Matches in SemOpenAlex for { <https://semopenalex.org/work/W9446711> ?p ?o ?g. }
- W9446711 endingPage "506" @default.
- W9446711 startingPage "479" @default.
- W9446711 abstract "This chapter focuses on the synthetic chemistry in the field of nanomaterials. The ability to engineer materials at a nanometer length scale has sparked interest across many scientific disciplines. It has enabled direct investigation into the fundamental size-dependent properties of matter. The success in synthesis of nanomaterials has provided opportunities to tune their mechanical, optical, electrical, chemical, and other properties. Recently, considerable progress has been made in synthesis and applications of nanomaterials. The synthetic strategies for nanomaterials can be broadly categorized into two groups: the top–down approach and the bottom–up technique. The latter is by far the more common and effective for morphology controlled nanomaterials. A basic understanding of the mechanism and recent progress in these processes has enabled the fabrication and preparation of various nanomaterials with novel functionalities, compositions, and architectures. Many of the bottom–up methods for synthesis of nanomaterials are based on solution synthesis, in which the concentration of precursors is usually very low, typically in the millimolar range. Scaling-up these syntheses to produce commercial-scale quantities for applications is expected to introduce significant challenges for the control of size, morphology, and structure. This aspect of nanomaterials synthesis offers exciting opportunities for newcomers to the field. New frontiers will involve higher levels of complexity in the form of hierarchical architectures. This is a “global” way of thinking about nanomaterials, where nanomaterials with a particular form such as clusters, colloids, wires, rods, spirals, rings, and sheets can be self-assembled to hierarchical structures through specific chemical bonding and interfacial interactions to create purposeful constructs, and then to investigate the structure-function relationship." @default.
- W9446711 created "2016-06-24" @default.
- W9446711 creator A5032628543 @default.
- W9446711 creator A5085658894 @default.
- W9446711 creator A5087724445 @default.
- W9446711 date "2011-01-01" @default.
- W9446711 modified "2023-09-28" @default.
- W9446711 title "Synthetic Chemistry of Nanomaterials" @default.
- W9446711 cites W1513209253 @default.
- W9446711 cites W152170942 @default.
- W9446711 cites W1550801008 @default.
- W9446711 cites W159722330 @default.
- W9446711 cites W1668132385 @default.
- W9446711 cites W1963481225 @default.
- W9446711 cites W1963877576 @default.
- W9446711 cites W1963946514 @default.
- W9446711 cites W1964758576 @default.
- W9446711 cites W1965428618 @default.
- W9446711 cites W1965597073 @default.
- W9446711 cites W1965616249 @default.
- W9446711 cites W1965701856 @default.
- W9446711 cites W1965711626 @default.
- W9446711 cites W1965807911 @default.
- W9446711 cites W1966032736 @default.
- W9446711 cites W1966719571 @default.
- W9446711 cites W1969036065 @default.
- W9446711 cites W1969555886 @default.
- W9446711 cites W1972856197 @default.
- W9446711 cites W1974368549 @default.
- W9446711 cites W1975280241 @default.
- W9446711 cites W1976277045 @default.
- W9446711 cites W1976606302 @default.
- W9446711 cites W1976904757 @default.
- W9446711 cites W1977811697 @default.
- W9446711 cites W1978020137 @default.
- W9446711 cites W1978178835 @default.
- W9446711 cites W1982578528 @default.
- W9446711 cites W1983055717 @default.
- W9446711 cites W1984973704 @default.
- W9446711 cites W1985555064 @default.
- W9446711 cites W1985737462 @default.
- W9446711 cites W1986151149 @default.
- W9446711 cites W1986304128 @default.
- W9446711 cites W1987416224 @default.
- W9446711 cites W1987667900 @default.
- W9446711 cites W1988924245 @default.
- W9446711 cites W1989918959 @default.
- W9446711 cites W1990248617 @default.
- W9446711 cites W1990302960 @default.
- W9446711 cites W1990599339 @default.
- W9446711 cites W1990781930 @default.
- W9446711 cites W1991355825 @default.
- W9446711 cites W1992514216 @default.
- W9446711 cites W1992985479 @default.
- W9446711 cites W1993341956 @default.
- W9446711 cites W1994540310 @default.
- W9446711 cites W1994849310 @default.
- W9446711 cites W1994853314 @default.
- W9446711 cites W1996421264 @default.
- W9446711 cites W1998815785 @default.
- W9446711 cites W1999102688 @default.
- W9446711 cites W2001168539 @default.
- W9446711 cites W2001292717 @default.
- W9446711 cites W2002091436 @default.
- W9446711 cites W2002179901 @default.
- W9446711 cites W2003274617 @default.
- W9446711 cites W2003323748 @default.
- W9446711 cites W2003522794 @default.
- W9446711 cites W2003966001 @default.
- W9446711 cites W2005578936 @default.
- W9446711 cites W2006567243 @default.
- W9446711 cites W2009542643 @default.
- W9446711 cites W2012295039 @default.
- W9446711 cites W2012383298 @default.
- W9446711 cites W2012758985 @default.
- W9446711 cites W2012911850 @default.
- W9446711 cites W2013778249 @default.
- W9446711 cites W2013980221 @default.
- W9446711 cites W2015295070 @default.
- W9446711 cites W2016797339 @default.
- W9446711 cites W2016891820 @default.
- W9446711 cites W2017518328 @default.
- W9446711 cites W2018238702 @default.
- W9446711 cites W2018420879 @default.
- W9446711 cites W2019354697 @default.
- W9446711 cites W2020014415 @default.
- W9446711 cites W2021175749 @default.
- W9446711 cites W2021736444 @default.
- W9446711 cites W2022630590 @default.
- W9446711 cites W2023463298 @default.
- W9446711 cites W2023579904 @default.
- W9446711 cites W2023679559 @default.
- W9446711 cites W2025086721 @default.
- W9446711 cites W2025996219 @default.
- W9446711 cites W2026794509 @default.
- W9446711 cites W2026796309 @default.
- W9446711 cites W2026827557 @default.
- W9446711 cites W2027323147 @default.