Spread of water and oil droplets on johnsongrass (Sorghum halepense) leaves

Comparative spread of droplets of several different oils and water with different adjuvants on leaf surfaces was investigated. Spread was better on the lower surface of johnsongrass leaves than on upper leaf surfaces with nine of 14 oils studied; two spread best on upper leaf surfaces, and three wer...

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Published inWeed science Vol. 41
Main Authors McWhorter C.G, Ouzts C, Hanks J.E
Format Journal Article
LanguageEnglish
Published 01.09.1993
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Abstract Comparative spread of droplets of several different oils and water with different adjuvants on leaf surfaces was investigated. Spread was better on the lower surface of johnsongrass leaves than on upper leaf surfaces with nine of 14 oils studied; two spread best on upper leaf surfaces, and three were equal in spread on both surfaces. Differences in spread coefficients did not appear to be directly related to surface tension, viscosity, or midboiling point of the oils. Soybean or cottonseed oils did not spread as well as petroleum oils but methylated soybean and sunflower oils had high spread coefficients on both upper and lower leaf surfaces. All but one petroleum-base oil spread three to four times better on leaf surfaces than on oil-sensitive paper. Water mixtures of an organosilicone surfactant spread much better on water-sensitive paper and on johnsongrass leaves than water with conventional adjuvants, but spread of paraffinic oils exceeded that of any water-adjuvant mixture. Spread coefficients of most petroleum-base oils were better on lower than upper leaf surfaces. Spread usually increased as the age of leaves increased from 14 to 56 d. Water droplets with adjuvant had at least an 86% weight loss after 6 min, but low volatile paraffinic oil droplets had little weight loss 2 d after application.
AbstractList Comparative spread of droplets of several different oils and water with different adjuvants on leaf surfaces was investigated. Spread was better on the lower surface of johnsongrass leaves than on upper leaf surfaces with nine of 14 oils studied; two spread best on upper leaf surfaces, and three were equal in spread on both surfaces. Differences in spread coefficients did not appear to be directly related to surface tension, viscosity, or midboiling point of the oils. Soybean or cottonseed oils did not spread as well as petroleum oils but methylated soybean and sunflower oils had high spread coefficients on both upper and lower leaf surfaces. All but one petroleum-base oil spread three to four times better on leaf surfaces than on oil-sensitive paper. Water mixtures of an organosilicone surfactant spread much better on water-sensitive paper and on johnsongrass leaves than water with conventional adjuvants, but spread of paraffinic oils exceeded that of any water-adjuvant mixture. Spread coefficients of most petroleum-base oils were better on lower than upper leaf surfaces. Spread usually increased as the age of leaves increased from 14 to 56 d. Water droplets with adjuvant had at least an 86% weight loss after 6 min, but low volatile paraffinic oil droplets had little weight loss 2 d after application.
Author McWhorter C.G
Ouzts C
Hanks J.E
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Snippet Comparative spread of droplets of several different oils and water with different adjuvants on leaf surfaces was investigated. Spread was better on the lower...
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SourceType Publisher
SubjectTerms aceite de girasol
aceite de soja
aceites
aceites vegetales
adjuvant
adjuvants
age
biologia
biologie
biology
ceras
chemical control
cire
coadyuvante
control quimico
desherbage
edad
escarda
evaporacion
evaporation
feuille
herbicidas
herbicide
herbicides
hidrocarburos
hojas
huile
huile de soja
huile de tournesol
huile vegetale
hydrocarbons
hydrocarbure
leaves
lutte chimique
malezas
mauvaise herbe
methylation
metilacion
oils
petrole
petroleo
petroleum
plant oils
sorghum halepense
soybean oil
sunflower oil
waxes
weed control
weeds
Title Spread of water and oil droplets on johnsongrass (Sorghum halepense) leaves
Volume 41
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