OXIDATION-REDUCTION EQUILIBRIA IN IRON-CONTAINING GLASS

[1] THE IRON-OXYGEN EQUILIBRIUM IN GLASS - EFFECT OF PLATINUM ON THE FE-2+/FE-3+ EQUILIBRIUM [J]. JOURNAL OF THE AMERICAN CERAMIC SOCIETY, 1961, 44 (11) : 541 - 544

[2] BOCKRIS JO, 1959, PHYSICO CHEM MEASURE, P307

[3] DETERMINATION OF SEVERAL VALENCES OF IRON, ARSENIC AND ANTIMONY, AND SELENIUM IN GLASS [J]. JOURNAL OF THE AMERICAN CERAMIC SOCIETY, 1958, 41 (11) : 455 - 460

[4] COUGHLIN JP, 1954, US BUR MINES B, V542

[5] DOREMUS RH, 1962, MOD ASPECT VITR, V2, P1

[6] TRESS HJ, 1960, PHYS CHEM GLASSES, V1, P196

[7] Turkdogan E.T., 1957, J IRON STEEL I, V186, P329

[8] Weyl W. A., 1959, COLOURED GLASSES

[1] THE IRON-OXYGEN EQUILIBRIUM IN GLASS - EFFECT OF PLATINUM ON THE FE-2+/FE-3+ EQUILIBRIUM [J]. JOURNAL OF THE AMERICAN CERAMIC SOCIETY, 1961, 44 (11) : 541 - 544

[2] BOCKRIS JO, 1959, PHYSICO CHEM MEASURE, P307

[3] DETERMINATION OF SEVERAL VALENCES OF IRON, ARSENIC AND ANTIMONY, AND SELENIUM IN GLASS [J]. JOURNAL OF THE AMERICAN CERAMIC SOCIETY, 1958, 41 (11) : 455 - 460

[4] COUGHLIN JP, 1954, US BUR MINES B, V542

[5] DOREMUS RH, 1962, MOD ASPECT VITR, V2, P1

[6] TRESS HJ, 1960, PHYS CHEM GLASSES, V1, P196

[7] Turkdogan E.T., 1957, J IRON STEEL I, V186, P329

[8] Weyl W. A., 1959, COLOURED GLASSES