· spectra of ruby, sapphire and yellow corundum. even very small amounts of cr result in the...

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Page 1:  · spectra of ruby, sapphire and yellow corundum. Even very small amounts of Cr result in the fluorescence doublet at 693nm. On the other hand, the presence of vanadium or titamum
Page 2:  · spectra of ruby, sapphire and yellow corundum. Even very small amounts of Cr result in the fluorescence doublet at 693nm. On the other hand, the presence of vanadium or titamum
Page 3:  · spectra of ruby, sapphire and yellow corundum. Even very small amounts of Cr result in the fluorescence doublet at 693nm. On the other hand, the presence of vanadium or titamum
Page 4:  · spectra of ruby, sapphire and yellow corundum. Even very small amounts of Cr result in the fluorescence doublet at 693nm. On the other hand, the presence of vanadium or titamum
Page 5:  · spectra of ruby, sapphire and yellow corundum. Even very small amounts of Cr result in the fluorescence doublet at 693nm. On the other hand, the presence of vanadium or titamum
Page 6:  · spectra of ruby, sapphire and yellow corundum. Even very small amounts of Cr result in the fluorescence doublet at 693nm. On the other hand, the presence of vanadium or titamum
Page 7:  · spectra of ruby, sapphire and yellow corundum. Even very small amounts of Cr result in the fluorescence doublet at 693nm. On the other hand, the presence of vanadium or titamum