Add to ORKGThis project develops alpha spectroscopy to measure the airborne concentrations of attached and unattached radon progeny. The system is designed and constructed to be used in homes, thus is portable, fast, and easy to use
Instruments based on the principle of Long-Range Alpha Detection (LRAD) detect the ions created in a...
We consider the application of alpha spectroscopy to the rapid determination of the potential alpha ...
Approximately half of the human exposure to radiation is due to indoor airborne short-lived progeny ...
The decay of naturally occurring uranium-238 and thorium-232 produces radon-222 and radon-220 isotop...
Alpha continuous air monitors are instruments designed to sample aerosols which may contain alpha-em...
"Contract W-7401-eng-49 between the U.S. Atomic Energy Commission and the University of Rochester, a...
The ability to detect airborne alpha particles in real time could greatly enhance the safety of work...
Current technologies for the detection of airborne radioactive contamination do not provide real-tim...
The fundamental principles of a regional survey program are discussed, and a sampling program for ai...
The radioactive daughters of radon-222 pose a serious indoor air quality problem in some circumstanc...
Radon exists naturally in the air. It can accumulate inside the buildings which may affect the indoo...
We report on the development of low cost alpha particle sensor systems for radon-and radon daughter ...
The release of airborne radioactive material presents a health risk hazard to many individuals, emer...
The practicality of using a liquid scintillation method with a nonvolatile liquid scintillation abso...
AbstractThe new device described in this report provides the reliable fast detection of alpha-partic...
Instruments based on the principle of Long-Range Alpha Detection (LRAD) detect the ions created in a...
We consider the application of alpha spectroscopy to the rapid determination of the potential alpha ...
Approximately half of the human exposure to radiation is due to indoor airborne short-lived progeny ...
The decay of naturally occurring uranium-238 and thorium-232 produces radon-222 and radon-220 isotop...
Alpha continuous air monitors are instruments designed to sample aerosols which may contain alpha-em...
"Contract W-7401-eng-49 between the U.S. Atomic Energy Commission and the University of Rochester, a...
The ability to detect airborne alpha particles in real time could greatly enhance the safety of work...
Current technologies for the detection of airborne radioactive contamination do not provide real-tim...
The fundamental principles of a regional survey program are discussed, and a sampling program for ai...
The radioactive daughters of radon-222 pose a serious indoor air quality problem in some circumstanc...
Radon exists naturally in the air. It can accumulate inside the buildings which may affect the indoo...
We report on the development of low cost alpha particle sensor systems for radon-and radon daughter ...
The release of airborne radioactive material presents a health risk hazard to many individuals, emer...
The practicality of using a liquid scintillation method with a nonvolatile liquid scintillation abso...
AbstractThe new device described in this report provides the reliable fast detection of alpha-partic...
Instruments based on the principle of Long-Range Alpha Detection (LRAD) detect the ions created in a...
We consider the application of alpha spectroscopy to the rapid determination of the potential alpha ...
Approximately half of the human exposure to radiation is due to indoor airborne short-lived progeny ...