José Ángel Corbacho Merino

Lecturer

Universidad de Extremadura

Spain

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José Ángel Corbacho Merino is a Lecturer at the University of Extremadura in Spain. His research focuses on radiological assessment, environmental monitoring, and innovative measurement techniques, as evidenced by his recent publications on air quality, water monitoring systems, and the use of drone-based technology for radiological characterization. His work contributes to the understanding of the impacts of natural and anthropogenic factors on radiation levels in various ecosystems.

Articles (13)

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2025

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2024

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2024

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2024

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2023

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2023

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2023

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2022

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2022

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2020

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2020

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2020

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2020

Collaborators (2)

Jose Diaz

Catedrático (Full Professor)

University of Valencia

SPAIN

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Javier Guillén

Profesor Titular Universidad

Universidad de Extremadura

SPAIN

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José Ángel Corbacho Merino

Research Interests

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About

Articles (13)

Comprehensive analysis of 210Pb activity measurements in ground-level air samples: influence of local meteorological parameters, PM10 concentrations and air mass dynamics in the western part of Spain (2012–2022)

Use of Non-Destructive Ultrasonic Techniques as Characterization Tools for Different Varieties of Wine

Long-term radiological assessment of a Mediterranean freshwater ecosystem surrounding a nuclear power plant

Use of a drone-based gamma-ray spectrometry system to assess point or extended radioactive sources

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

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

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

Relationship between indoor ambient dose equivalent rates and the architectural style of standalone houses in locations with high naturally occurring radionuclide soil concentrations

Response of an automatic air monitoring gamma-spectrometry station based on sample retention to rainfall-caused dosimetric alterations and to environments with a wide range of radon levels

Simulation results of a real-time in water tritium monitor

Transfer of radionuclides and stable elements to foodstuffs in Mediterranean ecosystems

Collaborators (2)

Jose Diaz

Javier Guillén

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