Matches in SemOpenAlex for { <https://semopenalex.org/work/W2042149675> ?p ?o ?g. }
- W2042149675 endingPage "13434" @default.
- W2042149675 startingPage "13407" @default.
- W2042149675 abstract "A general mass conservation equation for either stable or radioactive chemical components in an open magmatic system is formulated. The equation is applied to trace elements by assuming melt-mineral equilibrium defined by a partition coefficient. A derived analytic expression has very wide applicability, and most of the mass conservation equations in the literature for stable trace elements are obtained by choosing appropriate values for the controlling model parameters, such as material influx or separation rate and melt fraction in the system. The general equation is also modified to facilitate an application to multistage problems. It is demonstrated that the general open system mass conservation equation for melting processes expressed without melt fraction is mathematically identical to that for one-dimensional steady state two-phase flow with sink and source terms. This one-dimensional steady state model is applied to depleted abyssal peridotites to constrain their melting processes in an ascending mantle beneath ridges. The rare earth element (REE) patterns of clinopyroxene are fitted by optimizing melting parameters, and the results indicate a continuous influx of light REE (LREE)-enriched melt up to 3–11% in degree of melting, which amounts in total to less than 1% of the initial peridotite mass. The open system melting equation for trace elements is also applied to peridotites from the Hayachine-Miyamori ophiolite, northeastern Japan. The REE contents in clinopyroxene and the modal abundances in four peridotite groups are fitted all together to estimate melting reaction stoichiometry and REE contents in the influxing material. The estimated REE pattern is characterized by a strong LREE enrichment, which is comparable to that of melt in equilibrium with hornblende in the most refractory harzburgite from the ophiolite." @default.
- W2042149675 created "2016-06-24" @default.
- W2042149675 creator A5006323852 @default.
- W2042149675 date "2001-07-10" @default.
- W2042149675 modified "2023-09-24" @default.
- W2042149675 title "Mass balance equations for open magmatic systems: Trace element behavior and its application to open system melting in the upper mantle" @default.
- W2042149675 cites W1672405186 @default.
- W2042149675 cites W1966133457 @default.
- W2042149675 cites W1970767963 @default.
- W2042149675 cites W1972531000 @default.
- W2042149675 cites W1972633491 @default.
- W2042149675 cites W1974795382 @default.
- W2042149675 cites W1975106767 @default.
- W2042149675 cites W1976571006 @default.
- W2042149675 cites W1976788350 @default.
- W2042149675 cites W1979307691 @default.
- W2042149675 cites W1982255582 @default.
- W2042149675 cites W1985469808 @default.
- W2042149675 cites W1985812434 @default.
- W2042149675 cites W1986020873 @default.
- W2042149675 cites W1986090084 @default.
- W2042149675 cites W1987723867 @default.
- W2042149675 cites W1996110447 @default.
- W2042149675 cites W2003033703 @default.
- W2042149675 cites W2005354462 @default.
- W2042149675 cites W2006421604 @default.
- W2042149675 cites W2007433465 @default.
- W2042149675 cites W2008484817 @default.
- W2042149675 cites W2011029215 @default.
- W2042149675 cites W2014783682 @default.
- W2042149675 cites W2016701904 @default.
- W2042149675 cites W2020969779 @default.
- W2042149675 cites W2023398449 @default.
- W2042149675 cites W2024575502 @default.
- W2042149675 cites W2024828229 @default.
- W2042149675 cites W2027862110 @default.
- W2042149675 cites W2028202848 @default.
- W2042149675 cites W2031894158 @default.
- W2042149675 cites W2035743760 @default.
- W2042149675 cites W2038858200 @default.
- W2042149675 cites W2039291242 @default.
- W2042149675 cites W2040049557 @default.
- W2042149675 cites W2045627449 @default.
- W2042149675 cites W2049266290 @default.
- W2042149675 cites W2050141585 @default.
- W2042149675 cites W2050300048 @default.
- W2042149675 cites W2052997567 @default.
- W2042149675 cites W2057305327 @default.
- W2042149675 cites W2058000599 @default.
- W2042149675 cites W2060204187 @default.
- W2042149675 cites W2061210523 @default.
- W2042149675 cites W2061792400 @default.
- W2042149675 cites W2062218969 @default.
- W2042149675 cites W2063948740 @default.
- W2042149675 cites W2067300012 @default.
- W2042149675 cites W2069550072 @default.
- W2042149675 cites W2072844742 @default.
- W2042149675 cites W2072954890 @default.
- W2042149675 cites W2074055258 @default.
- W2042149675 cites W2074072796 @default.
- W2042149675 cites W2076405162 @default.
- W2042149675 cites W2076596547 @default.
- W2042149675 cites W2078523188 @default.
- W2042149675 cites W2082018316 @default.
- W2042149675 cites W2082031187 @default.
- W2042149675 cites W2085171100 @default.
- W2042149675 cites W2085746716 @default.
- W2042149675 cites W2085751766 @default.
- W2042149675 cites W2086285917 @default.
- W2042149675 cites W2111723075 @default.
- W2042149675 cites W2120027408 @default.
- W2042149675 cites W2133702463 @default.
- W2042149675 cites W2134667091 @default.
- W2042149675 cites W2139696801 @default.
- W2042149675 cites W2170746611 @default.
- W2042149675 cites W2316199347 @default.
- W2042149675 cites W2319058184 @default.
- W2042149675 cites W2326714219 @default.
- W2042149675 cites W2332455656 @default.
- W2042149675 cites W2770177381 @default.
- W2042149675 cites W2900405682 @default.
- W2042149675 doi "https://doi.org/10.1029/2001jb900001" @default.
- W2042149675 hasPublicationYear "2001" @default.
- W2042149675 type Work @default.
- W2042149675 sameAs 2042149675 @default.
- W2042149675 citedByCount "59" @default.
- W2042149675 countsByYear W20421496752012 @default.
- W2042149675 countsByYear W20421496752013 @default.
- W2042149675 countsByYear W20421496752014 @default.
- W2042149675 countsByYear W20421496752015 @default.
- W2042149675 countsByYear W20421496752016 @default.
- W2042149675 countsByYear W20421496752017 @default.
- W2042149675 countsByYear W20421496752018 @default.
- W2042149675 countsByYear W20421496752020 @default.
- W2042149675 countsByYear W20421496752021 @default.
- W2042149675 countsByYear W20421496752022 @default.
- W2042149675 countsByYear W20421496752023 @default.
- W2042149675 crossrefType "journal-article" @default.