Particle formation during water-vapor photolysis
ID Clark, JF Noxon - Science, 1971 - science.org
ID Clark, JF Noxon
Science, 1971•science.orgMicrometer-sized particles have been produced by the photolysis of water vapor at
wavelengths between 1500 and 1700 angstroms. Although the composition of the particles
was not determined, the rate of particle production is consistent with the efficient conversion
of water photolysis products to particulate matter. Such a process may be of importance in
planetary atmospheres.
wavelengths between 1500 and 1700 angstroms. Although the composition of the particles
was not determined, the rate of particle production is consistent with the efficient conversion
of water photolysis products to particulate matter. Such a process may be of importance in
planetary atmospheres.
Micrometer-sized particles have been produced by the photolysis of water vapor at wavelengths between 1500 and 1700 angstroms. Although the composition of the particles was not determined, the rate of particle production is consistent with the efficient conversion of water photolysis products to particulate matter. Such a process may be of importance in planetary atmospheres.
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