Matches in SemOpenAlex for { <https://semopenalex.org/work/W4200452330> ?p ?o ?g. }
- W4200452330 abstract "Abstract Atomic and molecular layer deposition (ALD and MLD) are techniques based on surface‐directed self‐limiting reactions that afford deposition of films controlled at the monolayer level and with extreme conformality, even on ultra‐high‐aspect‐ratio and porous substrates. These methodologies are typically used to deposit thin films with desirable physical properties and functionality. Here, the MLD process is harnessed to demonstrate the growth of molecularly thin chiral films that inherit a desirable chemical property directly from the source precursor: using this innovative technique, enantioselective nanosurfaces are managed to be grown. Specifically, the formation of a Zn/Cysteine nanostructure by MLD is demonstrated for both the l ‐ and d ‐ enantiomers. The reaction and growth mechanism of these chiral hybrid inorganic‐organic nanosurfaces are studied via various experimental procedures; their enantioselectivity is also demonstrated. The findings contribute to the understanding of the structure and chiral nature of hybrid inorganic‐organic nanosurfaces and open the path to the bottom‐up synthesis of diverse chiral nanosurfaces. These chiral nanostructures may play a key role in many aspects of chiral chemistry and are valuable for both fundamental science and practical applications." @default.
- W4200452330 created "2021-12-31" @default.
- W4200452330 creator A5008671375 @default.
- W4200452330 creator A5043898319 @default.
- W4200452330 creator A5051588865 @default.
- W4200452330 creator A5060243713 @default.
- W4200452330 creator A5064986148 @default.
- W4200452330 creator A5070526439 @default.
- W4200452330 creator A5076206327 @default.
- W4200452330 creator A5081120009 @default.
- W4200452330 creator A5084033252 @default.
- W4200452330 creator A5086603587 @default.
- W4200452330 date "2021-12-11" @default.
- W4200452330 modified "2023-10-14" @default.
- W4200452330 title "Growth of Hybrid Chiral Thin Films by Molecular Layer Deposition Zinc/Cysteine as a Case Study" @default.
- W4200452330 cites W1640947400 @default.
- W4200452330 cites W1649526570 @default.
- W4200452330 cites W1893543960 @default.
- W4200452330 cites W1974025143 @default.
- W4200452330 cites W1977364803 @default.
- W4200452330 cites W1984080551 @default.
- W4200452330 cites W1993649229 @default.
- W4200452330 cites W1994543659 @default.
- W4200452330 cites W2001400116 @default.
- W4200452330 cites W2023296891 @default.
- W4200452330 cites W2023603575 @default.
- W4200452330 cites W2033018799 @default.
- W4200452330 cites W2034237882 @default.
- W4200452330 cites W2038903689 @default.
- W4200452330 cites W2046109662 @default.
- W4200452330 cites W2046541452 @default.
- W4200452330 cites W2046981457 @default.
- W4200452330 cites W2050187829 @default.
- W4200452330 cites W2051084066 @default.
- W4200452330 cites W2053268918 @default.
- W4200452330 cites W2055550470 @default.
- W4200452330 cites W2060430942 @default.
- W4200452330 cites W2068880104 @default.
- W4200452330 cites W2070370855 @default.
- W4200452330 cites W2071453437 @default.
- W4200452330 cites W2078997687 @default.
- W4200452330 cites W2081436614 @default.
- W4200452330 cites W2081456422 @default.
- W4200452330 cites W2087832072 @default.
- W4200452330 cites W2088448826 @default.
- W4200452330 cites W2091265465 @default.
- W4200452330 cites W2092945523 @default.
- W4200452330 cites W2107587028 @default.
- W4200452330 cites W2109838869 @default.
- W4200452330 cites W2111598617 @default.
- W4200452330 cites W2118548727 @default.
- W4200452330 cites W2119007778 @default.
- W4200452330 cites W2124783718 @default.
- W4200452330 cites W2147118544 @default.
- W4200452330 cites W2158932701 @default.
- W4200452330 cites W2172287039 @default.
- W4200452330 cites W2239585313 @default.
- W4200452330 cites W2319112622 @default.
- W4200452330 cites W2520615598 @default.
- W4200452330 cites W2605930191 @default.
- W4200452330 cites W2606223814 @default.
- W4200452330 cites W2626445968 @default.
- W4200452330 cites W2745602383 @default.
- W4200452330 cites W2769577594 @default.
- W4200452330 cites W2899829298 @default.
- W4200452330 cites W2900879334 @default.
- W4200452330 cites W2901305737 @default.
- W4200452330 cites W2907624051 @default.
- W4200452330 cites W2910305359 @default.
- W4200452330 cites W2949534563 @default.
- W4200452330 cites W2952516656 @default.
- W4200452330 cites W2953360391 @default.
- W4200452330 cites W2973152673 @default.
- W4200452330 cites W3035027017 @default.
- W4200452330 cites W3074607228 @default.
- W4200452330 cites W3194660762 @default.
- W4200452330 cites W4237401957 @default.
- W4200452330 cites W3129481727 @default.
- W4200452330 doi "https://doi.org/10.1002/admi.202101725" @default.
- W4200452330 hasPublicationYear "2021" @default.
- W4200452330 type Work @default.
- W4200452330 citedByCount "5" @default.
- W4200452330 countsByYear W42004523302022 @default.
- W4200452330 countsByYear W42004523302023 @default.
- W4200452330 crossrefType "journal-article" @default.
- W4200452330 hasAuthorship W4200452330A5008671375 @default.
- W4200452330 hasAuthorship W4200452330A5043898319 @default.
- W4200452330 hasAuthorship W4200452330A5051588865 @default.
- W4200452330 hasAuthorship W4200452330A5060243713 @default.
- W4200452330 hasAuthorship W4200452330A5064986148 @default.
- W4200452330 hasAuthorship W4200452330A5070526439 @default.
- W4200452330 hasAuthorship W4200452330A5076206327 @default.
- W4200452330 hasAuthorship W4200452330A5081120009 @default.
- W4200452330 hasAuthorship W4200452330A5084033252 @default.
- W4200452330 hasAuthorship W4200452330A5086603587 @default.
- W4200452330 hasConcept C121332964 @default.
- W4200452330 hasConcept C124668440 @default.
- W4200452330 hasConcept C127413603 @default.
- W4200452330 hasConcept C146686406 @default.
- W4200452330 hasConcept C151730666 @default.