PROOF Correction on Atom Indonesia Journal for Author
Article ID : 1087
Article Title : Measurements of Natural Radionuclides and 137Cs in Airborne Particulate Samples Collected from Bali and Lombok Islands (Indonesia)
Line
Number Original Text Correction Note / Change
18 those radionuclides in airborne particulate matter
those radionuclides in the airborne particulate matter All airborne particulate matter All the airborne particulate
matter
nuclear weapon test nuclear weapon tests other sources in surface air of Bali
and
other sources in the surface air of Bali and
during study period during the study period from Mount Rinjani eruption. from the Mount Rinjani
eruption.
52 When reach the atmosphere, the radionuclides
When reaching the
atmosphere, the
radionuclides 53 rapidly attach on aerosol particles
especially fine
rapidly attach to aerosol particles especially fine 54 particulates, and highly engaged in
atmospheric
particulates, are highly engaged in atmospheric 69 particles has health impact due to
radiological
particles has a health impact due to radiological
70 exposure to general publics and is considered to be
exposure to general public and is considered to be 75 destination in Indonesia for world
wide travellers
destination in Indonesia for worldwide travellers
76 and holiday makers. Many people who come to
and holidaymakers. Many people who come to 90 sea level, and it is one of the
highest volcano in
sea level, and it is one of the highest volcanoes in
138 Fig. 1. Map of study area and sampling sites
Fig. 1. Map of the study area and sampling sites
150 The dried filters was weighed before and after
The dried filters were weighed before and after 263 stastions in early 2016, as can be
seen in Fig. 4
stations in early 2016, as can be seen in Fig. 4
AUTHOR
CONTRIBUTION The first author has contributed as the main contributors of this paper. All authors read and approved the final version of the paper.
Please return to Atom Indonesia Editorial Office via supplementary file in OJS aplication.
Date
22 March 2021
