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 meitnerium

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updated Tue. August 20, 2024

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Check out the story below of Enheduanna, the Sumerian high-priestess expected to make accurate astronomical predictions in 2300 BCE. Examples from the last couple centuries? In 1938, Lise Meitner solved the problem of nuclear fission. Thirty-five years ago this week meitnerium was discovered, and ...

109, Mt, Meitnerium, No data available. 110, Ds, Darmstadtium, No data available. 111, Rg, Roentgenium, No data available. 112, Uub, Ununbium, No data available. 113, Uut, Ununtrium, No data available. 114, Uuq, Ununquadium, No data available. 115, Uup, Ununpentium, No data available. 116, Uuh ...
In 1982, the element, Meitnerium (Mt), was named in her honor. The Posthumous Prize Winner Nobel Prize rules stipulate that the award cannot be given posthumously. The only exception was made in 2011 when Canadian immunologist Ralph Steinman received the Nobel for Physiology or Medicine.
There can be no doubt that any science student who is interested in chemistry must learn the periodic table. But just learning the periodic table is not really enough. It is a merely first step before going deeper into it. The next step would be to add the ionic charges, the full names, and mass of each of the ...
On August 29, 1982, nearly 44 years after this extraordinary breakthrough—and 35 years ago this week—the synthetic (i.e., not naturally occurring) radioactive element meitnerium was first created. The only element so far solely to take the name of a woman who was not a mythological figure, it is named in ...
In the end, the IUPAC decided that the US could have elements 104 (rutherfordium) and 106 (seaborgium), Russia would be awarded 105 (dubnium) and 107 (bohrium), and Germany got the naming rights to 108 (hassium) and 109 (meitnerium). That decision was taken in 1997 and the refreshed naming ...
Any proposed name will be checked out for consistency, prior use for other cases, and translatability into other languages. Of the current elements, only two were named after women: Meitnerium and Curium, named after Lise Meitner and Marie Curie, respectively. Curie shared her honor with her husband.
Meitnerium is a radioactive, synthetic element about which little is known. It is classified as a metal and is a solid at room temperature. Meitnerium has seven isotopes with known half-lives. The most stable is meitnerium-278 (278Mt), with a half-life of about eight seconds. It decays into bohrium-274 (Bh) ...
This week's element is roentgenium, which has the atomic symbol, Rg, and atomic number, 111. Originally known by its temporary name, unununium (Uuu -- which is my favourite atomic symbol that is associated with any of the elements' temporary names), this element was named in honour of German ...
This week's element is meitnerium, which has the atomic symbol, Mt, and the atomic number, 109. This element is named in honour of physicist and mathematician Lise Meitner who correctly explained an experiment where uranium underwent nuclear fission to produce other, smaller, elements. For rational ...


 

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     meitnerium

chemical elements:
     actinium
     aluminum
     americium
     antimony
     argon
     arsenic
     astatine
     barium
     berkelium
     beryllium
     bismuth
     bohrium
     boron
     bromine
     cadmium
     calcium
     californium
     carbon
     cerium
     cesium
     chlorine
     chromium
     cobalt
     copper
     curium
     darmstadtium
     dubnium
     dysprosium
     einsteinium
     erbium
     europium
     fermium
     fluorine
     francium
     gadolinium
     gallium
     germanium
     gold
     hafnium
     hassium
     helium
     holmium
     hydrogen
     indium
     iodine
     iridium
     iron
     krypton
     lanthanum
     lawrencium
     lead
     lithium
     lutetium
     magnesium
     manganese
     meitnerium
     mendelevium
     mercury
     molybdenum
     neodymium
     neon
     neptunium
     nickel
     niobium
     nitrogen
     nobelium
     osmium
     oxygen
     palladium
     phosphorus
     platinum
     polonium
     potassium
     praseodymium
     promethium
     protactinium
     radium
     radon
     rhenium
     rhodium
     roentgenium
     rubidium
     ruthenium
     rutherfordium
     samarium
     scandium
     seaborgium
     selenium
     silicon
     silver
     sodium
     strontium
     sulfur
     tantalum
     technetium
     tellurium
     terbium
     thallium
     thorium
     thulium
     tin
     titanium
     tungsten
     ununbium
     ununhexium
     ununoctium
     ununpentium
     ununquadium
     ununseptium
     ununtrium
     uranium
     vanadium
     xenon
     ytterbium
     yttrium
     zinc
     zirconium