Pakistan Southern Punjab / Upper Siwaliks / Murree / Al-Kufa City / Sinai / New York / Jalandhar / Tehri Garhwal / India Upper Siwaliks / Himalayas / Mysore / Kangra / Islamabad / Tumkur / /
Company
Mujahid S A / HP / Durrani S A / Durridge Company / /
Country
Egypt / Pakistan / United States / Singapore / Iraq / India / / /
Event
FDA Phase / /
Facility
Gang canal / Dr B R Ambedkar National Institute of Technology / Ferozpur College of Engineering / Punjab Technical University / Kaminpura station / Ambedkar National Institute of Technology / station Mohanpura / /
IndustryTerm
soil-gas radon increases / soil gas / soil-gas samples / soil gas radon / soil-gas radon / stainless steel probe / inert gas / higher soil-gas / soil gas radon concentration / energy / soil-gas radon concentration levels / state devices / soil-gas radon concentration / radioactive gas radon / soil-gas / soil-gas radon concentrations / gas measurements / /
NaturalFeature
Thar Desert / Ghaggar River / Himalaya / Sandy dunes / Sinai / Parvati Valley / /
Organization
General Assembly / United Nations Scientific Committee / Indian Academy of Sciences / US Environmental Protection Agency / International Commission on Radiological Protection / Department of Applied Sciences / Department of Physics / National Academy of Science / United Nations / Institute of Technology / Ferozpur College of Engineering and Technology / Punjab Technical University / /
Person
B. R. Ambedkar / /
Position
electrical conductor / Corresponding author / physical model for the transport; Geophys / /
Product
RAD7 / /
ProvinceOrState
Sri Ganganagar / India Kangra / Haryana / Karnataka / India Hamirpur / New York / India Sri Ganganagar / Punjab / Bikaner / Rajasthan / Himachal Pradesh / Hanumangarh / /
Measurement of soil-gas radon in some areas of northern Rajasthan, India Vikas Duggal1,∗ , Asha Rani2 and Rohit Mehra3 1 Department of Applied Sciences, Punjab Technical University, Jalandhar[removed], India. Department