`redox`

Module Contents

Functions

`fO2_buffer`(p, T[, buffer, study])
`fO2_buffers_H22`(p, T[, buffer])
`fO2_buffers_K19`(p, T, buffer)
`fO2_buffers_A19`(p, T[, buffer])
`fO2_buffers_B21`(p, T[, buffer])
`fO2_buffers_D20`(p, T[, buffer])
`V_0T_A19`(T, species)
`TEOS_A19`(p, species)
`TEOS_A19_int`(p, species)
`EOS_D2020`(p, T, params)
`B_TH`(V, params)
`Birch_Murnaghan_2nd_order`(V, V0, K0)
`Birch_Murnaghan_3rd_order`(V, V0, K0, K_prime)
`Birch_Murnaghan_4th_order`(V, V0, K0, K_prime, K_sec)
`Delta_rG0_A19`(T)
`Delta_rG0_D20`(T)
`G_Fe_liquid`(T)
`G_FeO_liquid`(T)
`G_FeO_solid`(T)
`fO2_A19`(p, T, ferric_to_total_iron, composition)
`fO2_sfc_A19`(T, ferric_to_total_iron, composition)
`fO2_D20`(p, T, ferric_to_total_iron, composition[, fit])
`fO2_sfc_D20`(T, ferric_to_total_iron, composition[, fit])
`fO2_H22`(p, T, ferric_to_total_iron, composition[, p_dep])
`fO2_sfc_H22`(T, ferric_to_ferrous_iron, composition[, ...])
`ferric_to_ferrous_iron_H22`(p, T, fO2, composition[, p_dep])

Attributes

`GPa2Pa`
`bar2Pa`
`R_gas`
`N_Avogadro`
`eq_C_exp`
`eq_H_exp`
`eq_N1_exp`
`eq_N2_exp`
`eq_CH_exp`
`Delta_fG0_O20`
`equilibrium_constant_O20`
`Delta_fG0_NATAF`
`equilibrium_constant_NATAF`
`equilibrium_constant_Bower21`
`equilibrium_constant_Zahnle20`
`WFe2O3_WFeO`
`WFeOFe2O3`
`coefs_Deng2020`

redox.GPa2Pa = 1000000000.0

redox.bar2Pa = 100000.0

redox.R_gas = 8.314

redox.N_Avogadro = 6.02214076e+23

redox.eq_C_exp = 2CO+O2=2CO2

redox.eq_H_exp = 2H2+O2=2H2O

redox.eq_N1_exp = N2+3H2=2NH3

redox.eq_N2_exp = H2O+HCN=CO+NH3

redox.eq_CH_exp = CO+3H2=CH4+H2O

redox.fO2_buffer(p, T, buffer='IW', study='A19')

redox.fO2_buffers_H22(p, T, buffer='IW')

redox.fO2_buffers_K19(p, T, buffer)

redox.fO2_buffers_A19(p, T, buffer='IW')

redox.fO2_buffers_B21(p, T, buffer='IW')

redox.fO2_buffers_D20(p, T, buffer='IW')

redox.V_0T_A19(T, species)

redox.TEOS_A19(p, species)

redox.TEOS_A19_int(p, species)

redox.EOS_D2020(p, T, params)

redox.B_TH(V, params)

redox.Birch_Murnaghan_2nd_order(V, V0, K0)

redox.Birch_Murnaghan_3rd_order(V, V0, K0, K_prime)

redox.Birch_Murnaghan_4th_order(V, V0, K0, K_prime, K_sec)

redox.Delta_rG0_A19(T)

redox.Delta_rG0_D20(T)

redox.G_Fe_liquid(T)

redox.G_FeO_liquid(T)

redox.G_FeO_solid(T)

redox.Delta_fG0_O20

redox.equilibrium_constant_O20

redox.Delta_fG0_NATAF

redox.equilibrium_constant_NATAF

redox.equilibrium_constant_Bower21

redox.equilibrium_constant_Zahnle20

redox.fO2_A19(p, T, ferric_to_total_iron, composition)

redox.fO2_sfc_A19(T, ferric_to_total_iron, composition)

redox.fO2_D20(p, T, ferric_to_total_iron, composition, fit=3)

redox.fO2_sfc_D20(T, ferric_to_total_iron, composition, fit=3)

redox.fO2_H22(p, T, ferric_to_total_iron, composition, p_dep='D20')

redox.fO2_sfc_H22(T, ferric_to_ferrous_iron, composition, p_dep='D20')

redox.ferric_to_ferrous_iron_H22(p, T, fO2, composition, p_dep='D20')

redox.WFe2O3_WFeO

redox.WFeOFe2O3

redox.coefs_Deng2020

redox

Module Contents

Functions

Attributes

`redox`