Judd-Ofelt theory is used to predict the luminescent properties in these and characterize their electric-dipole transitions. McCoy's method can be used to separate them, and Axel Cr?nstedt is believed to have discovered the first of them. All of them, except for two, contain trivalent cations, some of which can interfere with calcium channels in the human body. Most are derived from a tetragonal xenotime or monoclinic monazite. The Sparkle model is a computational chemistry technique to calculate their complexes. All of them follow the Oddo-Harkins Rule, which may help to explain why "lights" can be found in the crust and the "heavies" in the mantle. They're particularly noted for exhibiting poor shielding of nuclear charge, which leads to decreases in their atomic
Judd-Ofelt theory is used to predict the luminescent properties in these and characterize their electric-dipole transitions. McCoy's method can be used to separate them, and Axel Cr?nstedt is believed to have discovered the first of them. All of them, except for two, contain trivalent cations, some of which can interfere with calcium channels in the human body. Most are derived from a tetragonal xenotime or monoclinic monazite. The Sparkle model is a computational chemistry technique to calculate their complexes. All of them follow the Oddo-Harkins Rule, which may help to explain why "lights" can be found in the crust and the "heavies" in the mantle. They're particularly noted for exhibiting poor shielding of nuclear charge, which leads to decreases in their atomic radii, an effect known as their namesake "contraction." Containing a partially-filled 4f electron orbital, this is, FTP what period of elements from atomic number 57 to 71?
Judd-Ofelt theory is used to predict the luminescent properties in these and characterize their electric-dipole transitions.
lanthanides or lanthanoids