BIOTITE STABILITY IN PORPHYRY COPPER ENVIRONMENT

[1] ANDERSON GM, 1967, GEOCHEMISTRY HYDROTH

[2] BARNES HL, 1967, GEOCHEMISTRY HYDROTH

[3] BARR DA, 1966, CAN MIN METALL BULL, V59, P841

[4] Barth TWF, 1969, FELDSPARS

[5] Barton PB, 1967, GEOCHEMISTRY HYDROTH

[6] BEANE RE, 1972, THESIS NW U

[7] BURNHAM CW, 1969, 132 GEOL SOC AM SPEC

[8] CREASEY SC, 1966, GEOLOGY PORPHYRY COP

[9] THERMODYNAMIC PROPERTIES OF HIGH TEMPERATURE AQUEOUS SOLUTIONS .5. CALCULATION OF IONIC HEAT CAPACITIES UP TO 2C0DEGREES . ENTROPIES + HEAT CAPACITIES ABOVE 200DEGREES [J]. JOURNAL OF THE AMERICAN CHEMICAL SOCIETY, 1964, 86 (24) : 5390 - &

[10] CZAMANSKE GK, 1970, GEOL SOC AM ABS PROG, P531

[1] ANDERSON GM, 1967, GEOCHEMISTRY HYDROTH

[2] BARNES HL, 1967, GEOCHEMISTRY HYDROTH

[3] BARR DA, 1966, CAN MIN METALL BULL, V59, P841

[4] Barth TWF, 1969, FELDSPARS

[5] Barton PB, 1967, GEOCHEMISTRY HYDROTH

[6] BEANE RE, 1972, THESIS NW U

[7] BURNHAM CW, 1969, 132 GEOL SOC AM SPEC

[8] CREASEY SC, 1966, GEOLOGY PORPHYRY COP

[9] THERMODYNAMIC PROPERTIES OF HIGH TEMPERATURE AQUEOUS SOLUTIONS .5. CALCULATION OF IONIC HEAT CAPACITIES UP TO 2C0DEGREES . ENTROPIES + HEAT CAPACITIES ABOVE 200DEGREES [J]. JOURNAL OF THE AMERICAN CHEMICAL SOCIETY, 1964, 86 (24) : 5390 - &

[10] CZAMANSKE GK, 1970, GEOL SOC AM ABS PROG, P531