The removal of gaseous iodine from air by water sprays was measured, using both ordinary water and a solution buffered to a pH near 9.5 with a carbonate mixture. The results were compared to the theoretical predictions of the I2WASH computer code. In all experiments, using both large and small spray droplets, the solution at the higher pH was approximately three times as effective at absorbing iodine from the air. This agrees with the predictions of the computer model for the smaller droplets studied. The computer code predicts no pH effect for large drops, probably because it assumes a well-mixed drop, and mixing during the fall time is too slow
The speciation of iodine in atmospheric aerosol is currently poorly understood. Models predict negli...
grantor: University of TorontoA separate effect flow apparatus was designed and constructe...
As difficulties occurred in the Research Center (KEA) Jülich during the treatment of radioactive was...
A new model has been developed for predicting the rate at which gaseous molecular iodine is absorbed...
Iodine is a fission product of major importance in a severe reactor accident because volatile specie...
Iodine removal rates were measured from air-sparged nitric acid solutions in experiments designed to...
Iodine is an important element essential for higher animals. A large part of the global human popula...
During postulated severe accidents transfer of volatile iodine dissolved in containment water sumps ...
Chlorine oxidation followed by treatment with activated carbon was studied as a possible method for ...
The influence of time, acidity, salinity, concentration of iodine ion, molar ratio of reactants for ...
The extraction into aqueous solution of total soluble iodine (TSI), iodide and iodate were examined ...
An innovative system has been developed by VTT Technical Research Centre of Finland Ltd. to filter g...
The speciation of soluble iodine and major-ion composition were determined in size-fractionated aero...
The objective of this conducted research is to study the iodine removal efficiency in a self-priming...
Efficient mitigation systems capable of reducing as much as possible the radioactive discharge to th...
The speciation of iodine in atmospheric aerosol is currently poorly understood. Models predict negli...
grantor: University of TorontoA separate effect flow apparatus was designed and constructe...
As difficulties occurred in the Research Center (KEA) Jülich during the treatment of radioactive was...
A new model has been developed for predicting the rate at which gaseous molecular iodine is absorbed...
Iodine is a fission product of major importance in a severe reactor accident because volatile specie...
Iodine removal rates were measured from air-sparged nitric acid solutions in experiments designed to...
Iodine is an important element essential for higher animals. A large part of the global human popula...
During postulated severe accidents transfer of volatile iodine dissolved in containment water sumps ...
Chlorine oxidation followed by treatment with activated carbon was studied as a possible method for ...
The influence of time, acidity, salinity, concentration of iodine ion, molar ratio of reactants for ...
The extraction into aqueous solution of total soluble iodine (TSI), iodide and iodate were examined ...
An innovative system has been developed by VTT Technical Research Centre of Finland Ltd. to filter g...
The speciation of soluble iodine and major-ion composition were determined in size-fractionated aero...
The objective of this conducted research is to study the iodine removal efficiency in a self-priming...
Efficient mitigation systems capable of reducing as much as possible the radioactive discharge to th...
The speciation of iodine in atmospheric aerosol is currently poorly understood. Models predict negli...
grantor: University of TorontoA separate effect flow apparatus was designed and constructe...
As difficulties occurred in the Research Center (KEA) Jülich during the treatment of radioactive was...