We report on the development of low cost alpha particle sensor systems for radon-and radon daughter monitoring and dosimetry (Ealpha=5,5...7,9 MeV) and on the first application for environmental surveys
Nowadays, radon gas exposure is considered one of the main health concerns for the population becaus...
The World Health Organization lists radon as one of the 19 most important substances that cause canc...
An automatic instrument for the continuous measurement of radon concentration in air has been develo...
We report on a new low cost alpha particle detection sensor system for radon- and radondaughter moni...
We report on the development of low-cost alpha-particle sensor systems for radon and radon daughter ...
A silicon photodiode-based inexpensive detector working as a counter and spectrometer for alpha part...
The development of the integrated circuit AlphaRad as a new System-on-Chip for detection of $\alpha$...
Alpha continuous air monitors are instruments designed to sample aerosols which may contain alpha-em...
This project develops alpha spectroscopy to measure the airborne concentrations of attached and unat...
Radon dosimetry yields valuable information about radioactive health risks in closed environments. I...
The radioactive daughters of radon-222 pose a serious indoor air quality problem in some circumstanc...
The development of pixel CMOS sensors for particle tracking in high energy physics has led to promis...
A radon monitor based on a 3 mm×3 mm alpha-detecting IC fabricated in a foundry CMOS process is repo...
A photodiode-based inexpensive detector working as counter and spectrometer for alpha particles, nam...
The purpose of this project was to design, construct, and evaluate an alpha spectrometer based on an...
Nowadays, radon gas exposure is considered one of the main health concerns for the population becaus...
The World Health Organization lists radon as one of the 19 most important substances that cause canc...
An automatic instrument for the continuous measurement of radon concentration in air has been develo...
We report on a new low cost alpha particle detection sensor system for radon- and radondaughter moni...
We report on the development of low-cost alpha-particle sensor systems for radon and radon daughter ...
A silicon photodiode-based inexpensive detector working as a counter and spectrometer for alpha part...
The development of the integrated circuit AlphaRad as a new System-on-Chip for detection of $\alpha$...
Alpha continuous air monitors are instruments designed to sample aerosols which may contain alpha-em...
This project develops alpha spectroscopy to measure the airborne concentrations of attached and unat...
Radon dosimetry yields valuable information about radioactive health risks in closed environments. I...
The radioactive daughters of radon-222 pose a serious indoor air quality problem in some circumstanc...
The development of pixel CMOS sensors for particle tracking in high energy physics has led to promis...
A radon monitor based on a 3 mm×3 mm alpha-detecting IC fabricated in a foundry CMOS process is repo...
A photodiode-based inexpensive detector working as counter and spectrometer for alpha particles, nam...
The purpose of this project was to design, construct, and evaluate an alpha spectrometer based on an...
Nowadays, radon gas exposure is considered one of the main health concerns for the population becaus...
The World Health Organization lists radon as one of the 19 most important substances that cause canc...
An automatic instrument for the continuous measurement of radon concentration in air has been develo...
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