Difference between revisions of "Osmium"
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Interesting trivia: | Interesting trivia: | ||
* Osmium is the densest naturally occurring element (22.59 g/ccm). – See: [[Ultimate limits]] | * Osmium is the densest naturally occurring element (22.59 g/ccm). – See: [[Ultimate limits]] | ||
| − | * It's oxide is a (rather toxic) | + | * It's oxide is a (rather toxic) transparent liquid. <br>[[Ruthenium]] (same group) and [[Rhenium]] (to the left) do that too. – See: [[Oddball compounds]] |
Osmiums group members are: | Osmiums group members are: | ||
* [[Ruthenium]] – also a rather rare and expensive element | * [[Ruthenium]] – also a rather rare and expensive element | ||
* [[Iron]] – [[abundant elements|tremendously abundant]] much less noble | * [[Iron]] – [[abundant elements|tremendously abundant]] much less noble | ||
| − | * The artificial element highly radioactive element | + | * Hassium – The artificial element highly radioactive element (longest half live time 110s) <br>See: [[Artificial short lived elements]] |
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| + | == External links == | ||
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| + | * Wikipedia: [https://en.wikipedia.org/wiki/Osmium Osmium] | ||
Latest revision as of 13:02, 15 June 2021
Osmium is a rather rare and accordingly expensive element.
Thus it is of no real interest for macrostructural applications.
Interesting trivia:
- Osmium is the densest naturally occurring element (22.59 g/ccm). – See: Ultimate limits
- It's oxide is a (rather toxic) transparent liquid.
Ruthenium (same group) and Rhenium (to the left) do that too. – See: Oddball compounds
Osmiums group members are:
- Ruthenium – also a rather rare and expensive element
- Iron – tremendously abundant much less noble
- Hassium – The artificial element highly radioactive element (longest half live time 110s)
See: Artificial short lived elements
External links
- Wikipedia: Osmium
