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Lawrencium - Notable characteristics | | Lawrencium - Notable characteristics: Encyclopedia II - Lawrencium - Notable characteristics | | The appearance of this element is unknown, however it is most likely silvery-white or gray and metallic. If sufficient amounts of lawrencium were produced, it would pose a radiation hazard. Very little is known about the chemical properties of this element but some preliminary work on a few atoms has indicated that it behaves similarly to the actinides.
Element 103 is a d-block element analogous to lutetium and therefore is increasingly being placed with the other d-block elements in the transition metal chemical series, but it is still most o ...
See also:Lawrencium, Lawrencium - Notable characteristics, Lawrencium - History | | | Lawrencium, Lawrencium - History, Lawrencium - Notable characteristics | | |
| | | Lawrencium: Encyclopedia II - Lawrencium - Notable characteristics
Lawrencium - Notable characteristics
The appearance of this element is unknown, however it is most likely silvery-white or gray and metallic. If sufficient amounts of lawrencium were produced, it would pose a radiation hazard. Very little is known about the chemical properties of this element but some preliminary work on a few atoms has indicated that it behaves similarly to the actinides.
Element 103 is a d-block element analogous to lutetium and therefore is increasingly being placed with the other d-block elements in the transition metal chemical series, but it is still most often grouped with the actinides in the periodic table.
Other related archives1961, 1963, 1967, 1997, Albert Ghiorso, American Chemical Society, Dubna, Ernest O. Lawrence, February 14, Geneva, International Union of Pure and Applied Chemistry, Lawrence Berkeley National Laboratory, Russia, University of California, Berkeley, actinides, alpha emission, alpha particle, atomic number, boron, californium, copper, cyclotron, d-block, discovered, electron capture, half-life, helium, isotope, lutetium, metallic, milligram, nobelium, periodic table, radiation, radioactive, rare earth, solid-state, spontaneous fission, synthetic element, systematic element name, transition metal
 Adapted from the Wikipedia article "Notable characteristics", under the G.N U Free Docmentation License. Please also see http://en.wikipedia.org/wiki |
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