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- Plutonium (24623 bytes)
37: | [[Atomic radius]] (calc.)
40: | [[Covalent radius]]
43: | [[van der Waals radius]]
174: ...ond dropped on [[Nagasaki, Nagasaki|Nagasaki]], [[Japan]]).
232: ...his sort have occurred in the [[Soviet Union]], [[Japan]], and many other countries. (See [[List of nu... - Polonium (10219 bytes)
29: <td>[[Atomic radius]] (calc.) </td><td>190 (13...
31: <td>[[Covalent radius]] </td><td>no data</...
33: <td>[[van der Waals radius]] </td><td>no data</td></... - Potassium (12496 bytes)
29: <td>[[Atomic radius]] (calc.) </td><td>220 (24...
31: <td>[[Covalent radius]] </td><td>196 pm</t...
33: <td>[[van der Waals radius]] </td><td>275 pm</td></t... - Praseodymium (9138 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]] - Promethium (9561 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]]
162: ...tence of promethium was obtained in [[1945]] by [[Jacob A. Marinsky]], [[Lawrence E. Glendenin]] and [... - Protactinium (7744 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]]
156: ...as first identified in [[1913]], when [[Kasimir Fajans]] and [[O. H. G?ng]] encountered short-lived is... - Radon (12616 bytes)
34: | [[Atomic radius]] (calc.)
37: | [[Covalent radius]]
40: | [[van der Waals radius]]
140: ...ng]]s. The towns of [[Misasa, Tottori|Misasa]], [[Japan]], and [[Bad Kreuznach]], [[Germany]] boast th...
162: ...here are still radon baths and [[hot spring]]s in Japan. These baths promote radon by saying that it c... - Radium (13138 bytes)
28: <td>[[Atomic radius]]</td><td>215 [[picometre|pm]]</td></tr>
30: <td>[[Covalent radius]]</td><td>no data</td></tr>
32: <td>[[van der Waals radius]]</td><td>no data</td></tr>
110: Radium (Latin radius, ray) was [[discovery of the chemical elements|di... - Rhenium (8807 bytes)
32: <td>[[Atomic radius]] (calc.)</td><td>135 (188) [[picometre|pm]]</td>...
34: <td>[[Covalent radius]]</td><td>159 pm</td></tr>
36: <td>[[van der Waals radius]]</td><td>no data</td></tr> - Rhodium (8753 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]] - Rubidium (10211 bytes)
34: | [[Atomic radius]] (calc.)
37: | [[Covalent radius]]
40: | [[van der Waals radius]] - Ruthenium (10241 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]] - Samarium (10157 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]] - Scandium (10820 bytes)
28: <td>[[Atomic radius]] (calc.) </td><td>[[1 E-10 m|160 (184) pm]]</td>...
30: <td>[[Covalent radius]] </td><td>144 [[picometre|pm]]</td></tr>
32: <td>[[van der Waals radius]] </td><td>no data</td></tr> - Selenium (9236 bytes)
37: | [[Atomic radius]] (calc.)
40: | [[Covalent radius]]
43: | [[van der Waals radius]]
194: ...meaning "Moon") was discovered in [[1817]] by [[J?Jakob Berzelius]] who found the element associated w... - Silver (15157 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]] - Strontium (11493 bytes)
34: | [[Atomic radius]]
37: | [[Covalent radius]]
40: | [[van der Waals radius]]
196: ...235 and 540 °C. Strontium metal (98% pure) in January [[1990]] cost about $5/oz. The largest comme...
202: ...investigations. Because strontium has an [[atomic radius]] similar to that of [[calcium]], it readily subs... - Tantalum (11817 bytes)
34: | [[Atomic radius]] (calc.)
37: | [[Covalent radius]]
40: | [[van der Waals radius]] - Tellurium (8984 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]] - Technetium (32113 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]]
220: ...ipponium, after [[Japan]] (which is ''Nippon'' in Japanese). Later analysis indicated the presence of ...
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