Abstract
The scattering of light at the growing solid-melt interface of biphenyl and naphthalene was studied using the Photon Correlation Spectroscopy technique. The origin of this light scattering remained without a satisfactory explanation since its discovery at the ice-water interface in 1978. Recently, a model based on the segregation of gaseous impurities at the interface and subsequent precipitation of microbubbles was proposed to explain this phenomenon. We report here the first experimental results that confirm the microbbubles hypothesis. (author).
Citation Formats
Gontijo, I.
Scattering of light at the growing solid-melt interface; Espalhamento dinamico da luz pela interface solido-liquido de cristais em crescimento.
Brazil: N. p.,
1987.
Web.
Gontijo, I.
Scattering of light at the growing solid-melt interface; Espalhamento dinamico da luz pela interface solido-liquido de cristais em crescimento.
Brazil.
Gontijo, I.
1987.
"Scattering of light at the growing solid-melt interface; Espalhamento dinamico da luz pela interface solido-liquido de cristais em crescimento."
Brazil.
@misc{etde_10128030,
title = {Scattering of light at the growing solid-melt interface; Espalhamento dinamico da luz pela interface solido-liquido de cristais em crescimento}
author = {Gontijo, I}
abstractNote = {The scattering of light at the growing solid-melt interface of biphenyl and naphthalene was studied using the Photon Correlation Spectroscopy technique. The origin of this light scattering remained without a satisfactory explanation since its discovery at the ice-water interface in 1978. Recently, a model based on the segregation of gaseous impurities at the interface and subsequent precipitation of microbubbles was proposed to explain this phenomenon. We report here the first experimental results that confirm the microbbubles hypothesis. (author).}
place = {Brazil}
year = {1987}
month = {Dec}
}
title = {Scattering of light at the growing solid-melt interface; Espalhamento dinamico da luz pela interface solido-liquido de cristais em crescimento}
author = {Gontijo, I}
abstractNote = {The scattering of light at the growing solid-melt interface of biphenyl and naphthalene was studied using the Photon Correlation Spectroscopy technique. The origin of this light scattering remained without a satisfactory explanation since its discovery at the ice-water interface in 1978. Recently, a model based on the segregation of gaseous impurities at the interface and subsequent precipitation of microbubbles was proposed to explain this phenomenon. We report here the first experimental results that confirm the microbbubles hypothesis. (author).}
place = {Brazil}
year = {1987}
month = {Dec}
}