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- Holmium (7766 bytes)
34: | [[Atomic radius]] (calc.)
37: | [[Covalent radius]]
40: | [[van der Waals radius]]
142: ...ments|discovered]] by [[Marc Delafontaine]] and [[Jacques Louis Soret]] in [[1878]] who noticed the a... - Hydrogen (20221 bytes)
30: <td>[[Atomic radius]] (calc) </td><td>25 (53...
32: <td>[[Covalent radius]] </td><td>37 pm</td...
34: <td>[[van der Waals radius]] </td><td>120 pm</td></t...
200: ...s/news/7/3/3 article]) at the RIKEN laboratory in Japan by colliding a high-energy beam of helium-8 at... - Indium (8657 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]]
153: ...cturing efficiency and recycling (especially in [[Japan]]) maintain a balance between demand and suppl... - Iodine (11416 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]] - Iridium (10102 bytes)
37: | [[Atomic radius]] (calc.)
40: | [[Covalent radius]]
43: | [[van der Waals radius]]
141: | 241 [[Jahr|a]] - Iron (23778 bytes)
34: <td>[[Atomic radius]] (calc.) </td><td>140 (1...
36: <td>[[Covalent radius]] </td><td>125 pm</td></tr>
38: <td>[[van der Waals radius]] </td><td>no information... - Krypton (9031 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]] - Lanthanum (10184 bytes)
29: <td>[[Atomic radius]] (calc.) </td><td>[[1 E-_...
31: <td>[[Covalent radius]] </td><td>169 [[pic...
33: <td>[[van der Waals radius]] </td><td>n/a pm</td></t... - Lithium (11359 bytes)
35: | [[Atomic radius]] (calc.)
38: | [[Covalent radius]]
41: | [[van der Waals radius]] - Lutetium (10459 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]] - Manganese (14965 bytes)
28: <td>[[Atomic radius]] (calc.) </td><td>[[1 E-1...
30: <td>[[Covalent radius]] </td><td>139 [[pic...
32: <td>[[van der Waals radius]] </td><td>n/a pm</td></t... - Mercury (element) (24761 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]]
261: ...mping of mercury compounds into [[Minamata]] Bay, Japan. The Chisso Corporation, a [[fertilizer]] and ...
292: *American Dental Association. (2004, January 09). [http://www.ada.org/prof/resources/posi... - Molybdenum (10247 bytes)
36: | [[Atomic radius]]
39: | [[Covalent radius]]
42: | [[van der Waals radius]] - Neodymium (12345 bytes)
28: <td>[[Atomic radius]] (calc.) </td><td>[[1 E-1...
30: <td>[[Covalent radius]] </td><td>no data</...
32: <td>[[van der Waals radius]] </td><td>no data</td></... - Neptunium (9972 bytes)
29: <td>[[Atomic radius]] (calc.) </td><td>[[1 E-1...
31: <td>[[Covalent radius]] </td><td>ND [[pic...
33: <td>[[van der Waals radius]] </td><td>ND pm</td></tr... - Nickel (13955 bytes)
35: |[[Atomic radius]] (calc.)
38: |[[Covalent radius]]
41: |[[van der Waals radius]] - Niobium (10560 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]] - Osmium (11139 bytes)
31: <td>[[Atomic radius]] (calc.) </td><td>130 (18...
33: <td>[[Covalent radius]] </td><td>128 pm</t...
35: <td>[[van der Waals radius]] </td><td>no data</td></... - Palladium (9737 bytes)
36: | [[Atomic radius]] (calc.)
39: | [[Covalent radius]]
42: | [[van der Waals radius]] - Platinum (10600 bytes)
30: |[[Atomic radius]] (calc.) || 135 (177) [[picometre|pm]]
32: |[[Covalent radius]] || 128 pm
34: |[[van der Waals radius]] || 175 pm
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