Curium is very scarce and expensive; today curium has only limited applications: - isotopes 242Cm and 244Cm are used as alpha particles sources for alpha-spectrometers mounted on spacecraft engines to analyze planetary or cosmic samples. - precursor in the preparation of 238Pu and of isotopes of Sg, Hs, Cf, etc. In the past some other uses were proposed.
The correct word is "per curiam"; curium is a chemical element !
Curium is silver. See related links below.
Well, honey, Curium is neither a superhero nor a villain. It's an element on the periodic table with the atomic number 96. So, unless you're talking about a radioactive element with some serious superpowers, Curium won't be saving the day or causing chaos anytime soon.
The terms exothermic and endothermic are applicable to chemical or physical reactions, not to materials. But because curium is an radioactive element, of course some thermal radiation is emitted.
Einsteinium, 99Es and Curium, 96Cu are some examples.
A common compound of curium is curium oxide (Cm2O3), which is formed when curium reacts with oxygen. Another compound is curium fluoride (CmF3), formed when curium reacts with fluorine. These compounds are used in research and nuclear applications.
Curium is very scarce and expensive; today curium has only limited applications: - isotopes 242Cm and 244Cm are used as alpha particles sources for α-spectrometers mounted on spacecraft engines to analyze planetary or cosmic samples. - precursor in the preparation of 238Pu and of isotopes of Sg, Hs, Cf, etc. In the past some other uses were proposed.
Possible uses of some curium isotopes in thermoelectric generators - in the future; now this type of device has some disadvantages.
Curium is very scarce and expensive; today curium has only limited applications: - isotopes 242Cm and 244Cm are used as alpha particles sources for α-spectrometers mounted on spacecraft engines to analyze planetary or cosmic samples. - precursor in the preparation of 238Pu and of isotopes of Sg, Hs, Cf, etc. In the past some other uses were proposed.
Curium is very scarce and expensive; today curium has only limited applications: - isotopes 242Cm and 244Cm are used as alpha particles sources for α-spectrometers mounted on spacecraft engines to analyze planetary or cosmic samples. - precursor in the preparation of 238Pu and of isotopes of Sg, Hs, Cf, etc. In the past some other uses were proposed.
No one has ever cataloged a likely smell. All of the curium available on Earth has been synthesized by nuclear colliders, although some isotopes have very long half-lives. For a person to smell it, there would have to be more than microscopic amounts, and since it tends to bio-accumulate, there would be a serious risk of getting bone cancer from its radiation.
The density of curium is 13,51 g/cm3. But in some books the value is 12 g/cm3.