Yes. It has lots of stable isotopes.
Perhaps Ytterbium, which has 103 neutrons and 70 electrons.
Portable X-Rays where electricity is unavailable
it is found every where on earth
The strongest electromagnetic force on Earth is found between the North and the South Poles. The source of the force is found in the core of the Earth, which is rotating slightly faster than the Earth's own rotation, creating a generator of immense proportions.
supernovae
Ytterbium is found in minerals such as xenotime, euxenite, and monazite. It is also found in small quantities in some rare earth minerals and in the Earth's crust. Commercially, ytterbium is typically obtained through the process of ion exchange and solvent extraction from monazite sands.
Ytterbium is a naturally occuring rare earth element. However, an isotope of Ytterbium (Ytterbium-169) is an artificially produced isotope.
Ytterbium is a chemical element with the symbol Yb and does not have a distinct odor. As a rare earth metal, it is typically found in a solid state and is not known for producing any noticeable smell. Any odor associated with ytterbium would likely come from impurities or the substances it might be combined with rather than the element itself.
Ytterbium. See the link below for more information.
Erbium, terbium, and ytterbium are rare earth elements with unique properties. Erbium is used in optical fibers for communication, terbium in electronic devices for green phosphors, and ytterbium in lasers for cutting and welding.
Ytterbium is a soft, malleable, and lustrous rare earth metal that is found in some rare-earth minerals. It is used in lasers, certain types of alloys, and as a catalyst in organic chemistry. Ytterbium has no known biological role in humans.
Ytterbium is obtained from mineral ores such as xenotime and monazite. These ores contain ytterbium in small concentrations, which can be extracted through a process of chemical separation and purification.
jean-charles galissard de marignac
Ytterbium itself is not explosive. It is a rare earth metal that is typically stable under normal conditions. However, ytterbium compounds can be used in high-energy materials or explosives due to their unique properties.
Jean de Marignac is the one credited with discovering the element ytterbium. He found this element in Switzerland in 1878.
The element yttrium has the symbol Y. This element and the element ytterbium (Yb) are both named for a quarry town in Sweden (Ytterby).
It is a general tradition to write the symbol of a chemical element with two letters from the name.