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• W2130604893 endingPage "n/a" @default.
• W2130604893 startingPage "n/a" @default.
• W2130604893 abstract "[1] The heat generated by viscous dissipation is consistently evaluated using a 2-D compressible subduction model with variations of mantle rheology (constant as well as pressure and temperature dependent viscosity), dip, age, and velocity of the subducting slab. For comparison, we also conduct 2-D incompressible subduction calculations with the same conditions and parameters used in the compressible formulation. The effect of compressibility on the thermal and flow structures of the subduction zones is relatively small and concentrated along the base of the mantle wedge, with temperature differences <100°C and differences in kinematic energy of the mantle wedge <1% between compressible and incompressible models. Mantle rheology has a stronger effect on thermal and flow structures than mantle compressibility as well as the variations of dip, age, and velocity of the subducting slab. The heat from viscous dissipation in the compressible model increases the slab temperatures over the incompressible model (<70°C), as a result of additional conduction across the slab surface (constant viscosity) and thinning of the thermal boundary layer caused by viscosity reduction (pressure- and temperature-dependent viscosity)." @default.
• W2130604893 created "2016-06-24" @default.
• W2130604893 creator A5028979812 @default.
• W2130604893 creator A5058123899 @default.
• W2130604893 date "2009-01-01" @default.
• W2130604893 modified "2023-09-24" @default.
• W2130604893 title "Effect of mantle compressibility on the thermal and flow structures of the subduction zones" @default.
• W2130604893 cites W1485783793 @default.
• W2130604893 cites W1493314112 @default.
• W2130604893 cites W1509741412 @default.
• W2130604893 cites W1576164025 @default.
• W2130604893 cites W1594412726 @default.
• W2130604893 cites W1760438267 @default.
• W2130604893 cites W1971968568 @default.
• W2130604893 cites W1976172463 @default.
• W2130604893 cites W1976596972 @default.
• W2130604893 cites W1978534444 @default.
• W2130604893 cites W1980796709 @default.
• W2130604893 cites W1982435687 @default.
• W2130604893 cites W1995378196 @default.
• W2130604893 cites W1998601546 @default.
• W2130604893 cites W2000684404 @default.
• W2130604893 cites W2003605988 @default.
• W2130604893 cites W2007885029 @default.
• W2130604893 cites W2008526841 @default.
• W2130604893 cites W2008824185 @default.
• W2130604893 cites W2009307089 @default.
• W2130604893 cites W2009367373 @default.
• W2130604893 cites W2010422258 @default.
• W2130604893 cites W2013360601 @default.
• W2130604893 cites W2014133740 @default.
• W2130604893 cites W2017649324 @default.
• W2130604893 cites W2018854158 @default.
• W2130604893 cites W2021065582 @default.
• W2130604893 cites W2021524596 @default.
• W2130604893 cites W2023593919 @default.
• W2130604893 cites W2025544010 @default.
• W2130604893 cites W2026889131 @default.
• W2130604893 cites W2033526885 @default.
• W2130604893 cites W2041895575 @default.
• W2130604893 cites W2042294426 @default.
• W2130604893 cites W2043314553 @default.
• W2130604893 cites W2043900917 @default.
• W2130604893 cites W2044626444 @default.
• W2130604893 cites W2047548623 @default.
• W2130604893 cites W2047746864 @default.
• W2130604893 cites W2050842650 @default.
• W2130604893 cites W2057331853 @default.
• W2130604893 cites W2058937425 @default.
• W2130604893 cites W2060489286 @default.
• W2130604893 cites W2062018184 @default.
• W2130604893 cites W2062692849 @default.
• W2130604893 cites W2063287321 @default.
• W2130604893 cites W2063503947 @default.
• W2130604893 cites W2064985255 @default.
• W2130604893 cites W2070307066 @default.
• W2130604893 cites W2070854336 @default.
• W2130604893 cites W2072676217 @default.
• W2130604893 cites W2074105632 @default.
• W2130604893 cites W2074498354 @default.
• W2130604893 cites W2076368385 @default.
• W2130604893 cites W2076753903 @default.
• W2130604893 cites W2077925702 @default.
• W2130604893 cites W2077953739 @default.
• W2130604893 cites W2078144526 @default.
• W2130604893 cites W2083935149 @default.
• W2130604893 cites W2097054847 @default.
• W2130604893 cites W2105084959 @default.
• W2130604893 cites W2105928163 @default.
• W2130604893 cites W2108653421 @default.
• W2130604893 cites W2110903971 @default.
• W2130604893 cites W2112376828 @default.
• W2130604893 cites W2113114085 @default.
• W2130604893 cites W2115914348 @default.
• W2130604893 cites W2117264814 @default.
• W2130604893 cites W2118622299 @default.
• W2130604893 cites W2124139363 @default.
• W2130604893 cites W2125139449 @default.
• W2130604893 cites W2129404686 @default.
• W2130604893 cites W2130764685 @default.
• W2130604893 cites W2134683617 @default.
• W2130604893 cites W2138359451 @default.
• W2130604893 cites W2142999655 @default.
• W2130604893 cites W2151603927 @default.
• W2130604893 cites W2153132363 @default.
• W2130604893 cites W2155383135 @default.
• W2130604893 cites W2159816588 @default.
• W2130604893 cites W2167040755 @default.
• W2130604893 cites W2168934780 @default.
• W2130604893 cites W40042948 @default.
• W2130604893 cites W4243926311 @default.
• W2130604893 cites W4251905262 @default.
• W2130604893 cites W4376463501 @default.
• W2130604893 cites W568979260 @default.
• W2130604893 doi "https://doi.org/10.1029/2008gc002151" @default.
• W2130604893 hasPublicationYear "2009" @default.
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