Gamma ray spectroscopy is the chief experimental technique of atomic and molecular physics and studies the high energy photons which are characteristic of the specific initial- and final- state nuclear energy levels, from radioactive decays. In this review we reveal that the principle, instrumentation...
Gamma ray spectroscopyGamma raysNeutronsExcited statesNickelTo obtain the highest possible resolution in a measurement has always been one of the major challenges for experimental physicists because increased resolution generally results in progress. At the Institut Laue-Langevin, gamma rays emitted after ...
Abstract In this paper, we propose a new approach for real-time detection of pileup in gamma-ray spectroscopy using finite length deconvolution filters; in particular, a 3-point deconvolution with Savitzky Golay prefilter is discussed. The approach was tested and proven to be able to resolve ac...
High resolution γ-ray spectroscopy at ILL 1992, Progress in Particle and Nuclear Physics more F. Hoyler, H.G. Börner, J. Jolie, S. Ulbig, A. Williams High resolution γ-ray spectroscopy at ILL Progress in Particle and Nuclear Physics, Volume 28, 1992, Pages 419–420 Original Research...
During the course of the investigation, the qualitative and quantitative capabilities of germaniumlithium (Ge-Li) gamma ray detector were successfully demonstrated to analyse a variety of samples. The spectra for caesium-137 and europium152 resembled their theoretical counterparts, clearly displaying charac...
This study aims to investigate the performance of relatively new cerium-doped scintillators, LaCl 3 and LaBr 3 , for gamma-ray spectroscopy. The study involved recording of detected spectra and measurement of energy resolution, as well as photo-fraction. The Monte Carlo package, GATE, was used...
INTEGRAL will be devoted to high-resolution spectroscopy and fine source imaging in the energy range 15 keV to 10 MeV, and in addition, will allow parallel monitoring of the observed gamma-ray sources in the neighbouring X-ray band and at optical wavelengths (Winkler and Hermsen, 2000; ...
(less than 100 Mpc) SN associated with a GRB, prompt gamma-ray spectroscopy of possible early56Ni lines at 158 keV and 812 keV would be another unique opportunity, according to the predicted gamma-ray flux near the time of transparency (~50–100 days) (see Sim and Mazzali [54]). ...
Other articles where gamma-ray spectroscopy is discussed: gamma ray: Gamma-ray spectroscopy, involving the precise measurement of gamma-ray photon energies emitted by different nuclei, can establish nuclear energy-level structures and allows for the iden
Gamma ray spectroscopy measurements made with a gamma ray detector imbedded within a collar of an LWD tool are typically fatally flawed by intense interference from gamma radiation resulting from thermal neutron capture in Fe. Furthermore, Pe measurements made with a gamma ray detector imbedded within...