A laser light polarization visualizer (LPV) is obtainable by the photopolymerization of a multi-acrylate monomer, initiated by diketones under a single beam nano-pulsed (lambda = 532 nm) laser light. The derived light scattering distribution and polymer anisotropy are dependent on the polarization state of the incident-polymerizing beam. By adding a 1-haloalkane to the mixture, the solid angle of the scattered light increases. This phenomenon is dependent on the halogen of the haloalkane.
Laser light polarization plastic visualizer: light scattering distribution and anisotropy / A., Shalit; Lucchetta, Daniele Eugenio; L., Criante; Vita, Francesco; J. R., Tasseva; Simoni, Francesco; L., Franco; R., Bizzarri; P., Faraci; R., Conte; L., Viti; R., Kaner; R., Castagna. - In: RSC ADVANCES. - ISSN 2046-2069. - STAMPA. - 3:(2013), pp. 7677-7680. [10.1039/c3ra40300a]
Laser light polarization plastic visualizer: light scattering distribution and anisotropy
LUCCHETTA, Daniele Eugenio;VITA, Francesco;SIMONI, Francesco;
2013-01-01
Abstract
A laser light polarization visualizer (LPV) is obtainable by the photopolymerization of a multi-acrylate monomer, initiated by diketones under a single beam nano-pulsed (lambda = 532 nm) laser light. The derived light scattering distribution and polymer anisotropy are dependent on the polarization state of the incident-polymerizing beam. By adding a 1-haloalkane to the mixture, the solid angle of the scattered light increases. This phenomenon is dependent on the halogen of the haloalkane.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
