Transcription of GAMMA SPECTROSCOPY - OVERVIEW - NRC
{{id}} {{{paragraph}}}
Example: bachelor of science
GAMMA SPECTROSCOPY - OVERVIEW - NRC
GAMMA SPECTROSCOPY -OVERVIEWTh Idifiif GE i i1 The Identification of GAMMA Emitting Radionuclides6/1/2011 ContentsGeneralDirect GAMMA Spec Analysis of RadionuclidesNon- GAMMA Emitting RadionuclidesNon- GAMMA Emitting Radionuclides Secular EquilibriumNon- GAMMA Emitting Radionuclides Scaling FactorSpectroscopy vs. SpectrometryAdvantages of GAMMA SpecDisadvantages of GAMMA Spec2gpComponents of a GAMMA SPECTROSCOPY SystemThe Most Basic ComponentsDetector TypesTwo Functions of the DetectorMultichannel AnalyzerTwo Functions of the MCAM ajor Components of the MCAA mplifierAnalog to Digital ConvertorContentsPulse Height AnalysisGeneralThe SpectrumGeneralThe Big PictureReal SpectraResolution3 Energy CalibrationGeneralPeak CentroidEnergy Calibration CurveIdentifying Unknown GAMMA Emitting NuclidesGeneralGamma LibraryUse of ComputerCommon ProblemsContentsAppendixDead TimeGain ShiftsUpper and Lower level DiscriminatorsSingle Channel Analyzer4 General5 Radionuclides must emit GAMMA rays to be analyzed directly by GAMMA SPECTROSCOPY GAMMA rays are like fingerprints.
Jun 1, 2011 · Gamma Spectrometry refers to the process of using the number of emitted gamma rays to quantify the activity of the radionuclides. Multinuclide analysis. All the gamma emitters can be analyzed at once. In some cases can be performed at a distance (remotely) in the field without the need for a sample. Of these, the HPGe is easily the best.
Loading..
Tags:
Information
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document: