[go: up one dir, main page]

Moeller et al., 1984 - Google Patents

Cost evaluation of control measures for indoor radon progeny

Moeller et al., 1984

Document ID
883052415994418772
Author
Moeller D
Fujimoto K
Publication year
Publication venue
Health physics

External Links

Snippet

Based on assumed conditions within a typical US home, annualized costs for reducing indoor airborne radon progeny concentrations have been calculated for a variety of methods of control. These analyses were limited to methods for control in existing homes. Control …
Continue reading at journals.lww.com (other versions)

Similar Documents

Publication Publication Date Title
Ramola et al. A study of seasonal variations of radon levels in different types of houses
Babai et al. Estimation of indoor radon levels and absorbed dose rates in air for Chennai city, Tamilnadu, India
Can et al. Measurements of indoor radon concentration levels in Kilis, Osmaniye and Antakya, Turkey during spring season
Moeller et al. Cost evaluation of control measures for indoor radon progeny
Burkart et al. Matched pair analysis of the influence of weather-stripping on indoor radon concentration in Swiss dwellings
Nero et al. Characterizing the sources, range, and environmental influences of radon 222 and its decay products
Hirouchi et al. Penetration factor and indoor deposition rate of elementary and particulate iodine in a Japanese house for assessing the effectiveness of sheltering for radiation exposures
Kusuda et al. Modeling of radon and its daughter concentrations in ventilated spaces
Mohery et al. Unattached fractions and aerosol attached of radon progeny in indoor air
Hinds et al. Control of indoor radon decay products by air treatment devices
Rizo-Maestre et al. The radon gas in underground constructions. Railway Tunnel of Alicante (Spain)
Khalid et al. Variation of radon Emanation in workplaces as a function of room parameters
Ng et al. Modelling exposure to naturally occurring radionuclides in building materials
Colenghi et al. Development of an electrostatic precipitator prototype to reduce exposure to radon progeny in poorly ventilated workplaces
Kobal et al. Comparison of approaches in Slovenia and Kazakhstan in managing exposure to radon
Leung et al. Radon action level for high-rise buildings
Burkart An estimation of radiation exposure and risk from airtightening of homes in an alpine area with elevated radon source strength
Iimoto Time variation of the radon equilibrium factor in a reinforced concrete dwelling
Mócsy et al. Contribution of radon to overall exposure to radiation in a ten-storey block building
Sriburee et al. Radon concentration in residential areas of Bann Pang Fan, Chiang Mai province, Thailand
KU5uda et al. ConC0~'~~ fin Ven'~~~ atec1 Spacss
Badran Indoor radon levels and annual effective dose in dwellings of najran city, Saudi Arabia
Yu et al. The effects of covering materials on indoor Rn concentrations in offices in Hong Kong
Tartaglia et al. Radon and its Progeny in the Indoor Environment
Moeller et al. Laboratory and field tests of a hassock fan-ion generator radon decay product removal unit