The Absorption Spectra of Solutions of Comparatively Rare Salts Including Those of Gadolinium, Dysprosium, And Samarium, the Spectrophotography of Certain Chemical Reactions, And the Effect of High Temperature On the Absorption Spectra of Non-Aqueous Solu
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In our eReader you can find the full English version of the book. Read The Absorption Spectra of Solutions of Comparatively Rare Salts Including Those of Gadolinium, Dysprosium, And Samarium, the Spectrophotography of Certain Chemical Reactions, And the Effect of High Temperature On the Absorption Spectra of Non-Aqueous Solu Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book The Absorption Spectra of Solutions of Comparatively Rare Salts Including Those of Gadolinium, Dysprosium, And Samarium, the Spectrophotography of Certain Chemical Reactions, And the Effect of High Temperature On the Absorption Spectra of Non-Aqueous Solu
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To quickly assess the difficulty of the text, read a short excerpt:
But it can be said that the uranous bands show greater changes with change of salt or solvent than the uranyl bands; that the uranyl bands show greater changes than the neodymium bands, and these in turn seem to show much greater changes than the dysprosium and samarium bands; and these, in turn, probably greater changes than the erbium bands.
When we consider the minute structure of the bands and groups of bands under high dispersion we find very great differences, especially in the case of ne...odymium. The different salts of neodymium in the same solvent, especially in some of the organic solvents, give entirely different absorption spectra.
The same is true of the same salt in different solvents. Isomeric solvents very often show characteristic spectra. The absorption bands of neodymium have been divided into groups a, |8, 7, 5, e, etc. When there is a large amount of salt in the path of the beam of light, each group usually forms a single broad band. It is found that the relative intensities and characteristics of these groups is very much the same for different salts in different solvents.
What to read after The Absorption Spectra of Solutions of Comparatively Rare Salts Including Those of Gadolinium, Dysprosium, And Samarium, the Spectrophotography of Certain Chemical Reactions, And the Effect of High Temperature On the Absorption Spectra of Non-Aqueous Solu?
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To quickly assess the difficulty of the text, read a short excerpt:
But it can be said that the uranous bands show greater changes with change of salt or solvent than the uranyl bands; that the uranyl bands show greater changes than the neodymium bands, and these in turn seem to show much greater changes than the dysprosium and samarium bands; and these, in turn, probably greater changes than the erbium bands.
When we consider the minute structure of the bands and groups of bands under high dispersion we find very great differences, especially in the case of ne...odymium. The different salts of neodymium in the same solvent, especially in some of the organic solvents, give entirely different absorption spectra.
The same is true of the same salt in different solvents. Isomeric solvents very often show characteristic spectra. The absorption bands of neodymium have been divided into groups a, |8, 7, 5, e, etc. When there is a large amount of salt in the path of the beam of light, each group usually forms a single broad band. It is found that the relative intensities and characteristics of these groups is very much the same for different salts in different solvents.
What to read after The Absorption Spectra of Solutions of Comparatively Rare Salts Including Those of Gadolinium, Dysprosium, And Samarium, the Spectrophotography of Certain Chemical Reactions, And the Effect of High Temperature On the Absorption Spectra of Non-Aqueous Solu?
You can find similar books in the "Read Also" column, or choose other free books by Harry Clary Jones to read onlineMoreLess
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