1985
DOI: 10.1002/pol.1985.130231005
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Chemical deposition onto anodized aluminum plate from emulsifier‐free anionic polymer micro‐emulsion containing organic solvent

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Cited by 3 publications
(1 citation statement)
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“…The polymer coating obtained cannot be removed by washing, just as with electrodeposition coating. We have termed it "chemical deposition", and have been conducting the following series of investigations: i) the mechanism of chemical deposition from an emulsifier-free polymer emulsion [6]; ii) the repeated use of an emulsifier-free polymer emulsion for the chemical deposition [7]; iii) the chemical deposition from an emulsifier-containing polymer emulsion [8]; iv) the chemical deposition from an emulsifier-free polymer microemulsion with particle diameter less than 100 nm [9]; v) the design of an optimum polymer emulsion to obtain the homogeneous coating thickness regardless of the immersion time for the chemical deposition [10].…”
Section: Introductionmentioning
confidence: 99%
“…The polymer coating obtained cannot be removed by washing, just as with electrodeposition coating. We have termed it "chemical deposition", and have been conducting the following series of investigations: i) the mechanism of chemical deposition from an emulsifier-free polymer emulsion [6]; ii) the repeated use of an emulsifier-free polymer emulsion for the chemical deposition [7]; iii) the chemical deposition from an emulsifier-containing polymer emulsion [8]; iv) the chemical deposition from an emulsifier-free polymer microemulsion with particle diameter less than 100 nm [9]; v) the design of an optimum polymer emulsion to obtain the homogeneous coating thickness regardless of the immersion time for the chemical deposition [10].…”
Section: Introductionmentioning
confidence: 99%