Determination of radioactivity in water by multinuclide gamma ray spectrometry 1989
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Determination of radioactivity in water by multinuclide gamma ray spectrometry 1989

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Published by H.M.S.O. in London .
Written in English


Book details:

Edition Notes

Statement[prepared by the Standing Committee of Analysts].
SeriesMethods for the examination of waters and associated materials
ContributionsStanding Committee of Analysts.
ID Numbers
Open LibraryOL21109539M
ISBN 100117522201
OCLC/WorldCa60251647

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  (26) SCA blue book The determination of colour of waters and wastewaters. A supplement, , HMSO, UK. (27) SCA blue book 5 day biochemical oxygen demand - second edition, , HMSO, UK. (28) SCA blue book Determination of radioactivity in water by multinuclide gamma ray spectrometry, , HMSO, UK. Gamma spectrometry in the determination of radionuclides comprised in radioactive series January Project: Open source code development for visualization and analysis of gamma-ray spectra. Request PDF | DETERMINATION OF NATURAL RADIOACTIVITY IN SOIL SAMPLES BY HIGH RESOLUTION LOW ENERGY GAMMA RAY SPECTROMETRY | A considerable number of primordial radioisotopes from uranium and. Determination of Natural Radioactivity levels using Gamma-ray Spectrometry. 1Umar. S.,2Zakari.I.Y, 3Abdulkarim, M. S. Umar, M.Y Onimisi,S.A Jonah. Baseline measurement of natural radioactivity in soil, vegetation and water in the industrial district of the Federal Capital Territory (FCT) Abuja, Nigeria. British Journal of Applied Science.

This work demonstrates the possibility of a precise and relatively quick determination of the four natural Ra isotopes in CO 2-rich thermal waters through gamma-ray spectrometry. The method involves the use of a specific filter to extract Ra from water samples (Radium-Rad-disk from EMPORE™), and its direct and single counting using a broad Cited by: radionuclides have been determined by gamma-ray spectrometry. Their values were found to be lower than the clearance levels given by the radiological safety norms, except for Cs in a water sample of about four times higher radioactivity. Key words: gamma-ray spectrometry, nuclear reactor, radiological characterization, water, paraffin. Size: KB.   Airborne gamma-ray spectrometric (AGRS) surveys provide valuable, systematic coverage of large areas, whereas ground gamma-ray spectrometry (GGRS) greatly improves the resolution of individual radioactive element sources. Gamma rays are released through the spontaneous decay of radioactive elements. Advanced gamma-ray spectrometry for environmental radioactivity monitoring by Gerti Xhixha Submitted to The University of Ferrara (Faculty of Mathematics, Physics and Natural Sciences) for the degree of PhD in Physics March Ferrara, Italy: 29, March

The radioactivity concentration of the purified radium was measured by means of liquid-scintillation β-particle measurements of the Ac daughter (corrected for progeny ingrowth). The results were confirmed by Ge(Li)well-detector intercomparison with radium in equilibrium with its thorium precursor which had been measured Cited by: 3.   Abstract. The analysis of gamma emitters natural radionuclides, i.e., Ra, Th, and 40 K, has been carried out in soil, vegetation, vegetable, and water samples collected from some Northern area of Pakistan, using gamma-ray spectrometry. The γ-ray spectrometry was carried out using high-purity Germanium detector coupled with a computer-based high-resolution multi-channel by: NATURAL RADIOACTIVITY AND RADIOLOGICAL HAZARD ASSESSMENT OF SOIL USING GAMMA- RAY SPECTROMETRY INTRODUCTION: Our world is radioactive since the beginning of the universe. Radioactivity is a part of our earth as it has existed all along. Radionuclides are found naturally in air, water, soil and even found in human being. Gamma-ray spectrometry is a powerful non-destructive analytical tool to determine the gamma emitters both qualitatively and quantitatively. Hyper-pure germanium detectors (HpGe) are widely used for gamma spectrometry measurements. They are favored over other detectors due to File Size: KB.