FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2620032911> ?p ?o ?g. }

• W2620032911 endingPage "6561" @default.
• W2620032911 startingPage "6548" @default.
• W2620032911 abstract "Calcite and barite are two of the most common scale minerals that occur in various geochemical and industrial processes. Their solubility predictions at extreme conditions (e.g., up to 250 °C and 1500 bar) in the presence of mixed electrolytes are hindered by the lack of experimental data and thermodynamic model. In this study, calcite solubility in the presence of high Na2SO4 (i.e., 0.0407 m Na2SO4) and barite solubility in a synthetic brine at up to 250 °C and 1500 bar were measured using our high-temperature high-pressure geothermal apparatus. Using this set of experimental data and other thermodynamic data from a thorough literature review, a comprehensive thermodynamic model was developed based on the Pitzer theory. In order to generate a set of Pitzer theory virial coefficients with reliable temperature and pressure dependencies which are applicable to a typical water system (i.e., Na-K-Mg-Ca-Ba-Sr-Cl-SO4-CO3-HCO3-CO2-H2O) that may occur in geochemical and industrial processes, we simultaneously fit..." @default.
• W2620032911 created "2017-06-05" @default.
• W2620032911 creator A5000051451 @default.
• W2620032911 creator A5013158357 @default.
• W2620032911 creator A5014667966 @default.
• W2620032911 creator A5030171393 @default.
• W2620032911 creator A5031851559 @default.
• W2620032911 creator A5033832224 @default.
• W2620032911 creator A5046130704 @default.
• W2620032911 creator A5054823108 @default.
• W2620032911 creator A5060554156 @default.
• W2620032911 creator A5062572280 @default.
• W2620032911 creator A5071493430 @default.
• W2620032911 creator A5088399936 @default.
• W2620032911 creator A5089611409 @default.
• W2620032911 date "2017-06-02" @default.
• W2620032911 modified "2023-09-28" @default.
• W2620032911 title "Calcite and Barite Solubility Measurements in Mixed Electrolyte Solutions and Development of a Comprehensive Model for Water-Mineral-Gas Equilibrium of the Na-K-Mg-Ca-Ba-Sr-Cl-SO₄-CO₃-HCO₃-CO₂(aq)-H₂O System up to 250 °C and 1500 bar" @default.
• W2620032911 cites W1965389584 @default.
• W2620032911 cites W1978108549 @default.
• W2620032911 cites W1981325021 @default.
• W2620032911 cites W1982642680 @default.
• W2620032911 cites W1985324387 @default.
• W2620032911 cites W1987108990 @default.
• W2620032911 cites W1988153865 @default.
• W2620032911 cites W1991458050 @default.
• W2620032911 cites W1992689792 @default.
• W2620032911 cites W1993333608 @default.
• W2620032911 cites W1996843631 @default.
• W2620032911 cites W2007830595 @default.
• W2620032911 cites W2008859819 @default.
• W2620032911 cites W2012812712 @default.
• W2620032911 cites W2020535504 @default.
• W2620032911 cites W2020644119 @default.
• W2620032911 cites W2021008159 @default.
• W2620032911 cites W2022339182 @default.
• W2620032911 cites W2024221223 @default.
• W2620032911 cites W2027900489 @default.
• W2620032911 cites W2029384016 @default.
• W2620032911 cites W2029737158 @default.
• W2620032911 cites W2033190409 @default.
• W2620032911 cites W2033312487 @default.
• W2620032911 cites W2033620440 @default.
• W2620032911 cites W2035548715 @default.
• W2620032911 cites W2035695555 @default.
• W2620032911 cites W2039287488 @default.
• W2620032911 cites W2039419521 @default.
• W2620032911 cites W2041364742 @default.
• W2620032911 cites W2041672759 @default.
• W2620032911 cites W2046141875 @default.
• W2620032911 cites W2050180763 @default.
• W2620032911 cites W2050563641 @default.
• W2620032911 cites W2055731113 @default.
• W2620032911 cites W2058680394 @default.
• W2620032911 cites W2061083615 @default.
• W2620032911 cites W2061368409 @default.
• W2620032911 cites W2064207943 @default.
• W2620032911 cites W2064572976 @default.
• W2620032911 cites W2067640311 @default.
• W2620032911 cites W2069178290 @default.
• W2620032911 cites W2069503387 @default.
• W2620032911 cites W2070574105 @default.
• W2620032911 cites W2071840010 @default.
• W2620032911 cites W2072835281 @default.
• W2620032911 cites W2075239367 @default.
• W2620032911 cites W2080478403 @default.
• W2620032911 cites W2081477890 @default.
• W2620032911 cites W2081650565 @default.
• W2620032911 cites W2083612741 @default.
• W2620032911 cites W2089033324 @default.
• W2620032911 cites W2101283880 @default.
• W2620032911 cites W2116618624 @default.
• W2620032911 cites W2128902587 @default.
• W2620032911 cites W2158660715 @default.
• W2620032911 cites W2159952574 @default.
• W2620032911 cites W2315892471 @default.
• W2620032911 cites W2316294380 @default.
• W2620032911 cites W2317253251 @default.
• W2620032911 cites W2319702782 @default.
• W2620032911 cites W2319770589 @default.
• W2620032911 cites W2325571219 @default.
• W2620032911 cites W2328083038 @default.
• W2620032911 cites W2332728609 @default.
• W2620032911 cites W2333099674 @default.
• W2620032911 cites W2334018918 @default.
• W2620032911 cites W2335301929 @default.
• W2620032911 cites W2494424823 @default.
• W2620032911 cites W2548891540 @default.
• W2620032911 cites W259920609 @default.
• W2620032911 cites W2610574915 @default.
• W2620032911 cites W2911372528 @default.
• W2620032911 cites W4231264025 @default.
• W2620032911 cites W4250050467 @default.
• W2620032911 cites W4253879303 @default.
• W2620032911 cites W4298029051 @default.
• W2620032911 doi "https://doi.org/10.1021/acs.iecr.7b00422" @default.
• W2620032911 hasPublicationYear "2017" @default.
• W2620032911 type Work @default.

• next