References
- Carman , J. H. and Tuttle , O. F. 1963 . Geol. Soc. Amer , : 29A Abstracts Ann. Meet.
- Deer , W. A. , Howie , R. A. and Zussman , J. 1963 . Rock Forming Minerals. 4. Framework Silicates , London : Longmans .
- Drescher-Kaden , F. K. 1948 . Die Feldspat-Quarz-Reaktionsgefüge der Granite und Gneise und ihre genetische Bedeutung , Berlin : Springer .
- Hubbard , F. H. 1964 . The fèldspars of the Southwest Nigerian charnockites: Perthite, myrmekite and antiperthite . Unpl. Thesis, Univ. of Uppsala ,
- Hubbard , F. H. 1965 . Antiperthite and mantled feldspar textures in charnockite (enderbite) from S. W. Nigeria . Am. Mineral , : 50
- Hubbard , F. H. 1966 . Myrmekite in charnockite from Southwest Nigeria . Am. Mineral , : 51
- Laves , F. and Soldatus , K. 1962 . Plate perthite, a new perthitic intergrowth in microcline single crystals, a recrystallisation product . Zeit. Krist , : 117
- Perry , K. 1966 . Representation of feldspar chemical analyses . Geol. Soc. Amer , : 46A Abstracts Ann. Meet.
- Phillips , E. R. 1964 . Myrmekite and albite in some granites of the New England Batholith, New South Wales . Jour. Geol. Soc. Australia , : 11
- Ramberg , H. 1962 . Intergranular precipitation of albite formed by unmixing of alkali feldspars . N. Jahrb. Min. Abh , : 98
- Rees , A. L. G. 1954 . Chemistry of the defect solid state , London : Methuen .
- Rogers , J. J. W. 1961 . Origin of albite in granitic rocks . Am. Jour. Science , : 259
- Schwankte , A. 1909 . Die Beimischung von Ca in Kalifeldspat und die Myrmekitbildung . Centralbl. Mineral , : 311
- Sederholm , J. J. 1897 . Über eine archäische Sedimentformation in südwestlichen Finland . Bull. Comm. Géol. Finlande , : 6
- Smith , J. V. and Mackenzie , W. S. 1961 . Atomic, chemical and physical factors that control the stability of alkali feldspars . Instituto “Lucas Mallada” Cursillos y Conferencias , : 8
- Spencer , E. 1945 . Myrmckite in graphic granite and in vein perthite . Mineral. Mag , : 27
- Tuttle , O. F. and Bowen , N. L. 1958 . Origin of granite in the light of experimental studies in the system NaAlSi3O8 — KAlSi3O8 — SiO2 — H2O . Geol. Soc. Am , : 74 Mem