Instruments for the measurements of radon and its decay products in earthquake research are based mostly on the detection of alpha particles. The devices and methods used depend on whether the techniques measure radon or radon decay products, and the duration of the measurements, of which there are three types: i) grab or instantaneous, ii) integrating and iii) continuous. Other criteria used in the design of these instruments are field measurements applicability, portability, convenience and reliability. With the recent increased demand for radon and radon decay products measurements, instruments development has focused on the design of appropriate devices for short-term measurements, as well as on more comple...
Laboratory experiments can represent a valid approach to unravel the complex interplay between the g...
Bakreswar-Tantloi region of India, famous for the abundance of Hot Springs in the area is geothermal...
Three different methodologies were used to measure Radon (222Rn) in soil, based on both passive and ...
Instruments for the measurements of radon and its decay products in earthquake research are based mo...
An effort to define and characterize the environmental effects that control the release and mobility...
A groundwater-radon monitoring station is in operation at Gallicano, a thermomineral spring located ...
We present an automatic continuous monitoring station for radon gas (222Rn) in groundwater used to c...
n the frame of the geochemical monitoring of seismicity mainly aimed at deepening the relationships ...
In order to exploit 222Rn as a naturally-occurring tracer in soils we need to sample and measure rad...
A network of three radon stations has been established in the Langadas basin, North Greece. Newly ma...
Continuous monitoring of soil gas radon at Sarol and the daily monitoring of radon concentration in ...
Prototype instrumentation, able to automatically measure groundwater radon content variations, is p...
Radon and their decay products are the main contributors of total inhalation dose in the living envi...
Ground water contain natural radioactivity associated with uranium and thorium that present naturall...
In the framework of the UR. 2 of the project DPC-INGV S3 \u201cShort term earthquake prediction and ...
Laboratory experiments can represent a valid approach to unravel the complex interplay between the g...
Bakreswar-Tantloi region of India, famous for the abundance of Hot Springs in the area is geothermal...
Three different methodologies were used to measure Radon (222Rn) in soil, based on both passive and ...
Instruments for the measurements of radon and its decay products in earthquake research are based mo...
An effort to define and characterize the environmental effects that control the release and mobility...
A groundwater-radon monitoring station is in operation at Gallicano, a thermomineral spring located ...
We present an automatic continuous monitoring station for radon gas (222Rn) in groundwater used to c...
n the frame of the geochemical monitoring of seismicity mainly aimed at deepening the relationships ...
In order to exploit 222Rn as a naturally-occurring tracer in soils we need to sample and measure rad...
A network of three radon stations has been established in the Langadas basin, North Greece. Newly ma...
Continuous monitoring of soil gas radon at Sarol and the daily monitoring of radon concentration in ...
Prototype instrumentation, able to automatically measure groundwater radon content variations, is p...
Radon and their decay products are the main contributors of total inhalation dose in the living envi...
Ground water contain natural radioactivity associated with uranium and thorium that present naturall...
In the framework of the UR. 2 of the project DPC-INGV S3 \u201cShort term earthquake prediction and ...
Laboratory experiments can represent a valid approach to unravel the complex interplay between the g...
Bakreswar-Tantloi region of India, famous for the abundance of Hot Springs in the area is geothermal...
Three different methodologies were used to measure Radon (222Rn) in soil, based on both passive and ...