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Long-Chain Alcohol Suppression of Snow Evaporation
Autoradiographs and pan studies in the laboratory indicate that long-chain alcohols suppress evaporation from snow if applied as an emulsion. A 1 mg point source of activated hexadecanol (cetyl-1-C14 alcohol) spreads rapidly on ice water. The spread on a melting snow surface, sufficiently concentrated to form a compressed film, is less than 1 cm per hr. In evaporation pan studies with snow, application of powdered Sav-a-Pond (32% hexadecanol, 60% octadecanol) at 50 lb per acre and 100 lb per acre does not result in evaporation reductions. A 10% emulsion of Sav-a-Pond in water yields average evaporation reductions of 38% from a melting snow surface during short duration tests.
Long-Chain Alcohol Suppression of Snow Evaporation
Autoradiographs and pan studies in the laboratory indicate that long-chain alcohols suppress evaporation from snow if applied as an emulsion. A 1 mg point source of activated hexadecanol (cetyl-1-C14 alcohol) spreads rapidly on ice water. The spread on a melting snow surface, sufficiently concentrated to form a compressed film, is less than 1 cm per hr. In evaporation pan studies with snow, application of powdered Sav-a-Pond (32% hexadecanol, 60% octadecanol) at 50 lb per acre and 100 lb per acre does not result in evaporation reductions. A 10% emulsion of Sav-a-Pond in water yields average evaporation reductions of 38% from a melting snow surface during short duration tests.
Long-Chain Alcohol Suppression of Snow Evaporation
Meiman, James R. (author) / Slaughter, Charles W. (author)
Journal of the Hydraulics Division ; 93 ; 271-280
2021-01-01
101967-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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