Matches in SemOpenAlex for { <https://semopenalex.org/work/W2088897475> ?p ?o ?g. }
- W2088897475 endingPage "6741" @default.
- W2088897475 startingPage "6731" @default.
- W2088897475 abstract "Since the first time-resolved Raman studies of phonon populations under pulsed-laser-annealing conditions, a number of cw Raman studies have been performed which provide a much improved basis for interpreting the pulsed Raman data. Here we present new pulsed Raman results and interpret them with reference to temperature-dependent resonance effects, high-carrier-density effects, phonon anharmonicity, and laser-induced strain effects. The pulsed Raman data---Stokes to anti-Stokes ratios, shift and shape of the first-order peak, and second-order spectra---indicate the existence of a phase in which the Raman signal disappears followed by a rapidly cooling solid which begins within 300 K of the 1685 K normal melting temperature of Si. We identify a major difficulty in pulsed Raman studies in Si to be the decrease in Raman intensity at high temperatures." @default.
- W2088897475 created "2016-06-24" @default.
- W2088897475 creator A5012868328 @default.
- W2088897475 creator A5041190081 @default.
- W2088897475 creator A5045403328 @default.
- W2088897475 date "1985-11-15" @default.
- W2088897475 modified "2023-09-23" @default.
- W2088897475 title "Phonon populations by nanosecond-pulsed Raman scattering in Si" @default.
- W2088897475 cites W1964955563 @default.
- W2088897475 cites W1968351851 @default.
- W2088897475 cites W1969262778 @default.
- W2088897475 cites W1974245970 @default.
- W2088897475 cites W1979679275 @default.
- W2088897475 cites W1981591318 @default.
- W2088897475 cites W1983673532 @default.
- W2088897475 cites W1986916077 @default.
- W2088897475 cites W1988177618 @default.
- W2088897475 cites W1988706528 @default.
- W2088897475 cites W1989908383 @default.
- W2088897475 cites W1991578050 @default.
- W2088897475 cites W1992422889 @default.
- W2088897475 cites W1993538862 @default.
- W2088897475 cites W1999414066 @default.
- W2088897475 cites W1999415291 @default.
- W2088897475 cites W2003739192 @default.
- W2088897475 cites W2009484257 @default.
- W2088897475 cites W2010994115 @default.
- W2088897475 cites W2011600055 @default.
- W2088897475 cites W2012239924 @default.
- W2088897475 cites W2012395969 @default.
- W2088897475 cites W2019041583 @default.
- W2088897475 cites W2020210688 @default.
- W2088897475 cites W2021107684 @default.
- W2088897475 cites W2024706078 @default.
- W2088897475 cites W2028538010 @default.
- W2088897475 cites W2030907747 @default.
- W2088897475 cites W2037175014 @default.
- W2088897475 cites W2043767868 @default.
- W2088897475 cites W2044554798 @default.
- W2088897475 cites W2046546181 @default.
- W2088897475 cites W2049222358 @default.
- W2088897475 cites W2050972474 @default.
- W2088897475 cites W2054609511 @default.
- W2088897475 cites W2059330048 @default.
- W2088897475 cites W2059733240 @default.
- W2088897475 cites W2062676529 @default.
- W2088897475 cites W2068473394 @default.
- W2088897475 cites W2076216757 @default.
- W2088897475 cites W2079992899 @default.
- W2088897475 cites W2080327391 @default.
- W2088897475 cites W2081450049 @default.
- W2088897475 cites W2082196590 @default.
- W2088897475 cites W2083759153 @default.
- W2088897475 cites W2084655856 @default.
- W2088897475 cites W2085678495 @default.
- W2088897475 cites W2088070393 @default.
- W2088897475 cites W2153211490 @default.
- W2088897475 cites W2314312341 @default.
- W2088897475 cites W2315465374 @default.
- W2088897475 cites W2321008806 @default.
- W2088897475 cites W2322949341 @default.
- W2088897475 cites W2323139211 @default.
- W2088897475 cites W2328189149 @default.
- W2088897475 cites W2328348687 @default.
- W2088897475 cites W4238384442 @default.
- W2088897475 cites W1973971950 @default.
- W2088897475 doi "https://doi.org/10.1103/physrevb.32.6731" @default.
- W2088897475 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9936783" @default.
- W2088897475 hasPublicationYear "1985" @default.
- W2088897475 type Work @default.
- W2088897475 sameAs 2088897475 @default.
- W2088897475 citedByCount "53" @default.
- W2088897475 countsByYear W20888974752012 @default.
- W2088897475 countsByYear W20888974752013 @default.
- W2088897475 countsByYear W20888974752014 @default.
- W2088897475 countsByYear W20888974752015 @default.
- W2088897475 countsByYear W20888974752016 @default.
- W2088897475 countsByYear W20888974752017 @default.
- W2088897475 countsByYear W20888974752018 @default.
- W2088897475 countsByYear W20888974752019 @default.
- W2088897475 countsByYear W20888974752021 @default.
- W2088897475 countsByYear W20888974752023 @default.
- W2088897475 crossrefType "journal-article" @default.
- W2088897475 hasAuthorship W2088897475A5012868328 @default.
- W2088897475 hasAuthorship W2088897475A5041190081 @default.
- W2088897475 hasAuthorship W2088897475A5045403328 @default.
- W2088897475 hasConcept C101952150 @default.
- W2088897475 hasConcept C113196181 @default.
- W2088897475 hasConcept C120665830 @default.
- W2088897475 hasConcept C121332964 @default.
- W2088897475 hasConcept C159985019 @default.
- W2088897475 hasConcept C169573571 @default.
- W2088897475 hasConcept C185592680 @default.
- W2088897475 hasConcept C192562407 @default.
- W2088897475 hasConcept C205309187 @default.
- W2088897475 hasConcept C24169881 @default.
- W2088897475 hasConcept C26873012 @default.
- W2088897475 hasConcept C2777855556 @default.