Potassium titanium hexafluoride

In 1933 Herzberg and Teller demonstrated that certain electronic transitions which are forbidden in the fixed nuclei approximation may attain a non-zero transition probability through the interaction of electronic and nuclear motions. What they essentially did was to note that in every molecule there exist asymmetric nuclear displacements which yield a non-zero expectation value for the gradient of the nuclear-electronic coulombic energy terms. To illustrate their mode of thought we shall here give a pictorial outline of the calculation of such vibronic intensities in two systems of current interest aromatic compounds and transition metal complexes. For the sake of clarity we shall limit our discussion to the exemplary molecular systems of benzene and potassium titanium hexafluoride (KjTiFg). 

Aflammit Tl Dipotassium hexafluorotitanate Dipotass-ium hexafluorotitanate(2-) Dipotassium monoStanium hexafluoride Dipotassium titanium hexafluoride EINECS 240-969-9 Fluotitanate de potassium NSC 187663 Potassium fluorotitanate (KzTiFe) Potassium hexa-fluorotitanate Potassium titanium fluoride Titanate(2-), hexafluoro-, dIpotassium Titanium potassium fluoride. Flameproofing agent used in wool processing, Thor Chemicals (UK) Ud. 

Oxidizer, Poison, Corrosive SAFETY PROFILE Poisonous and corrosive. Very reactive, a powerful oxidizer. Explosive or violent reaction with organic materials, water, acetone, ammonium halides, antimony, antimony trichloride oxide, arsenic, benzene, boron, bromine, carbon, carbon monoxide, carbon tetrachloride, carbon tetraiodide, chloromethane, cobalt, ether, halogens, iodine, powdered molybdenum, niobium, 2-pentanone, phosphoms, potassium hexachloroplatinate, pyridine, silicon, silicone grease, sulfur, tantalum, tin dichloride, titanium, toluene, vanadium, uranium, uranium hexafluoride. 

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