Search
4 results for akjournals.com:
Bbrhuft t1_jcfday0 wrote
Reply to comment by mali73 in Radon is a monatomic gas, but its decay products are solids. After a decay, what happens to the individual atoms of the daughter elements? Do they stay suspended in the atmosphere or slowly rain out? by foodtower
technology, 25(4), pp.730-735. Hopke, P., 1996. [The initial atmospheric behavior of radon decay products](https://akjournals.com/view/journals/10967/203/2/article-p353.xml). Journal of Radioanalytical and Nuclear Chemistry, 203(2), pp.353-375
Bbrhuft t1_jcffirz wrote
Reply to comment by KbarKbar in Radon is a monatomic gas, but its decay products are solids. After a decay, what happens to the individual atoms of the daughter elements? Do they stay suspended in the atmosphere or slowly rain out? by foodtower
technology, 25(4), pp.730-735. Hopke, P., 1996. [The initial atmospheric behavior of radon decay products](https://akjournals.com/view/journals/10967/203/2/article-p353.xml). Journal of Radioanalytical and Nuclear Chemistry, 203(2), pp.353-375
Bbrhuft t1_jcdxda3 wrote
Reply to comment by hydroxypcp in Radon is a monatomic gas, but its decay products are solids. After a decay, what happens to the individual atoms of the daughter elements? Do they stay suspended in the atmosphere or slowly rain out? by foodtower
technology, 25(4), pp.730-735. Hopke, P., 1996. [The initial atmospheric behavior of radon decay products](https://akjournals.com/view/journals/10967/203/2/article-p353.xml). Journal of Radioanalytical and Nuclear Chemistry, 203(2), pp.353-375