THERMAL-DECOMPOSITION OF AMOSITE, CROCIDOLITE, AND BIOTITE

[1] AMPHIBOLES .1. OXIDATION OF CROCIDOLITE [J]. JOURNAL OF THE CHEMICAL SOCIETY, 1962, (APR): : 1468 - &

[2] ADDISON CC, 1968, MINERAL MAG, V36, P791

[3] ADDISON CC, 1968, 5 P IMA GEN M, P305

[4] ADDISON CC, 1962, J CHEM SOC, P3693

[5] Addison W.E., 1962, M CLAY MIN GROUP MIN, P73

[6] BRINDLEY GW, 1953, MINERAL MAG, V30, P57

[7] BURMAN D, 1967, PHYSICS CHEMISTRY AS, P2

[8] Burns R G, 1966, Science, V153, P890, DOI 10.1126/science.153.3738.890

[9] BURNS RG, 1968, AM MINERAL, V53, P770

[10] ERNST WG, 1970, AM MINERAL, V55, P1226

[1] AMPHIBOLES .1. OXIDATION OF CROCIDOLITE [J]. JOURNAL OF THE CHEMICAL SOCIETY, 1962, (APR): : 1468 - &

[2] ADDISON CC, 1968, MINERAL MAG, V36, P791

[3] ADDISON CC, 1968, 5 P IMA GEN M, P305

[4] ADDISON CC, 1962, J CHEM SOC, P3693

[5] Addison W.E., 1962, M CLAY MIN GROUP MIN, P73

[6] BRINDLEY GW, 1953, MINERAL MAG, V30, P57

[7] BURMAN D, 1967, PHYSICS CHEMISTRY AS, P2

[8] Burns R G, 1966, Science, V153, P890, DOI 10.1126/science.153.3738.890

[9] BURNS RG, 1968, AM MINERAL, V53, P770

[10] ERNST WG, 1970, AM MINERAL, V55, P1226