PUBLICACIÓN

Development of a real-time tritium-in-water monitor

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Azevedo C. et al.

2023 Journal of Instrumentation

CITAS

0

DOI

10.1088/1748-0221/18/12/t12008

EID

2-s2.0-85180984831

EISSN

1748-0221

AUTORES DE LA UEX

Antonio Salvador Baeza Espasa
José Ángel Corbacho Merino

OTRAS PUBLICACIONES DE INTERÉS

Simulation Results Of A Real-Time In Water Tritium Monitor
Long-Term Radiological Assessment Of A Mediterranean Freshwater Ecosystem Surrounding A Nuclear Power Plant
Reduction Of Natural Radioactivity In Groundwater With Different Salinity Through Adsorption Of Uranium And Radium In Filter Materials
Long-Term Radiological Assessment Of A Mediterranean Freshwater Ecosystem Surrounding A Nuclear Power Plant
Reduction Of Natural Radioactivity In Groundwater With Different Salinity Through Adsorption Of Uranium And Radium In Filter Materials
Design, Setup And Routine Operation Of A Water Treatment System For The Monitoring Of Low Activities Of Tritium In Water
Reduction Of Natural Radioactivity In Groundwater With Different Salinity Through Adsorption Of Uranium And Radium In Filter Materials
Design, Setup And Routine Operation Of A Water Treatment System For The Monitoring Of Low Activities Of Tritium In Water
Design And Development Of A Detector System And Software Tool Installed On A Mobile Laboratory To Provide Both Radiological Characterisation Of Large Areas And A Simple Tool For Localising Radioactive Sources
Design, Setup And Routine Operation Of A Water Treatment System For The Monitoring Of Low Activities Of Tritium In Water
Design And Development Of A Detector System And Software Tool Installed On A Mobile Laboratory To Provide Both Radiological Characterisation Of Large Areas And A Simple Tool For Localising Radioactive Sources
Development Of A Real-Time Tritium-In-Water Monitor
Design And Development Of A Detector System And Software Tool Installed On A Mobile Laboratory To Provide Both Radiological Characterisation Of Large Areas And A Simple Tool For Localising Radioactive Sources
Development Of A Real-Time Tritium-In-Water Monitor
Use Of A Drone-Based Gamma-Ray Spectrometry System To Assess Point Or Extended Radioactive Sources
Development Of A Real-Time Tritium-In-Water Monitor
Use Of A Drone-Based Gamma-Ray Spectrometry System To Assess Point Or Extended Radioactive Sources
In Situ Gamma Spectrometry Using A Portable Hpge Detector. Radiological Characterisation And Environmental Surveillance Around An Operating Nuclear Power Plant. Possibilities And Limits.
Use Of A Drone-Based Gamma-Ray Spectrometry System To Assess Point Or Extended Radioactive Sources
In Situ Gamma Spectrometry Using A Portable Hpge Detector. Radiological Characterisation And Environmental Surveillance Around An Operating Nuclear Power Plant. Possibilities And Limits.
Radiological Alert Network Of Extremadura (Rarex) At 2021:30 Years Of Development And Current Performance Of Real-Time Monitoring
In Situ Gamma Spectrometry Using A Portable Hpge Detector. Radiological Characterisation And Environmental Surveillance Around An Operating Nuclear Power Plant. Possibilities And Limits.
Radiological Alert Network Of Extremadura (Rarex) At 2021:30 Years Of Development And Current Performance Of Real-Time Monitoring
Simulation Results Of A Real-Time In Water Tritium Monitor
Radiological Alert Network Of Extremadura (Rarex) At 2021:30 Years Of Development And Current Performance Of Real-Time Monitoring
Simulation Results Of A Real-Time In Water Tritium Monitor
Long-Term Radiological Assessment Of A Mediterranean Freshwater Ecosystem Surrounding A Nuclear Power Plant
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