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Measurement and Evaluation of Surfaces By Evaporative Rate Analysis III Quality of Seal on Anodized Aluminum
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 01, 1966 by SAE International in United States
Annotation ability available
Event: Mid-Year Meeting
First studies of the quality of seal of anodized aluminum through measurement and evaluation of the surface by evaporative rate analysis of an added test solution showed a generally orderly response; that is, the greater the extent of seal, the more rapid the evaporation of the test material. However, more detailed studies have shown some marked anomalies in evaporative response; quantitative data are presented herein for the first time.
The evidence presented indicates that even modest high humidity aging of nonboil sealed surfaces is superior to any boil sealing insofar as desorptive phenomena are concerned.
CitationAnderson, J., "Measurement and Evaluation of Surfaces By Evaporative Rate Analysis III Quality of Seal on Anodized Aluminum," SAE Technical Paper 660373, 1966, https://doi.org/10.4271/660373.
- Anderson, John L. “Quantitative Detection of Surface Contaminants.” Presented at Second Annual Meeting of the American Association for Contamination Control, Boston, Mass., May 2, 1963. (See also Contamination Control II, 6, 9 (1963).
- Anderson, John L. “Quantitative Detection of Surface Contaminants II Experimental Verification.” Presented at Fall meeting of Committee F1-X, American Society for Testing Materials, Skytop, Pa., November 7, 1963.
- Anderson, John L. “Quantitative Detection of Surface Contaminants III Scope and Limitations of the Evaporation-Rate Method.” Presented (Paper 3, Session IX) at Third Annual Technical Conference American Association for Contamination Control, Los Angeles, 1964.
- Patents applied for.
- The first two papers of this series have been submitted elsewhere for publication: Part I, “Measurement of Finish on Fibers”; Part II, “Measurement of Organic Residues on Metal Surfaces.”