Matches in SemOpenAlex for { <https://semopenalex.org/work/W995255354> ?p ?o ?g. }
- W995255354 endingPage "153" @default.
- W995255354 startingPage "107" @default.
- W995255354 abstract "Porous anodic aluminum oxide (AAO) films can be conveniently produced by anodization of aluminum. Porous oxide layer formed on aluminum contains a large number of mutually parallel pores. Each cylindrical nanopore and its surrounding oxide constitute a hexagonal cell aligned normal to the metal surface. Under proper conditions, the oxide cells are self-organized to form a hexagonally close-packed structure. The novel and tunable structural features of porous AAOs have been intensively exploited for templated synthesis of a variety of functional nanostructures and also for fabrication of nanodevices. On the other hand, porous AAOs with modulated pores may provide an additional degree of freedom in templated synthesis. In addition, they can be used as model systems for systematically investigating structure-property relations of nanostructured materials. Based on the anodization techniques developed recently, one can fabricate porous AAOs with tailor-made internal pore structures. This chapter is devoted to conveying the most recent advances in structural engineering of porous AAOs and nanotechnology applications. In order to provide context, a brief description is given of the general structure and fundamental electrochemical processes associated with pore formation. Subsequently, two common anodizing techniques (i.e., mild and hard anodizations) that have been explored for nanotechnology applications are discussed. Next, various nanostructuring approaches for custom-designed porous AAOs are reviewed. The chapter covers the properties of porous AAOs derived from structural engineering and their applications to various nanotechnology researches and finally presents the challenges and future prospects." @default.
- W995255354 created "2016-06-24" @default.
- W995255354 creator A5074639221 @default.
- W995255354 date "2015-01-01" @default.
- W995255354 modified "2023-09-29" @default.
- W995255354 title "Structural Engineering of Porous Anodic Aluminum Oxide (AAO) and Applications" @default.
- W995255354 cites W1541050437 @default.
- W995255354 cites W1559048842 @default.
- W995255354 cites W1602271190 @default.
- W995255354 cites W1966587783 @default.
- W995255354 cites W1966763804 @default.
- W995255354 cites W1967461038 @default.
- W995255354 cites W1969818627 @default.
- W995255354 cites W1969944954 @default.
- W995255354 cites W1971529533 @default.
- W995255354 cites W1971549363 @default.
- W995255354 cites W1972469479 @default.
- W995255354 cites W1974014968 @default.
- W995255354 cites W1974420020 @default.
- W995255354 cites W1974798955 @default.
- W995255354 cites W1976309536 @default.
- W995255354 cites W1977995241 @default.
- W995255354 cites W1978631999 @default.
- W995255354 cites W1980783997 @default.
- W995255354 cites W1981913063 @default.
- W995255354 cites W1983342003 @default.
- W995255354 cites W1984550273 @default.
- W995255354 cites W1985261292 @default.
- W995255354 cites W1986137843 @default.
- W995255354 cites W1986852960 @default.
- W995255354 cites W1988080685 @default.
- W995255354 cites W1989607627 @default.
- W995255354 cites W1990635321 @default.
- W995255354 cites W1990910353 @default.
- W995255354 cites W1993644072 @default.
- W995255354 cites W1994712050 @default.
- W995255354 cites W1995183621 @default.
- W995255354 cites W1996068851 @default.
- W995255354 cites W1996232304 @default.
- W995255354 cites W1997095649 @default.
- W995255354 cites W1997460790 @default.
- W995255354 cites W2000377188 @default.
- W995255354 cites W2001028126 @default.
- W995255354 cites W2002573531 @default.
- W995255354 cites W2005029790 @default.
- W995255354 cites W2005310473 @default.
- W995255354 cites W2006195516 @default.
- W995255354 cites W2006343458 @default.
- W995255354 cites W2006656802 @default.
- W995255354 cites W2007704007 @default.
- W995255354 cites W2007725705 @default.
- W995255354 cites W2007989168 @default.
- W995255354 cites W2010172783 @default.
- W995255354 cites W2011323745 @default.
- W995255354 cites W2011492576 @default.
- W995255354 cites W2012459482 @default.
- W995255354 cites W2012755062 @default.
- W995255354 cites W2013421876 @default.
- W995255354 cites W2014612932 @default.
- W995255354 cites W2015940087 @default.
- W995255354 cites W2016804426 @default.
- W995255354 cites W2017967776 @default.
- W995255354 cites W2018245166 @default.
- W995255354 cites W2019986106 @default.
- W995255354 cites W2020498025 @default.
- W995255354 cites W2022309615 @default.
- W995255354 cites W2022643741 @default.
- W995255354 cites W2023207754 @default.
- W995255354 cites W2025518964 @default.
- W995255354 cites W2028213029 @default.
- W995255354 cites W2028609046 @default.
- W995255354 cites W2030895729 @default.
- W995255354 cites W2031335278 @default.
- W995255354 cites W2032257244 @default.
- W995255354 cites W2032862182 @default.
- W995255354 cites W2034977702 @default.
- W995255354 cites W2036059052 @default.
- W995255354 cites W2036078372 @default.
- W995255354 cites W2036196208 @default.
- W995255354 cites W2037381465 @default.
- W995255354 cites W2041331301 @default.
- W995255354 cites W2042164339 @default.
- W995255354 cites W2043289510 @default.
- W995255354 cites W2043509612 @default.
- W995255354 cites W2044434124 @default.
- W995255354 cites W2045083359 @default.
- W995255354 cites W2045844753 @default.
- W995255354 cites W2046415846 @default.
- W995255354 cites W2046593594 @default.
- W995255354 cites W2048841706 @default.
- W995255354 cites W2048844756 @default.
- W995255354 cites W2049245623 @default.
- W995255354 cites W2049437712 @default.
- W995255354 cites W2050351263 @default.
- W995255354 cites W2054446405 @default.
- W995255354 cites W2055981954 @default.
- W995255354 cites W2057083323 @default.
- W995255354 cites W2057474490 @default.