Back to Results
First PageMeta Content
Matter / Radon / Soil contamination / Chemical elements / Heating /  ventilating /  and air conditioning / Indoor air quality / Air pollution / Heat recovery ventilation / Lung cancer / Building biology / Chemistry / Physics


Milner, J; Shrubsole, C; Das, P; Jones, B; Ridley, I; Chalabi, Z; Hamilton, I; Armstrong, B; Davies, M; Wilkinson, P[removed]Home energy efficiency and radon related risk of lung cancer: modelling study. BMJ (Clinical res
Add to Reading List

Document Date: 2015-02-24 12:16:56


Open Document

File Size: 1,17 MB

Share Result on Facebook

City

London / /

Company

McGraw-Hill / Philips / Lawrence Berkeley National Laboratory / Marley / Creative Commons / /

Continent

Europe / /

Country

Australia / United Kingdom / Wales / Italy / United States / Ireland / UK / /

/

Event

Environmental Issue / Product Issues / /

Facility

Building Research Establishment / National Institute of Standards and Technology / Building Regulations / University College London / Institute of Occupational Medicine / University of Nottingham / National Cancer Institute / Melbourne Institute of Technology / Energy Institute / /

IndustryTerm

household energy efficiency measures / heat recovery systems / energy efficiency measures / energy use / faulty systems / law targets / energy efficiency gains / energy supply / mortality risk using modern ventilation systems / energy efficiency strategy / home energy efficiency harm occupant health / energy / greenhouse gas emissions / greenhouse-gas emissions / household energy supplies / energy efficiency / home energy-efficiency / energy calculations / Mechanical ventilation systems / energy-efficiency measures / radioactive inert gas / improved energy efficiency / inert gas / greenhouse gas / energy mix / energy efficiency improvements / radon gas / low-energy construction / energy efficiency interventions / appropriate compensatory ventilation systems / home energy efficiency / gas emissions / energy supply mix / energy efficiency opportunity / energy fact file / space heating energy supply / greenhouse gas emissions reduction strategies / household energy / annual greenhouse gas emissions / energy-efficient buildings / /

MarketIndex

case 100 / /

Organization

Committee on Climate Change / Institute of Occupational Medicine / HM Government / Department for Communities / Health Protection Agency / American Society of Heating / National Institute of Standards and Technology / Department for Energy and Climate Change / Swiss Federal Office for Public Health / Institute of Technology / Melbourne / European Union / National Cancer Institute / Stationery Office / University College London / NHS Information Centre / UK government / Department of Energy / Health and Social Care Information Centre / London School of Hygiene and Tropical Medicine / Institute for Sustainability / Department of Social and Environmental Health Research / 5UCL Energy Institute / University of Nottingham / UK Office for National Statistics / Local Government / 2Bartlett School of Graduate Studies / /

Person

Manuel J. Avoiding / Clive Shrubsole / Payel Das / Ian Ridley / Murray V / Hurley J. Life / Darby S. Cancers / Ann Oncol / Hurley J. Comparing / Cooper I. Great / Stephen R. Airtightness / Darby S. Lung / Zaid Chalabi / /

/

Position

research associate / author / lead author / James Milner lecturer / Paul Wilkinson professor / Benjamin Jones lecturer / senior lecturer / Hamilton lecturer / Ben Armstrong professor / corresponding author / Michael Davies professor / Hunter / /

Product

SDI iP1 Speakers / systems / /

ProgrammingLanguage

J / /

ProvinceOrState

Victoria / Liguria / /

Region

Northern Italy / /

Technology

radiation / /

URL

http /

SocialTag