## Data analysis techniques for gamma-ray scintillation spectrometry |

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### Contents

Measured pulseheight distributions for single gamma rays used for the determination | 2 |

Detector response to a single gamma ray showing details of structure and method used | 5 |

Example of a normalized leastsquares analysis of a fivecomponent spectrum containing | 9 |

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### Common terms and phrases

analysis of complex analysis of pulse-height applied bution cascade coincidence sum spectrum coincident gamma rays comparison composite Compton distribution Compton scattering computer programs computer techniques DATA ANALYSIS TECHNIQUES data obtained data reduction decay decay scheme detection determined deviation discrete spectra distribution of pulses distributions for single dL/dE electronic system emission energy scale Engelkemeir experimental arrangement experimental pulse-height distribution Fortran function of gamma-ray gamma-ray energy GAMMA-RAY SCINTILLATION SPECTROMETRY gaussian gaussian shape height distribution height scale height vs energy individual gamma rays Instr intensities interpolation IRE Trans least-squares analysis Managan measurement problems monoenergetic gamma radiation multi-channel pulse-height analyzer NaI detector NaI scintillation detector normalized Nuclear Science observed pulse-height distribution photon photopeak polynomial precision pulse-height distri pulse-height response pulse-height spectrum pulser R. L. Heath radioactive sources radionuclides response function response of NaI sample segment shape and magnitude single gamma ray standard TECHNIQUES FOR GAMMA-RAY tion U. S. AEC Report values width