The primary danger of plutonium is in inhaling it. However, touching it would expose one to some of the alpha radiation which travels about a quarter of an inch, or enough of a distance to penetrate your skin.
This would increase your chance of various cancers.
Plutonium oxidizes and can become hot when exposed to air.
Perhaps the greatest immediate danger you would face would be from Homeland Security. For obvious reasons, it is a very highly controlled substance.
In spite of the several dozen movies that we all have no doubt seen, you will not vomit uncontrollably, lose your hair, sire mutants, or develop super powers just for having touched it.
The external irradiation is not so important but the internal irradiation after ingestion or inhalation of plutonium is extremely dangerous. Also plutonium (and its compounds)is a very toxic element.
Plutonium doesn't occur in nature as far as we know, but if Pluto were made of solid Plutonium, nothing would happen. Pluto is not near anything that might be affected.
Oxidizing of plutonium to oxides PuO and PuO2.
Plutonium is not corrosive.
Weapons grade plutonium has min. 90 % plutonium 239 and max. 1 % plutonium 240.
Plutonium has 20 isotopes (from Pu 228 to Pu 247).
Plutonium doesn't occur in nature as far as we know, but if Pluto were made of solid Plutonium, nothing would happen. Pluto is not near anything that might be affected.
No, plutonium is not generally thought of as a gas. It is a metal and is solid at anything near room temperature.
Oxidizing of plutonium to oxides PuO and PuO2.
Heated plutonium react rapidly wit oxygen resulting the oxides PuO and PuO2.
Plutonium exist in the Earth crust only as traces: near nuclear weapons test zones, near uranium mines or nuclear fuels recycling facilities.
Plutonium exist in ultratraces in uranium ores, in areas of nuclear weapons tests or near nuclear fuels recycling facilities.
It is an important risk for lung cancer.
Of course death, because Pu is very radioactive and toxic.
Plutonium is a radioactive metal with a boiling point of approximately 3,228 degrees Celsius (5,842 degrees Fahrenheit). At this temperature, plutonium would transition from a solid to a gaseous state. However, handling plutonium at or near its boiling point would be extremely hazardous due to its highly toxic and radioactive nature.
Some plutonium chemical compounds; plutonium dioxide, plutonium nitride, plutonium carbide, plutonium nitrate, plutonium trifluoride, plutonium chloride, etc.
Examples are: plutonium metal, isotope Pu-238, plutonium dioxide, plutonium sulfide, plutonium nitrate, plutonium carbide etc.
Examples: PuO2, plutonium nitrate, plutonium carbide, plutonium chloride, plutonium fluoride etc.