FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2170834244> ?p ?o ?g. }

• W2170834244 abstract "Infrared (IR) spectroscopy of microand nanosized particles and their composites is currently one of the most important enabling technologies in the development of microand nanostructures and their application to various areas of science and technology. Decreasing the characteristic size of metallic, dielectric and semiconductor materials results in a dramatic alteration to their optical, electrical and mechanical properties, allowing the fabrication of new materials with unique physical properties (Lamberti, 2008; Cao, 2004). These alterations in the optical properties are related to a quantum confinement effect, as well as to a dielectric, or electrostatic, confinement effect (Cahay et al., 2001; Chemla & Miller, 1986). The effect of quantum confinement is most pronounced in semiconductor materials, where the transition from the bulk state to the microcrystalline state causes a substantial change in the band structure and an enhancement of the non-linear electrooptical properties. Dielectric, or polarisation, confinement has a wider impact, since it influences the frequencies and intensities of absorption bands in the spectra of any condensed matter, including crystalline and amorphous solids, as well as liquids. This is because considerable changes in the polarisation of micro/nanoparticles occur, depending on their form and orientation with respect to the external electromagnetic field and the details of the spatial restriction. So, the dielectric confinement effect is due to abrupt changes in the intensity of the internal (Ein(ν)), local electric field Eloc(ν), causing significant changes in the spectroscopic characteristics, depending on the direction of the external field Е(ν), and the size and shape of the submicron sized particles, or micro-objects. Dielectric confinement occurs when the absorbing material consists of micro-particles with characteristic sizes significantly smaller than the wavelength of the probe beam. These particles are generally embedded in a transparent dielectric matrix, or deposited on a transparent substrate as an ultra-thin film (Fig. 1). A good analogy to these systems is that of an aerosol suspended in air or stained glass, that is, glass doped with small metal particles (Gehr & Boyd, 1996). In the long wavelength limit, d << λ, for the determination of the spectroscopic characteristics of micro-" @default.
• W2170834244 created "2016-06-24" @default.
• W2170834244 creator A5035678550 @default.
• W2170834244 creator A5060362951 @default.
• W2170834244 creator A5075059013 @default.
• W2170834244 date "2011-04-11" @default.
• W2170834244 modified "2023-10-01" @default.
• W2170834244 title "The Effect of Local Field Dispersion on the Spectral Characteristics of Nanosized Particles and their Composites" @default.
• W2170834244 cites W1495974657 @default.
• W2170834244 cites W1538625961 @default.
• W2170834244 cites W1601890151 @default.
• W2170834244 cites W1643884677 @default.
• W2170834244 cites W1964141692 @default.
• W2170834244 cites W1979796238 @default.
• W2170834244 cites W1984680572 @default.
• W2170834244 cites W1985261292 @default.
• W2170834244 cites W1993085563 @default.
• W2170834244 cites W1994865849 @default.
• W2170834244 cites W1999268454 @default.
• W2170834244 cites W2000681915 @default.
• W2170834244 cites W2000999927 @default.
• W2170834244 cites W2007627114 @default.
• W2170834244 cites W2008357184 @default.
• W2170834244 cites W2010872242 @default.
• W2170834244 cites W2016162861 @default.
• W2170834244 cites W2017836716 @default.
• W2170834244 cites W2020077517 @default.
• W2170834244 cites W2034010375 @default.
• W2170834244 cites W2034588096 @default.
• W2170834244 cites W2044709774 @default.
• W2170834244 cites W2046261097 @default.
• W2170834244 cites W2047489938 @default.
• W2170834244 cites W2049698297 @default.
• W2170834244 cites W2058312430 @default.
• W2170834244 cites W2061994240 @default.
• W2170834244 cites W2062427792 @default.
• W2170834244 cites W2064235730 @default.
• W2170834244 cites W2066536477 @default.
• W2170834244 cites W2066942380 @default.
• W2170834244 cites W2072432211 @default.
• W2170834244 cites W2074005366 @default.
• W2170834244 cites W2078550664 @default.
• W2170834244 cites W2082193883 @default.
• W2170834244 cites W2087289751 @default.
• W2170834244 cites W2087728961 @default.
• W2170834244 cites W2089347256 @default.
• W2170834244 cites W2092929174 @default.
• W2170834244 cites W2132934967 @default.
• W2170834244 cites W2135031955 @default.
• W2170834244 cites W2141271031 @default.
• W2170834244 cites W2169799685 @default.
• W2170834244 cites W2736604958 @default.
• W2170834244 cites W2896486934 @default.
• W2170834244 cites W3016904718 @default.
• W2170834244 cites W3021553861 @default.
• W2170834244 cites W318437879 @default.
• W2170834244 cites W379114046 @default.
• W2170834244 cites W595487669 @default.
• W2170834244 doi "https://doi.org/10.5772/16096" @default.
• W2170834244 hasPublicationYear "2011" @default.
• W2170834244 type Work @default.
• W2170834244 sameAs 2170834244 @default.
• W2170834244 citedByCount "0" @default.
• W2170834244 crossrefType "book-chapter" @default.
• W2170834244 hasAuthorship W2170834244A5035678550 @default.
• W2170834244 hasAuthorship W2170834244A5060362951 @default.
• W2170834244 hasAuthorship W2170834244A5075059013 @default.
• W2170834244 hasBestOaLocation W21708342441 @default.
• W2170834244 hasConcept C120665830 @default.
• W2170834244 hasConcept C121332964 @default.
• W2170834244 hasConcept C159985019 @default.
• W2170834244 hasConcept C177562468 @default.
• W2170834244 hasConcept C192562407 @default.
• W2170834244 hasConcept C202444582 @default.
• W2170834244 hasConcept C33923547 @default.
• W2170834244 hasConcept C9652623 @default.
• W2170834244 hasConceptScore W2170834244C120665830 @default.
• W2170834244 hasConceptScore W2170834244C121332964 @default.
• W2170834244 hasConceptScore W2170834244C159985019 @default.
• W2170834244 hasConceptScore W2170834244C177562468 @default.
• W2170834244 hasConceptScore W2170834244C192562407 @default.
• W2170834244 hasConceptScore W2170834244C202444582 @default.
• W2170834244 hasConceptScore W2170834244C33923547 @default.
• W2170834244 hasConceptScore W2170834244C9652623 @default.
• W2170834244 hasLocation W21708342441 @default.
• W2170834244 hasLocation W21708342442 @default.
• W2170834244 hasLocation W21708342443 @default.
• W2170834244 hasOpenAccess W2170834244 @default.
• W2170834244 hasPrimaryLocation W21708342441 @default.
• W2170834244 hasRelatedWork W2056831688 @default.
• W2170834244 hasRelatedWork W2082293200 @default.
• W2170834244 hasRelatedWork W2137307547 @default.
• W2170834244 hasRelatedWork W2380293314 @default.
• W2170834244 hasRelatedWork W2943188944 @default.
• W2170834244 hasRelatedWork W3008690834 @default.
• W2170834244 hasRelatedWork W3082440218 @default.
• W2170834244 hasRelatedWork W4242480814 @default.
• W2170834244 hasRelatedWork W4247374216 @default.
• W2170834244 hasRelatedWork W4285802202 @default.
• W2170834244 isParatext "false" @default.

• next