Plutonium-239, the most important isotope, emit alpha particles, gamma and X-rays.
The specific activity is 0,062 Ci/g.
When bromine reacts with plutonium, it forms plutonium bromide. The chemical equation for the reaction is: 2Pu + 3Br2 → 2PuBr3. This reaction typically occurs under controlled laboratory conditions due to the high radioactivity of plutonium.
Plutonium in its normal state is a silvery-white metal with a faint yellow hue. Due to its high radioactivity, it must be handled with extreme caution.
Plutonium reacts with water to form plutonium hydride and plutonium dioxide. The reaction is slow, and can generate hydrogen gas as a byproduct, which can be combustible and explosive. Due to plutonium's radioactivity and potential hazards, it is extremely dangerous to handle and should be kept away from water.
Plutonium is the radioactive element named after the god of the underworld, Pluto. It is used in nuclear reactors and weapons due to its high radioactivity.
The Brinell hardness of plutonium is 242, the Vickers hardness is 255.
Several examples are uranium, thorium, radon, actinium, protactinium, plutonium, americium, etc.
Yes, plutonium-239 is a radioactive isotope commonly used in nuclear reactors and weapons. It decays through alpha particle emission, and its radioactivity poses significant health risks if not handled properly.
Washing machines have never been made with plutonium, as plutonium is a highly radioactive and hazardous material not suitable for consumer products like washing machines. Plutonium is primarily used in nuclear weapons and reactors due to its high radioactivity and energy-producing capabilities.
All the isotopes of uranium and plutonium are radioactive; plutonium isotopes have a greater specific activity. For cerium: the isotopes 136Ce and 142Ce are possible to be radioactive but having very long half lives and a not significative radioactivity.
Plutonium is a radioactive metal that remains solid at extremely low temperatures. Freezing it would not significantly alter its properties or radioactivity. However, proper handling is necessary to prevent contamination and exposure to radiation.
Some limitations of plutonium include its high radioactivity, toxicity, and potential for use in nuclear weapons. Its long-term storage and disposal pose challenges due to its hazardous properties. Additionally, there are concerns about the proliferation risks associated with the production and handling of plutonium.
Plutonium is not very water soluble, with only trace amounts dissolving in water. However, it can form complexes with certain ions and ligands in water which may increase its solubility. As a heavy metal, plutonium poses significant environmental and health hazards due to its toxicity and radioactivity.