A software package to be used in nuclear and atomic spectroscopy is presented. Apart from
analyzing γ and X-ray spectra, it offers many additional features such as de-convolution of …

The aim of this study is the validation of gamma scanning method for optimizing NaI (Tl)
detector model in Monte Carlo simulation. The experimental procedure involved: scanning …

Erosion and accumulation of coastal areas have become an increasing concern in recent
years since they can result in important social and economic problems. In this framework …

A low resolution subsea gamma-ray spectrometer is developed for monitoring radioactivity
in the deep ocean. The detection system provides quantitative results combining …

Abstract The Full Spectrum Analysis approach was applied to obtain activity concentration
estimations for in situ measurements in the marine environment. The 'standard spectra'were …

Abstract A small-sized UAV (NH-UAV) airborne system with two gamma spectrometers (LaBr
3 detector and HPGe detector) was developed to monitor activity concentration in serious …

In view of assessing natural radioactivity with on-site quantitative gamma spectrometry,
efficiency calibration of NaI (Tl) detectors is investigated. A calibration based on Monte Carlo …

Marine in situ gamma-ray spectrometry was utilized for a rainfall study at the W1M3A
observing system in Ligurian Sea, Mediterranean Sea, Italy. From 7 June to 10 October …

A new approach for calibrating an in situ detection system for measurements in marine
sediments has been developed. The efficiency calibration was deduced on full spectral …

The measurement of radiotracers is recognized as a major tool for the investigation and
characterization of submarine groundwater discharges, while the use of underwater gamma …