Add to ORKGNatural radionuclides have been proposed for use in assessing the transport of ozone and aerosols in the troposphere (1-2). Radon daughters can also be used to determine apparent residence times for submicron aerosols in the troposphere by looking at the disequilibrium of 210 Pb with its daughter
[[abstract]]©1994 LWW - Naturally occurring radon and thoron progeny are the most interfering nuclid...
Pollutants from mid-latitudes (mainly from Eurasia) reach the polar region through long-range atmo-s...
The decay products of radon and thoron are essentially the radioisotopes of polonium, bismuth and le...
Fine tropospheric aerosols can play important roles in the radiative balance of the atmosphere. The ...
The residence time of 210Pb created in the atmosphere by the decay of gaseous 222Rn is a key paramet...
The long lived naturally occurring radon progeny species in the atmosphere, namely (210)pb, Bi-210 a...
Radon and thoron progeny are excellent tracers for atmospheric transportations and can be used as pr...
International audienceVolcanic gases are very rich in long-lived radon daughters, especially in :'lø...
Aerosol filter samples were collected daily during summer 2013, at the Pico Mountain Observatory (PM...
Most of the airborne radon-222 daughters are attached to aerosol particles. An experimental set-up f...
A global three‐dimensional model is used to investigate the transport and tropospheric residence tim...
(1) To develop an accurate personal 222Rn (radon) and 220Rn (thoron) monitor to measure an individua...
Daughter products of 222Rn (such as 210Pb, half-life = 22.1 years, and 210Po, half-life = 138 days) ...
Lead-210 (half-life 22.3 y), is a natural radionuclide, being produced in the atmosphere through rad...
The activity median aerodynamic diameters(AMADs)oflong-lived radon decay product(210Pb, 210Po) in ae...
[[abstract]]©1994 LWW - Naturally occurring radon and thoron progeny are the most interfering nuclid...
Pollutants from mid-latitudes (mainly from Eurasia) reach the polar region through long-range atmo-s...
The decay products of radon and thoron are essentially the radioisotopes of polonium, bismuth and le...
Fine tropospheric aerosols can play important roles in the radiative balance of the atmosphere. The ...
The residence time of 210Pb created in the atmosphere by the decay of gaseous 222Rn is a key paramet...
The long lived naturally occurring radon progeny species in the atmosphere, namely (210)pb, Bi-210 a...
Radon and thoron progeny are excellent tracers for atmospheric transportations and can be used as pr...
International audienceVolcanic gases are very rich in long-lived radon daughters, especially in :'lø...
Aerosol filter samples were collected daily during summer 2013, at the Pico Mountain Observatory (PM...
Most of the airborne radon-222 daughters are attached to aerosol particles. An experimental set-up f...
A global three‐dimensional model is used to investigate the transport and tropospheric residence tim...
(1) To develop an accurate personal 222Rn (radon) and 220Rn (thoron) monitor to measure an individua...
Daughter products of 222Rn (such as 210Pb, half-life = 22.1 years, and 210Po, half-life = 138 days) ...
Lead-210 (half-life 22.3 y), is a natural radionuclide, being produced in the atmosphere through rad...
The activity median aerodynamic diameters(AMADs)oflong-lived radon decay product(210Pb, 210Po) in ae...
[[abstract]]©1994 LWW - Naturally occurring radon and thoron progeny are the most interfering nuclid...
Pollutants from mid-latitudes (mainly from Eurasia) reach the polar region through long-range atmo-s...
The decay products of radon and thoron are essentially the radioisotopes of polonium, bismuth and le...