Identification of Pigments in Paint Products by Infrared Spectroscopy

Coatings

“…Harkins, Harris, and Shreve (46) illustrated the identification of paint pigments by infrared spectroscopy with 21 spectra of inorganic and five spectra of organic pigments. They listed those pigments showing no characteristic absorption bands and indicated the importance of having a library of reference spectra.…”

Infrared Spectroscopy

“…Two general papers on the spectroscopy of inorganic compounds should be listed (4,94). The following papers on organic materials are listed because of their general interest or importance, or in order to introduce one paper in an important series: long-chain acids (89), monosubstituted amides, (9), amines (64), N-methylamines (52), anionic surface active agents (58), monomethyl aromatics (42), asphaltic materials (80), benzenecarboxylic acids (44), boron compounds (12), cottons (72), cycloalkanes (18), diketones (37), disaccharides (98), fluorocyclo-olefins (29), humus of the soil (57), iron pentacarbonyl (78), maleates and fumarates (59), malonate esters (1), N-methyl group (22), substituted naphthalenes (6), narcotics (63), nerve tissue (46), oils and fats (2), pigments (49), polishes (69), quiñones (40), rose oil (70), silicon compounds (88), stearates (87), s-triazines (74), urea (96), and uron compounds (8). Wilson has written an important paper on the determination of the order of atoms in a linear molecule (95).…”

Infrared spectroscopic studies of ultrathin microtomed sections of polymers. Part II. Characterization of both fillers and rubbers in cured rubbers loaded with inorganic fillers

“…It has been stimulated by previous publications describing infrared spectra of inorganic compounds. [2][3][4] The work described in this paper represents an alternative to previous methods for examination of polymers and fllers in vulcanized rubbers which involve tedious, difficult , and time-consuming separation of filler by dissolution of the polymer in high-boiling solvent.6-s…”