Changes in surface area and morphology and the mechanism of forsterite dissolution

The efficient long-term inhibition of forsterite dissolution by common soil bacteria and fungi at Earth surface conditions

“…Giammar et al, 2005;Oelkers and Schott, 2005;Bearat et al, 2006;Matter et al, 2007;Oelkers et al, 2008;Dufaud et al, 2009;Prigiobbe et al, 2009;Matter and Kelemen, 2009;King et al, 2010;Daval et al, 2011;Guyot et al, 2011;Broecker, 2012;Kohler et al, 2013;Gislason and Oelkers, 2014;Sissmann et al, 2014). This interest has led to a large number of studies aimed at characterizing forsterite dissolution behavior and rates at various fluid compositions and temperatures (Luce et al, 1972;Sanemasa et al, 1972, Grandstaff, 1978, 1986, Murphy and Helgeson, 1987, 1989Blum andLasaga, 1988, Banfield et al, 1990;Walther, 1991, 1992;Casey and Westrich, 1992, Awad et al, 2000, Chen and Brantley, 2000, Rosso and Rimstidt, 2000, Pokrovsky and Schott, 2000a, 2000b, Oelkers, 2001b, Giammar et al, 2005, Hänchen et al, 2006, Olsen and Rimstidt, 2008Davis et al, 2009;Rimstidt et al, 2012;Olsson et al, 2012;Plümper et al, 2012;Wang and Giammar, 2012;Garcia et al, 2013;<...>…”

EQ6, a computer program for reaction path modeling of aqueous geochemical systems: Theoretical manual, user`s guide, and related documentation (Version 7.0); Part 4

“…Much information has recentiy come to light pertaining to the nature of mechanisms and rate laws (See for example Aagaard and Helgeson, 1982;Bemer, 1978Bemer, ,1980Bemer, ,1981Bemer and Holdren, 1979;Blum and Lasaga, 1991;CarrollWebb and Walther, 1988;WoUast, 1984,1985;Holdren and Bemer, 1979; Fun-er and Grandstaff, 1976Grandstaff, ,1977Grandstaff, , 1978; Helgeson, Murphy, and Aagaard., 1984;Wolery, 1986,1988;Lasaga, 1981ab;Murphy andHelgeson, 1987,1989;PeO:ovich, 1976; Petrovich, Bemer, and Goldhaber., 1976;Rimstidt and Barnes, 1980;Schott, Bemer, and Sjoberg, 1981;Tahnan and Nesbitt, 1988;WoUast and Chou, 1985;Wood and Walther, 1983;Zinder, Furrer, and Stumm, 1986). Kinetic reaction path modeling has only become a possibility due to the recent availability of quantitative descriptions of the rates of some geochemically important reactions.…”

Effect of Oxalic Acid on Heat Pretreatment for Serpentine Carbonation

“…12,14,15) In this study, oxalic acid was mixed with serpentine and heat treated to determine whether it could similarly affect the decomposition process of serpentine and the resultant cation leaching.…”