Exposure to radon gas, which is present in the environment naturally, constitutes over half the radiation dose received by the general public annually. At present, the most widely used method of measuring radon concentration levels throughout the world, both in dwellings and in the field, is by etched track detectors - also known as Solid State Nuclear Detectors (SSNTDs). Although this is not only the most widely used method but is also the simplest and the cheapest, yet there is at present no book available on the market globally, devoted exclusively or largely to the methodology of, and dea
Swiss national requirements for measuring radon gas exposures demand a lower detection limit of 50 k...
Public exposure to radioactive gas radon and its progeny present in the air results in the largest c...
Approximately half of the human exposure to radiation is due to indoor airborne short-lived progeny ...
In the next years, due to the requirements included in the 2013/59/ Euratom Directive, the number of...
The measurement of radon using solid state nuclear track detectors is presented. The importance of r...
New methods and apparatus for the passive sampling of radon are introduced in the present paper. The...
In this paper, the radon emanated from water at Lashio University, Myanmar has been measured. For th...
The review considers constructions of the passive track devices for measurements of concentrations o...
This paper reviews some aspects of solid-state nuclear track detectors (SSNTDs) and their applicatio...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Radon-related lung cancer is responsible for approximately 21,00 deaths each year in the U.S. alone....
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Swiss national requirements for measuring radon gas exposures demand a lower detection limit of 50 k...
Public exposure to radioactive gas radon and its progeny present in the air results in the largest c...
Approximately half of the human exposure to radiation is due to indoor airborne short-lived progeny ...
In the next years, due to the requirements included in the 2013/59/ Euratom Directive, the number of...
The measurement of radon using solid state nuclear track detectors is presented. The importance of r...
New methods and apparatus for the passive sampling of radon are introduced in the present paper. The...
In this paper, the radon emanated from water at Lashio University, Myanmar has been measured. For th...
The review considers constructions of the passive track devices for measurements of concentrations o...
This paper reviews some aspects of solid-state nuclear track detectors (SSNTDs) and their applicatio...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Radon-related lung cancer is responsible for approximately 21,00 deaths each year in the U.S. alone....
Solid-state nuclear track detectors are being used to obtain the time integrated concentration leve...
Swiss national requirements for measuring radon gas exposures demand a lower detection limit of 50 k...
Public exposure to radioactive gas radon and its progeny present in the air results in the largest c...
Approximately half of the human exposure to radiation is due to indoor airborne short-lived progeny ...