CTBTO Preparatory Commission
Author in the following contributions
- iNSPIRE extension to particulates for unifying CTBTO radionuclide analysis software tools
- GRANDSim: A Geant4 Based Simulation Software for Detectors in use at CTBTO Radionuclide Particulate Systems
- Improvement of Methods for Characterizing CTBT-Relevant Radionuclide Events Based on Data from the Temporary High Density Network Formed by the International Monitoring System Noble System JPX38 and the two Transportable Radioxenon Measurement Systems
- Exploring the use of Radioxenon to Radioiodine Isotopic Ratios as Additional Screening Method Regarding Possible CTBT-relevant Events
- Impacts on Characterization of a CTBT-Relevant Nuclear Event Using Isotopic Ratios Caused by the Radioxenon Background Subtraction at International Monitoring System Stations
- Status and Preliminary Analysis of Ongoing Temporary Radioxenon Noble Gas Background Campaigns in Japan
- Xenon Background Estimation Tool: Better Discrimination of CTBT-relevant Events Against the Radioxenon Background
- Sensitivity Analysis of Activity Concentrations to Effective Sample Position in International Data Centre Products Using the Monte Carlo Simulation
- A Calibration Procedure of Beta-Gamma Coincidence Measurements in the International Monitoring System Network Using four Radioxenon Spikes
- Climate Change as Observed by the CTBTO Radionuclide IMS Stations: the Case of Spitzbergen
- Radioxenon monitoring as crucial part of the CTBTO verification regime: overview, status and challenges
