Page 361 - НАЦІОНАЛЬНА АКАДЕМІЯ НАУК УКРАЇНИ

361

92. Kieszkowski M.,. Niektóre problemy wprowadzania zasad Najlepszych

Dostępnych Technik (BAT) w branży obróbki powierzchniowej metali. Czystsza

Produkcja. 2004. P/ 31-35

93. Sheasby P.G., Pinner R., Wernick S.. The surface treatment and finishing

of aluminium and its alloys. ASM International. Ohio 2011. http://vseokraskah.netpage

94. Henley V. F. Anodic oxidation of aluminum and its alloys. Pergamon

Press. New York. 1982. P. 180.

95. Dong. Surface engineering of light alloys. Woodhead Publishing Ltd.

Cambridge. 2010. P.231

96. Juhl A. D. Why it makes sense to upgrade to pulse anodizing. Mock

finishing shop scenarios show how switching from conventional anodizing processes

to newer methods can boost productivity while maximizing ROI. Metal Finishing.

2009. P. 24–27.

97. Chung C. K., Chang W. T., Liao M. W., Chang H. C. and Lee C. T.

Fabrication of enhanced anodic aluminum oxide performance at room temperatures

using hybrid pulse anodization with effective cooling. Electrochimica Acta. 2011. 56.

P. 6489–6497.

98. Chung C. K., Liao M. W., Chang H. C., Chang W. T. and Liu T. Y. On

characteristics of pore size distribution in hybrid pulse anodized high-aspect-ratio

aluminum oxide with Taguchi method. Microsystem Technologies. 2013. 19. P. 387–

393.

99. Raj V., Rajaram M. P., Balasubramanian G., Vincent S. and Kanagaraj

D. Pulse Anodizing – An Overview The International Journal of Surface Engineering

and Coatings. 2003. 81. P. 114–121.

100. Sieber M., Morgenstern R. and Lampke T. Anodic oxidation of the

AlCu4Mg1 aluminium alloy with dynamic current control. Surface and Coatings

Technology. 2016. 302. P. 515–522.

101. Bononi M., Giovanardi R. and Bozza A. Pulsed current hard anodizing
of heat treated alumi¬num alloys: frequency and current amplitude influence. Surface

and Coatings Technology. 2016. 307. P. 861–870.