Photosensitivity of mercurous chloride single crystals in 280 400 nm spectral region

Details Photosensitivity of mercurous chloride single crystals in 280 400 nm spectral region Photosensitivity of mercurous chloride single crystals in 280 400 nm spectral region

Nov 1987

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1987czjph..37.1301b&link_type=abstract

Czechoslovak Journal of Physics, Volume 37, Issue 11, pp.1301-1310

Physics

2

Scientific paper

The paper deals with the dependence of emission intensities of Hg2Cl2 luminescence observed at 78 K on the previous room-temperature exposure of the samples to monochromatic light (280 400 nm). The spectral dependence of the Hg2Cl2 photosensitivity was determined from the variation of the emission intensities. The photosensitivity peaks were found at the excitonic absorption near 300 nm, at the absorption band of mercury excimers (Hg2)* near 330 nm and at the excitation band of the infrared emission near 360 nm. The relative concentration of the photolytically released mercury can be determined from the ratio of emission intensities of bands peaked at 503 nm and 399 nm.

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