Matches in SemOpenAlex for { <https://semopenalex.org/work/W1993136670> ?p ?o ?g. }
- W1993136670 endingPage "4076" @default.
- W1993136670 startingPage "4067" @default.
- W1993136670 abstract "Abstract In this study, we analyzed the Raman spectrum of a water molecule adsorbed on a cluster of 20 silver atoms, and the plasmonic electromagnetic effect of the silver surface was also considered to give a theoretical prediction of the surface‐enhanced Raman scattering spectrum. The calculations were performed at the density functional theory (DFT) level by using both frozen and unfrozen silver clusters. Two different models were used to consider the plasmonic enhancement; one of them was a modified classical (dipole) model and the other was the coupled perturbed Hartree–Fock method with excitation frequencies obtained from time‐dependent DFT calculations and with proper detuning of these frequencies. The importance of small geometrical distortions of the silver surface in the orientation of the adsorbed water was shown. Moreover, it was shown how the symmetry of the transition dipole moment and the symmetry of the vibrational modes influence the Raman intensities of the SERS spectrum." @default.
- W1993136670 created "2016-06-24" @default.
- W1993136670 creator A5024225917 @default.
- W1993136670 creator A5029068307 @default.
- W1993136670 creator A5029227907 @default.
- W1993136670 creator A5046870738 @default.
- W1993136670 date "2014-09-26" @default.
- W1993136670 modified "2023-10-18" @default.
- W1993136670 title "Theoretical Vibrational Raman and Surface-Enhanced Raman Scattering Spectra of Water Interacting with Silver Clusters" @default.
- W1993136670 cites W1674589131 @default.
- W1993136670 cites W1964596224 @default.
- W1993136670 cites W1964621160 @default.
- W1993136670 cites W1969472345 @default.
- W1993136670 cites W1969922291 @default.
- W1993136670 cites W1970592466 @default.
- W1993136670 cites W1976444825 @default.
- W1993136670 cites W1976671211 @default.
- W1993136670 cites W1982736965 @default.
- W1993136670 cites W1983227134 @default.
- W1993136670 cites W1989595251 @default.
- W1993136670 cites W1992684511 @default.
- W1993136670 cites W1995779046 @default.
- W1993136670 cites W1999173254 @default.
- W1993136670 cites W2006119577 @default.
- W1993136670 cites W2012328979 @default.
- W1993136670 cites W2013957852 @default.
- W1993136670 cites W2016293913 @default.
- W1993136670 cites W2016354413 @default.
- W1993136670 cites W2017466199 @default.
- W1993136670 cites W2019172414 @default.
- W1993136670 cites W2019262648 @default.
- W1993136670 cites W2020653839 @default.
- W1993136670 cites W2022770286 @default.
- W1993136670 cites W2031669074 @default.
- W1993136670 cites W2034310817 @default.
- W1993136670 cites W2035227761 @default.
- W1993136670 cites W2037239857 @default.
- W1993136670 cites W2037678692 @default.
- W1993136670 cites W2038887383 @default.
- W1993136670 cites W2039246404 @default.
- W1993136670 cites W2039548406 @default.
- W1993136670 cites W2040696730 @default.
- W1993136670 cites W2042203965 @default.
- W1993136670 cites W2043044330 @default.
- W1993136670 cites W2049289684 @default.
- W1993136670 cites W2050217475 @default.
- W1993136670 cites W2050530760 @default.
- W1993136670 cites W2052677190 @default.
- W1993136670 cites W2053598567 @default.
- W1993136670 cites W2057368264 @default.
- W1993136670 cites W2058051945 @default.
- W1993136670 cites W2058981977 @default.
- W1993136670 cites W2062520562 @default.
- W1993136670 cites W2068656713 @default.
- W1993136670 cites W2070133677 @default.
- W1993136670 cites W2075705654 @default.
- W1993136670 cites W2078690763 @default.
- W1993136670 cites W2081265210 @default.
- W1993136670 cites W2084446387 @default.
- W1993136670 cites W2084955937 @default.
- W1993136670 cites W2089633479 @default.
- W1993136670 cites W2093690585 @default.
- W1993136670 cites W2105809566 @default.
- W1993136670 cites W2115706239 @default.
- W1993136670 cites W2115797520 @default.
- W1993136670 cites W2125597853 @default.
- W1993136670 cites W2129467565 @default.
- W1993136670 cites W2139828637 @default.
- W1993136670 cites W2145640410 @default.
- W1993136670 cites W2153095586 @default.
- W1993136670 cites W2155462488 @default.
- W1993136670 cites W2157883438 @default.
- W1993136670 cites W2163702232 @default.
- W1993136670 cites W2167925153 @default.
- W1993136670 cites W2172211086 @default.
- W1993136670 cites W2265007205 @default.
- W1993136670 cites W2319212703 @default.
- W1993136670 cites W2319659408 @default.
- W1993136670 cites W2332063051 @default.
- W1993136670 doi "https://doi.org/10.1002/cphc.201402454" @default.
- W1993136670 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25263101" @default.
- W1993136670 hasPublicationYear "2014" @default.
- W1993136670 type Work @default.
- W1993136670 sameAs 1993136670 @default.
- W1993136670 citedByCount "6" @default.
- W1993136670 countsByYear W19931366702015 @default.
- W1993136670 countsByYear W19931366702017 @default.
- W1993136670 countsByYear W19931366702019 @default.
- W1993136670 countsByYear W19931366702022 @default.
- W1993136670 crossrefType "journal-article" @default.
- W1993136670 hasAuthorship W1993136670A5024225917 @default.
- W1993136670 hasAuthorship W1993136670A5029068307 @default.
- W1993136670 hasAuthorship W1993136670A5029227907 @default.
- W1993136670 hasAuthorship W1993136670A5046870738 @default.
- W1993136670 hasConcept C110879396 @default.
- W1993136670 hasConcept C120665830 @default.
- W1993136670 hasConcept C121332964 @default.
- W1993136670 hasConcept C147597530 @default.