RESEARCH ON ABSORBING INFRARED RAYS WITH PLASTICS AND ATTENUATING INFRARED RAYS WITH COATINGS

RESEARCH ON ABSORBING INFRARED RAYS WITH PLASTICS AND ATTENUATING INFRARED RAYS WITH COATINGS

With the specific objective of developing a plastic or coating composition having strong nearinfrared attenuation and high visible transmittance, a number of organic c pounds were prepared and along with many compounds from chemical files were examined spectrophotometrically in solution. Those with...

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Bibliographische Detailangaben
Hauptverfasser: SUSI,PETER V, DONOIAN,HAIG C
Format: Report
Sprache:eng
Schlagworte:
ABSORPTION
ACRYLIC RESINS
AMIDES
AMMINO COMPOUNDS
ATTENUATION
AZULENES
COATINGS
EYEGLASSES
FLUOBORATES
FLUORENES
INFRARED FILTERS
INFRARED RESEARCH
LIGHT
MEASUREMENT
METALORGANIC COMPOUNDS
METHANES (1 C)
OPTICAL COATINGS
ORGANIC COATINGS
PHENYL RADICALS
PLASTIC COATINGS
PLASTICS
STABILITY
SYNTHESIS
THERMAL RADIATION
VINYL RADICAL
VINYL RADICALS
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Beschreibung
Zusammenfassung:With the specific objective of developing a plastic or coating composition having strong nearinfrared attenuation and high visible transmittance, a number of organic c pounds were prepared and along with many compounds from chemical files were examined spectrophotometrically in solution. Those with near-infrared absorption were incorporated into plastics by one or more of the following methods: solution casting, milling and molding, monomer casting, burnishing, or dyeing. Absorption properties were then measured and light stabilities were determined after accelerated light exposure tests. (Author)