FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2060549221> ?p ?o ?g. }

• W2060549221 abstract "We have performed a detailed dielectric investigation of the relaxational dynamics of glass-forming benzophenone. Our measurements cover a broad frequency range of 0.1 Hz to 120 GHz and temperatures from far below the glass temperature well up into the region of the small-viscosity liquid. With respect to the alpha relaxation this material can be characterized as a typical molecular glass former with rather high fragility. A good agreement of the alpha relaxation behavior with the predictions of the mode coupling theory of the glass transition is stated. In addition, at temperatures below and in the vicinity of T(g) we detect a well-pronounced beta relaxation of Johari-Goldstein type, which with increasing temperature develops into an excess wing. We compare our results to literature data from optical Kerr effect and depolarized light scattering experiments, where an excess-wing-like feature was observed in the 1-100 GHz region. We address the question if the Cole-Cole peak, which was invoked to describe the optical Kerr effect data within the framework of the mode coupling theory, has any relation to the canonical beta relaxation detected by dielectric spectroscopy." @default.
• W2060549221 created "2016-06-24" @default.
• W2060549221 creator A5000101014 @default.
• W2060549221 creator A5019875469 @default.
• W2060549221 creator A5037598212 @default.
• W2060549221 creator A5064721211 @default.
• W2060549221 date "2008-03-26" @default.
• W2060549221 modified "2023-10-16" @default.
• W2060549221 title "Broadband dielectric spectroscopy on benzophenone:<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:mi>α</mml:mi></mml:math>relaxation,<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:mi>β</mml:mi></mml:math>relaxation, and mode coupling theory" @default.
• W2060549221 cites W1572120256 @default.
• W2060549221 cites W1967373304 @default.
• W2060549221 cites W1969615857 @default.
• W2060549221 cites W1969808703 @default.
• W2060549221 cites W1972369864 @default.
• W2060549221 cites W1974837145 @default.
• W2060549221 cites W1975998181 @default.
• W2060549221 cites W1976216644 @default.
• W2060549221 cites W1976227579 @default.
• W2060549221 cites W1978608274 @default.
• W2060549221 cites W1980258590 @default.
• W2060549221 cites W1981894537 @default.
• W2060549221 cites W1984519826 @default.
• W2060549221 cites W1986737828 @default.
• W2060549221 cites W1986835682 @default.
• W2060549221 cites W1990140100 @default.
• W2060549221 cites W1991715118 @default.
• W2060549221 cites W1991996930 @default.
• W2060549221 cites W1992144711 @default.
• W2060549221 cites W1992755218 @default.
• W2060549221 cites W1996211957 @default.
• W2060549221 cites W2000596373 @default.
• W2060549221 cites W2006107968 @default.
• W2060549221 cites W2007340183 @default.
• W2060549221 cites W2009646596 @default.
• W2060549221 cites W2010578238 @default.
• W2060549221 cites W2013368541 @default.
• W2060549221 cites W2019453149 @default.
• W2060549221 cites W2020470122 @default.
• W2060549221 cites W2022949868 @default.
• W2060549221 cites W2024003368 @default.
• W2060549221 cites W2024221348 @default.
• W2060549221 cites W2025230376 @default.
• W2060549221 cites W2025328880 @default.
• W2060549221 cites W2026039351 @default.
• W2060549221 cites W2027602813 @default.
• W2060549221 cites W2028612487 @default.
• W2060549221 cites W2029751260 @default.
• W2060549221 cites W2031537695 @default.
• W2060549221 cites W2032394101 @default.
• W2060549221 cites W2033350670 @default.
• W2060549221 cites W2036463962 @default.
• W2060549221 cites W2038258768 @default.
• W2060549221 cites W2039834807 @default.
• W2060549221 cites W2041633468 @default.
• W2060549221 cites W2044547001 @default.
• W2060549221 cites W2048070651 @default.
• W2060549221 cites W2049984032 @default.
• W2060549221 cites W2050065125 @default.
• W2060549221 cites W2050945279 @default.
• W2060549221 cites W2051179199 @default.
• W2060549221 cites W2051951036 @default.
• W2060549221 cites W2052833913 @default.
• W2060549221 cites W2057674370 @default.
• W2060549221 cites W2058194656 @default.
• W2060549221 cites W2058429909 @default.
• W2060549221 cites W2059049679 @default.
• W2060549221 cites W2061227025 @default.
• W2060549221 cites W2061504531 @default.
• W2060549221 cites W2064179045 @default.
• W2060549221 cites W2067965505 @default.
• W2060549221 cites W2070664646 @default.
• W2060549221 cites W2071268570 @default.
• W2060549221 cites W2076682418 @default.
• W2060549221 cites W2079425662 @default.
• W2060549221 cites W2080662536 @default.
• W2060549221 cites W2080847801 @default.
• W2060549221 cites W2084577679 @default.
• W2060549221 cites W2085085943 @default.
• W2060549221 cites W2086039221 @default.
• W2060549221 cites W2087917262 @default.
• W2060549221 cites W2088909654 @default.
• W2060549221 cites W2091119112 @default.
• W2060549221 cites W2096208894 @default.
• W2060549221 cites W2121772933 @default.
• W2060549221 cites W2129464543 @default.
• W2060549221 cites W2144682833 @default.
• W2060549221 cites W2145250787 @default.
• W2060549221 cites W2154030362 @default.
• W2060549221 cites W2158036413 @default.
• W2060549221 cites W2234024902 @default.
• W2060549221 cites W2331200098 @default.
• W2060549221 cites W3100563026 @default.
• W2060549221 cites W4240036269 @default.
• W2060549221 cites W4246432871 @default.
• W2060549221 cites W4247338647 @default.
• W2060549221 cites W4250448744 @default.
• W2060549221 cites W2030064734 @default.
• W2060549221 doi "https://doi.org/10.1103/physreve.77.031506" @default.
• W2060549221 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18517387" @default.
• W2060549221 hasPublicationYear "2008" @default.

• next