation ANALYTIC AUTHOR/AFFIL Nishiwaki, Y. [IAEA, Vienna (Australia). Div of Nuclear PERSONAL AUTHOR/AFFIL PAGE RANGE PUB. DATE (YYMMDD) LIMITATION CODE ABSTRACT Safety] Stigbrand, 167-176 890000 UNL T. [ed.] “ws There are many types of uncertainties involved in the estimation of risks or dose-effect relationships under emergency conditions, However, they may be divided into two major categories: uncertainty due to randomness that due to fuzziness. The conventional methods of 9003463 and ;