AmericanMineralogist, Volume 7l, pages 1550-1565,1986
INDEX VOLI-rME 71,1986
Aberg, G., see Ericsson, T., 136 Brisbln, W.C.: Mechanics of pegmatite intrusion, Abrecht, J,, see Hewitt, D.A., 1126 64t+ Aj-nes, R.D., G.R. Rossman: Relationships between Brown, G.E., Jr., B.A. Ml11s:,High-temperature radiation damage and t.race water in zircon, structure and crystal chemistry of hydrous quartz, and Eopaz, ll86 alka1i-rich beryl from the Harding pegmatite, Aines, R. D, , see Rossman, G.R. , 779 I'aos CounLy, New Mexlco, 547 Akizuki, M.: Al-Si ordering and twinning in Brown, G,E., Jr., R,C. Ewing: InEroductj-on to edingEonite, l5l0 the Jahns Memori-al Issue. 233. Memorial of Aldridge, L.P., E. 8i11, R. B15s, S. Lauer, V.R. Richard Henry Jahns, 652 Marathe, A. Sawaryn, A.X. Trautwein, H. Brovn, G.E., Jr., see Shigley, J.E., 356 Winkler: Electronic structure of Fe in some Brown, G.E., Jr., see Stern, L.A., 406 minerals, derived from iterative extended Brown, W.E., see Takagi, 5., 1229 Hiickel theory (IEHT), rnultiple scattering Xo Budahn, J.R.: Evidence for equilibrium condi- (MS-Xo) calculations, and Miissbauer measure- tions during the partitioning of nickel ment.s, 1015 beEweenolivine and l
r550 AUTHOR INDEX, VOLUME 71, 1986 155l
Day, H.W,, see Beard, J.S., 1085 Ferry, J.M., see Grove, T.L.' 1049 Desautels, P.E.: Memorial of Paul Seel' 1275 Filippidis, A., see Ericsson, T.' 1502 Do11ase, W.A., R.J. Reeder: Crystal structure Finger, L.l/., see Hazen, R.M.' 977 refinernent of huntite, Cal"1g3(C03)+, with X- Fitz Gerald, J,D., J.B. Parj-se, I.D.R. Mackin- ray powder data, 163 non: Average structure of an An4g plagioclase Domine, F., B. Piriou: Raman spectroscopic study from the Hogarth Ranges, 1399 of the Si02-A1203-K20 vitreous system: Dis- Fitzgerald, S., A.L. Rheingold, P.B. Leavens: tribution of silicon second neighbors, 38 Crystal strucEure of a Cu-bearing Duesler, E.N,, E.E. Foord: Crystal structure of vesuvianite, 1011. Crystal structure of a hashemj-te, BaCrO4, a barit.e structure type, non-P4/nnc vesuvianite froni Asbestos, Quebec, L2L7 t4B3 Dunn, P.J., C.A, Francis: Davidsonite and FitzpaE.rick, J., A. Pabst: Thaleni-te from lehiite discredited, 1515 Arizona, l88 843 Dunn, P.J., D.R. Peacor, R.C. Erd, R.A. Rarnlk: Fleischer, M.: Memorial of George T. Faust, Franciscanite and 6rebroite. two new minerals Foit, F.F., Jr,, see Rosenberg,P.E,, 97I frorn California and Sweden, related to Foord, E.E., R.V. Gaj.nes,J.G. Crock' W.B. a redefined welinite. 1522 Simmons,Jr., C.P. Barbosa: Minasgeraisite, Minas Dunn, P.J., D.R. Peacor, B,D. Sturman, F.J. new memberof the gadolinite group from Wicks: Rouseite, a new lead manE,anesear- Gerals, Brazil, 603 senit.e from ISngban, Sweden, 1034 Foord, 8,E., H.C. Starkey, J.E' Taggart' .Jr': Dunn, P,J., see Peacor, D.R., l5l7 Mineralogy and paragenesis of "pocket" clays granitic Dunn, P,J., see Rouse, R.C.' 1240 and associated minerals in complex 428 Dut.row, 8.L., see Holdaway, M.J', 1135, 1142 pegmatiEes, San Diego County, Calj-fornla' Dwornik, 8.J., see Evans, H.T.' Jr.' 1045 Foord, E,E., see Duesler, E.N' ' I217 Dyar, M.D.: Practical application of M6'ssbauer Foord, E,E., see Stern, L'A.' 406 goodness-of-fit parameters for evaluation of Francis, C.A., see Dunn, P.J.' 1515 real experimental results: A rep1y, 1266 Franks, P.C., see Smith, M.P.' 60 C' Li: Dyar, M,D., R.G. Burns: Mdssbauer spectral study Frost, M.T., I.E. Grey, I.R. Harrowfield' ferruginous one-1ayer trioctahedral micas, Alteration profiles and impurity element of 955 distributions in rnagnetic fractions weathered ilmenite, 167 Effenberger, H., F. Pertlik, J. Zemann: Refine- Fujino, K., H. Momoi, H. Sawamoto,M. Kumazawa: MnSiO3 ment of the crystal structure of krausite: A CrysUal structure and chemistry of nriueral wiLh alr lnUerpolyhedral oxygelt-oxygett tetragonal garneL, 78I contact shorter than the hydrogen bond ' 202 Furukawa,T., see White, W.B.' 1415 Eggleton, R.A., see Sinclair, W., 815 carbonate Ekambaram,V., see Rosenberg, P.E., 971 Gaffey, S.J.: Specural reflectance of infrared Epstein, S., see Newrnan, 5,, 1527 minerals in the visible and near and Erd. R.C., see Dunn, P.J., 1522 (0.35-2.55 mlcrons): Calcite, aragonite, Ericksen, G.E., M.E. Mrose, J'W. Marinenko' J.J' dolomite, I51 McGee: Mineralogical studies of the nitrate Gaines, R.V., see Foord, E'E. ' 603 subsolidus deposiEs of Chi1e. V. Iquiqueite, Gasparik, T.: Experlmental study of of Na4K3Mg(Cr04)82a039(0H)' l2ll2O, a new saline phase relations and mixing properties system mineral. , 830 clinopyroxene in the silica-saturated Ericsson, T., A. Filippidis: Cation ordering in CaG-MgO-A1203-5i02'686 the limited solid solution Fe2Si04-Zn2Si04' Goad, B,E., see CernY' P.' 50f 1502 Goldsmith, J.R., see Su, S.-C.' 7384 equi- Ericsson, T., A.G. Nord, G. Aberg: Cation par- Grant, J.A' : Quartz-philogopj-te-liquid 1071 titi-oning in hydrothermally prepared olivine- librj.a and origins of charnockites' related (Fe,lu1n)-sarcopsides, 136 Grave, E.D., see Vochten, R.' 1037 practical Eugster, H.P.: Minerals in hot water, 655 Green, N,L., S.I' Usdansky: Toward a 1109' Evans, B.W,: Reactions among sodic, calcic, and plagi.oclase-muscovite thermometer, relations and rher- ferromagnesian arnphiboles, sodic Pyroxene' Ternary-feldspar mixing and deerite ln high-pressure metamorphosed mobarometrY,lI00 Li, Be' ironsEone, Siphnos, Greece, 1ll8 Grew, E.S., J.R. Hj.nthorne,N. Marquez: paragonite from Llvans, tl.T., Jr., E.J. Dwornik, C' FlilEon: B, and Sr in rnargariEe and Kassite from the Diamond Jo quarry, l4,agnet Antartica, ll29 Cove, Hot Spri-ng County, Arkansas: The Grey, LE., see Frost, M.T.' 167 786 problem of cafetj.te and kassite, 1045 Griifen, D.T., see Alexander, V.D.' 1466 Ewing, R.C., see Brown, G.8., Jr., 233, 652 Griffen, D.T., see Brj.nghurst' K.N.' 1461 Ewing, R.C., see Lurnpkin, G.R., 569 Griffen, D.T., see Phj-11ips,L.V. ' Grif fin, \^1.L., see Mottana, A., 1426 of un- FawceEt, J.J,, see Cho, M., 68' 78 Groat, L.A., F.C. Hawlhorne:Structure a Fenn, P.lul.: 0n t.he origin of graphlc SraniEe, S,emachire,K3Na8Fe3+(s04)6(N03)2'6H20' 325 mixed sulfate-nitrate mineral, 826 Fenn,P.M., seeSwanson, S'8.,33I Grove, T.L., J.M. Ferry, F.S. Spear: Phase A correc- Ferry, J.M.: Acceptance of the }4ineralogical transitions in calcic plagioclase: Society of America Award for 1985' 853 tion and further discussion, 1049 t552 AUTHOR INDEX, VOLUME 7I, 1986
Gutmann, J.T.: Origin of four- and five-phase Rankin, and P.H.M. Alderton, 1284 ultramafic xenoliths from Sonora, Mexico, Holloway, J.R., see Clemens,J.D., 317 1076 Hori, H., K. Nagashlma,M. Yamada,R. Miyawaki, T. Marubashi: Amnonioleucite, a new mineral Hafner, S.S., see Stenek, J., I27 from TaEarazawa,Fujioka, Japan, 1022 Ilammarstrom,J.M., E, Zen: Aluminum1n Hovis, G.L.: Behavlor of a1ka1i feldspars: hornblende: An empirical igneous Crystallographic properties and characEeriza- geobarometer, 1297 tion of composition and A1-Si distributlon, Hanson,G.N,, see Walker, R.J., 440 869 Harmon,R.S., see Holdaway,M.J., 1135 Huang, W., P.J. Wy11ie: Phase relationships of Harneit, 0., see Viswanathan, K., 1489 gabbro-tonalite-granite-water at 15 kbar with Harris, D.irl., see Hochella, M.F., Jr. , 1247 applications to differentj-ation and anatexis, Harrowfield, I.R., see Frost, M.T., 167 301 Harte, B.: Genesis of diamond: A mantle saga-- Hudleston, P.J,: Memorial of Strathmore R. B. Distorted in the tel1ing, I258 Cooke,1542 Haselton, H.T., Jr., see Hemingway,B,S., 557 Huebner, J.S.: Nature of phases synthesized Hawthorne, F.C.: Lammerite, Cu3(AsO4)2,a modu- along the join (Mg,Mn)2Si206,111 lated close-packed.structure, 206 Huebner,M,, T,K. Kyser, E.G. Nisbet: Stable- Hawthorne,F.C., see Cerny, P., 5Ol isotope geochemistry of high-grade Hawthorne,F.C., see Groat, L.A., 826 metapelites from the Central zone of the Hayes, J,F., see Skinner, H.C.W., 860 Limpopo be1t, 1343 Haymon,R.M., M. Kastner: Caminite: A new magnesium-hydroxide-sulf ate-hydrate mineral Iwano, S., see Nagashima,K., 1028 found in a submarine hydrothermal deposit, fyer, G.V.A., see Subbanna,G,N., 1I98 East Paciflc Rise, 21oN, 819 Hazen, R.M., A.Y. Au, L.W. Finger: High-pressure Jahns, R.H., see Stern, L.A.,406 crysEal chenristry of beryl (Be3A12Si601g)and Jenkins, D.M., J.V. Chernosky,Jr.: Phaseequl- euclase (BeA1Si040H),977 libria and crystallochemical properties of Hellmann,R., see Posey-Dowty,J., 85 Mg-chlorite, 924 Ilemingway,8.S., M.D. BarEon,R.A. Robie, ll.T. Jo1lif f , B.L. , .l ,.1. Papilce, C.K. Shearer: Tour- llaselEon, Jr. : I-leatcapacities and Eher- maline as a recorder of pegmatiEeevolution: modynamicfunctions for bery1, Be3Al2Si_6016, Bob Ingersoll pegmatite, Black Hills, South phenakite, Be2SiO4, euclase, BeAlSiOa(0H), Dakota, 472 bertrandite, Be4Si207(0H)2, and,chrysoberyl, Joswig, W., G. Amthauer, Y, Tak6uchi: Neutron- BeA12O4,557 diffraction and Mijssbauer spectroscopic study Henderson,D.M., see Yang, hl., 712 of clintonite (xanthophyllite) , lI94 Henry, Darrell: Review of The Tourmaline Group by R.V. Dierrich, f549 Kane,R.E,, see Shigley, J.E., I2I4 Hewit.t, D.A., J. Abrecht: Limitatlons on the Kastner, M., see Haymon,R.M., 819 interpretation of biotite substitutions from Kato, A., see Nagashima,K., 1028 chemical analyses of natural samples, 1126 Kechid, S., see Smith, D.C,, 1372 Hinthorne, J.R., see Grew, E.S., LI29 Keller, W.D.: Compositions of condensates from Hinton, R.l.l., see Holdaway, M.J., 1135 heated clay minerals and shales, L42O Hirai, H., H. Nakazawa: Grandite garnet fron Kirkpatrick, R.J., R. Oestrike, C.A. Weiss, Jr., Nevada: Confirmation of origin of iridescence K.A.^Smith, E. 01dfie1d: High-resolution z/A1 by electron mlcroscopy and interpretation of and zvsi NMRspectroscopy of glasses and a moir6-1ike texture, 123. Visualizing 1ow crystals along the join CaMgSi206-CaA12SiO6, symmetry of a grandite garnet on precession 705 photographs, 1210 Kirkpatrick, R.J., see hlood,B.J., 999 Hochella, M.F., Jr., D.W. Harris, A.M. Turner: Kj.rkpatrick, R.J., see Yang, W,, 712 Scanning Auger microscopy as a high- Kitamura, M., see Shen, B. , 1455 resolution microprobe for geologic materials, Koyama,E., see Nakai, L, 1234 t247 Kro11, H., I. Schmiemann,G. von Cb,lln: Feldspar Hofmeister, A.M., G.R. Rossman:A spectroscopic solid solutions, l study of blue radiation coloring in Kumazawa,M., see Fujino, K., 781 plagioclase, 95 Kutty, T.R.N., see Subbanna,G.N., 1198 Hokanson,S.A., R.A. Yund: Comparisonof alkali Kvick, A., see Snith, J.V., 727 interdiffusion rates for cryptoperthites, Kyser, T.K,, see Huebner,M., 1343 1409 lloldaway, M.J.: Report.of Lhe Bditor, 862 Lange,R.A., I.S,E. Carmichael,J.F. Stebbins: Holdaway,M.J., B.L. Dutrow, J. Borthwick, P. Phase transiLions j.n leucite (KA1Si206), Shore, R.S. Harmon, R,W. Hinton: H content of orthorhombj.c KA1Si04, and their iron staurolite as det.erminedby H extraction line analogues (KFeSi206, KFeSiO4), 937 and ion mlcroprobe, 1135 Lasaga, A.C., see Cygan, R.T., 758 Holdaway,M.J., B.L, Dutrow, P. Shore: A model Lauer, S., see Aldridge, L.P., 1015 for the crystal chernistry of stauroli.te, II42 Lau1, J.C., see Shearer, C.K., 518 Hollister, L,S.: Review of -by-T.A Practical Guide to Lau1, J.C., see Walker, R.J., 440 Fluid Inclusion Studies Shepara, e.u. Leavens,P.8., see Fitzgerald, S., 1011, 1483 AUTHOR INDEX,VOLUME 71,1986 I 553
Leavens,P.B., see White, J,S., Jr., 722I 855, Report of rhe Secretary for 1985' 856 Leavens,P.B., see Zanazzi, P.F., 1224 Mills, B.A., see Brown,G.D.' Jr.' 547 Leonard, B.F.: Memorial of A. F. Buddington, Milton, C., see Evans, H.T.' Jr.' 1045 1268 Milton, D,J. : ChloriEoid-sillimanite assemblage Li, C., see Frost, M.T., 167 from Nort.h Carolina, 891 Linnehan, D.G., see White, tll.B. , 1415 Miyawaki, R., see Hori, H., lO22 Lofgren, G.E., see Petersen, J.S., 343 Miyawaki, R., see Nagashima,K., 1028 London, D.: Magmatic-hydrothermal transition in Mornoi,H., see Fujino, K', 781 the Tanco rare-element pegmatite: Evidence Montez, B., see Wood,B.J.' 999 from fluid inclusions and phase-equilibrium Moore, P.B.: Quartz: Variations on a theme, 540 experiments, 376. Formation of tourmaline- Morirnoto, N,, see Shen, B.' 1455 rich gem pockets in miarolitic pegmatites, Mottana, A., W.L. Griffin: Crystal chernistry of 396 two coexisting K-richterites from St. Marcel Long, P.E., W.C. Luth: Origin of K-feldspar (Va1 d'Aosta, Italy), 1426 megacrysts in granitic rocks: Implications of Mrose, M.E., see Ericksen, G.E.' 830 a partitioning model for barium, 367 Muir. I.D.: Memorial of Peter Gay, 1055 Lumpkin,G.R., B.C. Chakoumakos,R.C. Ewing: Murowchick, J.B., H.L. Barnes: Formation of Mineralogy and radiation effects of microlite cubic FeS' 1243 from the Harding pegmatite, Taos County, New Murray, H.H,: Memorial of Richards A. Rowland' Mexico. 569 IU)J Luth, R.W., A.L. Boettcher: Hydrogenand the melting of silicates, 264 Nabelek, P.I.: Trace-element modeling of the Luth, W,C,, see Long, P.8., 367 petrogenesis of granophyres and aplites in lhe Notch Peak granltlc stock, UEah' 460 Mackinnon,I.D.R., see FiEz Gerald, J.D., 1399 Nagashima,K., R. Mlyawaki, J. Takase, I. Nakai' Mackinnon,I.D.R., see Zolensky, M.E.' I20t K, Sakurai, S. Matsubara, A' KaEo, S. Iwano: Manson,D.V., see Shlgley, J.E., 1214 Kimuralte, CaY2(C03)4'6H2Q,a new mlneral Marathe, V.R., see Aldridge, L,P., 1015 from fissures in an alkali ollvine basalt Marinenko, J.ld., see Ericksen, G.8., 830 from Saga Prefecture, Japan, and new data on Markgraf, S.A., see Reeder, R.J., 795 lokkaite, I028 Marquez, N., see Grew, E.S. , II29 Nagashima,K., see Hori, H., LO22 Martln, T,J., see Alexander, V.D., 786 Nagashima,K., see Nakai, I., 1234 Marubashi, T., see Hori, H. , IO22 Nalai, ]., H. Okada, K. Masutomi, E. Koyama,K. Mascarenhas,Y.P., see Vencato, L, 222 Nagashima:Henmillte, Ca2Cu(OH)4[B(0H)4]2'a Mason, D.R, : I'lagmatic ferromagnesian j-ncluslons new mineral from Fuka, OkayamaPrefecture, in granitoid plagioclase cores, Barrington Japan, I234 Tops Granodiorite, NewSouth Wa1es, Nakai, I., see Nagashima,K.' 1028 Australia. I3l4 Nakazawa.H,, see Hlrai, H., 123' 1210 MasuEomi,K., see Nakai, I. , L234 Naney, M.T., F.H. Ward: Samplemanipulator and Mathew, M., see Takagi, 5., 1229 quenching apParatus for high-temperature I- Matson, D.W., S.K. Sharna, J.A. Philpotts: Raman atm experiments, 837 spectra of some tectosilicates and of glasses Navrotsky, A. : Cation-dlstribution energetics along the orthoclase-anorthite and nepheline- and heats of mixing in MgFe204-MgAI2O4, anorthite joins, 694 ZnFe2O 4-ZnAl2O 4, and NLA1204-ZnA12O4spinels : Matsubara, S,, see Nagashima,K.' 1028 Stuay- Uy high-demperature calorimetry' 1160 Matsumura,M., see White, W.B., I4l5 Nekvasil, H., see Burnham,C. Wayne' 239 Mattievich, E., see Vencato, I., 222 Ne1i.s,M.K., see Carlson, W'D.' 682 Mattson, S.M., see Rossman,G.R., 599 Nelson, S.A,, Review of Igneous PetrologY by McCormick,T.C,: Crystal-chemlcal aspects of Alexander R. McBirneY' 1283 nonstoichiometric pyroxenes, I434 Newbury,D., see Rouse,R.C.' 1240 McGee,E.S.: Garnet rnegacrystsof the Wil11ams Ner+nan,S., E.M. Stolper, S. Epstein: Measure- diatrernes, north-central Montana, 674 ment of wat.er in rhyolitic glasses: Calibra- McGee,J.J., see Ericksen, G.E., 830 tion of an infrared spectroscopic technique' Mclaughlin, G.M., see Sinclair, I^1.' 8I5 r527 McMillan, K.: Spati.ally varied mj.aroles in the Newnham.R'E.: Memorial of Georgel'/. Brindley' alblt.e porphyry of Cuchillo Mount.aln' south- 1058 western NewMexico, 625 Nicholls, I.A., see Oba, T" 1354 McMi1lan,P.F., R.R. Remmele,Jr.: llydroxyl Nisbet, E.G., see Huebner,M. ' 1343 sites in SiO2 glass: A note on infrared and Nord, A.G., see Ericsson, T., 136 Ramanspectra, 772 Nord, G,L,, Jr.: Report of the Treasurer for McMu11an,R.K., see Peterson, R.C., 7t+2 1985, 857 Me11ini, M., S. Merlino, M. Pasero: X-ray and Nord, G,L., Jr., see Ski.nner,H.C.Id. ' 860 HRTEMstructure analysis of orientite, 176 Merlino, S., see Me1lini, M., 176 OtBrient, J.D.: Preservation of primary magmatic Meyer, H.O.A.: Genesis of dianond: A mantle features in subvolcanic pegmatites, aplites, saga--A reply, 1259. Proceedings of the and granj-te from Rabb Park, New Mexico, 608 Stxty-slxEh Annual Meeting of rhe Mineralogi- O'Net11, lt.S.C.: Mo-MoO2(MOM) oxygen buffer and ca1 SocieEy of America in Orlando, Florida, the free energy of formation of Mo02' 1007 1554 AUTHOR INDEX, VOLUME 71,1986
0'Nei11, J.R., see l,'la1ker,R.J., 440 Reader, J.M., see Shelton, K,L., 916 Oba, T., I.A. Nicholls: xperimental study of Reeder, R.J., S.A. Markgraf: High-temperature cummingtonite and Ca-Na amphibole relations crystal chemistry of dolomite, 795 in the system Cum-Act-P1-Qz-HlO,- 1354 Reeder, R.J., see Dol1ase, W.A., 163 Oberti, R., see Rossi, G., 1378 Reenen, D.D, von: Hydration of cordierite and 0estrike, R., see Kirkpatrick, R.J,, 705 hypersthene and a descripEion of the Okada, l{., see Nakai, I,, 1234 retrograde orEhoamphiboleisograd in the 01dfie1d, E., see Kirkparrick, R.J., 705 Limpopo belt, South Africa, 900 Remmele,R.R., Jr., see McMil1an,P.F., 772 Pabst, A., see Fj.tzpatrick, J., 188 Rheingold, A.L., see Fitzgerald, S., 1011, 1483 Papike, J.J., see Jo1liff, 8.L,, 472 Ribbe, P.H., see Su, S.-C., 1285, 1384, 1393 Papike, J.J., see Shearer, C.K., 518 Robie, R.A., see Herningway,8,S., 557 Papike, J.J., see ltralker, R.J., 440 Roeder, P.L., see C1ark, A.H., 734 Parise, J.B., see Fitz Gerald, J.D., 1399 Rosenberg,P.E., F,F. Foit, Jr,, V. Ekambaram: Partlow, D.P., A.J. Cohen:Optical studies of Synthesis and characterization of tourmaline biaxial AI-related color centers in smokv in the system Na20-A1203-5|O2-B2O3-H2O, 97I quartz, 589 Ross,L.M,, see Shelton, K.L.,916 Pasero,M., see Meltini, M., 176 Rossi, G., R. Oberti, D,C. Smit.h:Crystal sEruc- Peacor,D.R., P.J. Dunn,W.B. Simmons,F.J. Eure of liset.it.e, CaNa2A14Si4016,1378 Wicks: Arsenites related to layer silicates: Rossi, G., see Smith, D,C., 1372 Manganarsite, the arsenite analogue of man- Rossman,G.R., R.D. Aines: Spectroscopyof a ganpyrosmalite, and unnamedanalogues of birefringent grossular from Asbestos, 0n- friedelite and schallerite from LEngban, tarj.o, Canada, 779 Jweoen. l)I / Rossman,G.R., S,M. Mattson: Ye11ow,I'4n-rich Peacor, D,R., see Dunn, P.J., 1034, 1522 elbaite \rith Mn-Ti intervalence charge trans- Peacor, D,R., see Rouse, R.C., 1240, 1494 Peacor, D. R. , see Yau, Y, , 985 Rossman,G.R,, see Aines, R.D,, 1186 Pearce, T.il., see Clark, A.ll., 734 Rossnran,G.R., see llofrncisLcr,A.M,, 95 Pelsmaekers, J,, see Vochten, R., 1037 Rouse, R.C., D.R. Peacor: Crystal structure of Pertlik, F., see Effenberger, H., 2O2 the zeolite mineral goosecreekite, Pet.ersen, J.S., G.E. Lofgren: Lamellar and CaAt2Si6016'5ll2O, 1494 patchy intergrowths in feldspars: Experimen- Rouse, R.C., D.R. Peacor, P.J. Dunn, ll.B. Sim- ta1 crystallization of eutectic silicates, mons, D, Newbury: Wheatleyite, 343 Na2Cu(C2OQ2'2H2O,a naEural sodium copper PeEerson, R.C., R.K. McMullan: Neutron diffrac- salt of oxalic acid, I24O tion studies of sillimanite, 742 Rumble, D., Iff: Presentation of the Mineralogi- Pfaffl, F.A.: Memorialof lleinz Meixner, 1051 ca1 Society of America Awsrd for 1985 to John Phillips, L.V., D.T. Griffen: Staurollre- M. Ferry, 852 lusakite series. I. Synthetic Fe-Co staurolites, 1461 Sakurai, K., see Nagashima,K., 1028 Philpotts, J.A., see Matson, D.W., 694 Salje, E.: Heat capacities and entropies of Piriou, B,, see Domine,F., 38 andalusite and sillimanite: The influence of Posey-Dowty,J., D. Crerar, R. He11mann,C.D. fibrolitj.zation on the phase diagram of the Chang: Kinetics of mineral-water react:.ons: A12Si05 polymorphs, 1366 Theory, design and applications of circulat- Sandiford, M., R. Powe11:Pyroxene exsolution in ing hydrothermal equiprnent, 85 granulites from Fyfe Hi.11s, Enderby Land, Post, J.E,, Charles W. Burnharn:Ionic modellng Antarctica: Evidence for 1000oCmetamorphic of rn-ineral structures and energies in the temperatures in Archean continental crust, electron gas approximation: Ti02 polymorphs, 946 quartz, forsterlte, diopside, 142. Modeling Sawamoto,H., see Fujino, K., 781 Eunnel-cation displacements in hollandites Sawaryn,A,, see Aldridge, L.P., 1015 using stucture-energy calculations, 1I78 Sawicki, J.A,, see Stenek, J,, 127 Powe11,R., see Sandiford, 14., 946 Scarfe, C.M., D.J. Cronin: Viscosity-temperature Presna11, D.C.: An algebraic method for deter- relationships of nelts at 1 atm in the system mining equili-brlum crystallization and fusion diopside-albite,767 paths in rnulticomponent systems, 1061 Schmiernann,I., see Kro11, H., I Prewitt, C.T., see Angel, R.J., 1476 Schneider, H., see Rager, H., 105 Schreyer, li.: Memorial of Paul Ramdohr, 839 Rager, H., H. Schneider: EPRstudy of Fe3+ Seidemann,D.E., see Shelton, K.L., 916 centers i-n cristobalite and tridymite, IO5 Sharma,S.K., see Matson, D.W., 694 Ramik, R.A., see Dunn, P.J., 1522 Shearer, C.K., J.J. Papike, S,B. Sj.mon,J.C. Ranson, W.A.: Complexexsolution in inverted Laul: Pegmatite-wallrock interactlons, Black pigeonite: ExsoluEion mechanismsand tempera- Hi11s, South Dakota: Interaction between tures of crystallization and exsolution, 1322 pegrnatite-derived fluids and quartz-mica Rask, J.H., P.R. Buseck: Topotactic relatj.ons schist wa11rock, 518 among pyrolusite, rnanganite, and },ln506: A Shearer, C.K., see Jo11iff, 8.L,, 472 high-resoluti-on transmission electron micros- Shelton, K.L., J.M. Reader, L.M. Ross, G.W. copy investigation, 805 Viele, D.E. Seidemann: Ba-rich adulari.a from AUTHOR INDEX, VOLUME 71,1986 I 555
the Ouachita Mountains, Arkansas: Implj-ca- Goldsmith: Optical properties of single tions for a postcollisional hydrothermal crystals in the order-disorder series 1ow system,9l6 albite-high albite, 1384 Shen, B., O. Tamada, M. Kitamura, N. Morimoto: Su, S.-C., P.H. Ribbe, F.D. B1oss, J.K. Warner: SuDerstructure of laihunite-3M Opti-ca1 properties of a high albite (anal- Clo.aoF.EleoFef+s6SiO1,), r4ss bite) - high sanidine solid-solution series, Shigley, J,E., G.E. Brown, Jr.: Lithiophilite r393 formation in granitic pegmatites: A recon- Subbanna,G.N., T.R.N. Kutty, G.V.A. Iyer: naissance experimental study of phosphate Sirrrctrrral inferprowth of brucite in an- crystallization from hydrous aluminosilicate thophyllite,1198 me1ts, 356 Swanson, S.E., P.M. Fenn: Quartz crystallization Shigley, J.E., R.E. Kane, D.V. Manson: A notable in igneous rocks, 331 Mn-rich gem elbai-te tourmaline and its I'tsilaisite," relationship to 1214 Taggarr, J.E., Jr., see Foord, E'E" 428 Shigley, J.E,, see SEern, L.A., 406 Takagi, S., M. ldachew, 1^l'E. Brown: CrysEal Shore, P., see Holdaway, M.J., 1135' 1142 structures of bobierrite and synthetic Simmons, W.8., Jr., see Foord, E.E.' 603 Mg3(P04) 2'Btt2O, 1229 Simmons, W.B., see Peacor, D.R., 1517 Takase, J., see Nagashima, K.' 1028 Simmons, l^1.8., see Rouse, R.C., 1240 Tak6uchi, Y., see Joswig, W.' 1194 Simon, S.B., see Shearer, C,K., 518 Tamada, 0., see Shen, B.' 1455 Sinclair, W., R.A. Eggleton, G.M. Mclaughlin: Tosse11, J.A,: Studies of unoccupied molecular Structure refinement of calzirtite from orbitals of the &-0 bond by molecular orbital Jacupiranga, Brazil, 815 calculations, X-ray absorption near edge, Skinner, H,C.lrl., K.M. Towe, J,F. Hayes, G.L. electron transmission' and NMRspectroscopy' Norrl, Jr. , C,W. Burnham: ReporE of uhe Iritrnn- 1l70 ciol Advlsory ConunlLteefor 1985' 860 T<-rwe,K.M., see Skinner, ll.C.W.' 860 Smith, B.K.: Varlatj,ons in the framework struc- TrauEwein, A.X., see Aldridge' L.P.' 1015 t.ure of the zeolite ferrierite, 989 Turner, A.M., see Hoche1la, M'F. ' Jr. , 1247 Smith, D.C., S. Kechid, G, Rossi: Occurrence and properties of lisetite, CaNa2A14Si4016, a new Usdansky, S.I., see Green, N.L.' 1100' 1109 tectosilicaLe in the system Ca-Na-A1-Si-0, r372 Vanko, D.A.: High-chlorine amphj-boles from Smith, D.C., see Rossi, G., 1378 oceanic rocks: ProducE of highly-saline Smith, J.V., G. Artioli, A. Kvick: Low albite, hydrothermal fluids?, 5i NaA1Sj.306: Neutron diffraction study of Ve1de, B., see Couty, R', 99 crystal structure aL 73 K, 727 Velde, D., see Wagner, C.,17,1473 Smirh, K.A., see Kirkpatrick, R.J., 705 Vencato, I., Y.P. ltascarenhas, E. Mactievich: Smlth, M.P., P.C, Franks: Mg-rich ho11ow The crystal structure of sanidine in partially melted granite Fe2+Fet+(P0:OH)a(HZO)a: A new synthetic xenoliths in a rnica peridotite aE Rose dome, compound of mineralogic interesE, 222 Woodson County, Kansas, 60 Vie1e, G.W., see Shelton, K.L.' 916 Smith, P.P.K.: Direct imaging of tunnel cations Vj-swanathan, K., 0. Harneit: Refined crystal j-n zinkenite by hi.gh-resolution electron structure of beta-uranoPhane, rnicroscopy, 194 Ca(UO2)2(SiO:OH)Z' 5H20, 1489 Spaulding, L.B., Jr., see Stern, L.A., 406 Vochten,-R., E.D. Grave, J. Pelsmaekers: Syn- Spear, F,S., see Grove, T.L., 1049 thesis, crystallographic and spectroscopic Slarkey, H.C., see Foord, 8.8,, 428 data, solubility, and electrokinetic its Mn nrnnerticsvPv4 e4es of metakahlerite and St.ebbins, J.F., see Lange, R.A. ' 937 vr Steele, I.M.: Cathodoluminescence and minor ana1ogue,1037 elements in forsEeri,tes from extraterrestrial sanples, 966 Wagner, C., D. Velde: The mineralogy of K- Stenek, J., S.S, Hafner, J.A. Sawicki: Local richteriEe-bearing lamproites, 17. Davanj-te' staEes of Fe2+ and Mg2+ in magnesium-rich K2TiSi6015, in the Smoky Butte (Montana) olivines, 127 lamproites, 1473 Stern, L,A., G.E. Brown, Jr,, D.K. Bird, R.H, Walker, R.J., G.N. Hanson, J.J. Papike' J.R. Jahns, E.E. Foord, J.E. Shigley, L.B. Spauld- O'Neill, J.C. Laul: Internal evolution of the ing, Jr.: lulineralogy and geochemical evolu- Tin Mountain pegmatite, Black Hi11s, South tion of the Little Three pegmaEite-aplite Dakota, 440 layered intrusive, Ramona, California, 406 Ward, F.H,, see Naney, M.T.' 837 Stern, T.W., see Barker, F,, 632 Warner, J.K,, see Su, S.-C. ' 1393 Stolper, 8.M., see Newman,S., 1527 Waychunas, G.A.: Performance and use of SEurman, 8.D., see Dunn, P.J., 1034 M6ssbauer goodness-of-fit parameLers: Su, S.-C.: Review of Optical Mineralogv by D. Response to spectra of varying signal/noise She11ey,1060 ratio and possible mislnterpretations, 1261 Su, S.-C., P.H. Ribbe, F.D. Bloss: Alkali Weiss, C.A., Jr., see Kirkpatrick, R.J.' 705 feldspars: Structural state determined from Wenk, H.-R.: Presentation of the Roebling Medal composition and optic axial angle 2y-, 1285 of the Mineralogical Society of America for Su, S.-C., P.H. Ribbe, F.D. B1oss, J.R. 1985 to Francis John Turner, 849 1556 AUTHORINDEX, VOLUME 71,1986
White, A.J.R., see Clemens,J.D,, 317 Yane. W.. R.J. Kirkpatrick, D.M. Henderson: White, J.S., Jr., P.B. Leavens, P.F. Zanazziz Figh-resolution 29St, 27Ar, and 23Na Nl'lR Switzerite redefined as },ln3(P04)2,7H20, and spectroscopic study of Al-Si disordering in metasr./itzerite, I4n3(PO4)2- 4H2O, l22l annealed albite and oligoclase, 712 Mtite, J.S., Jr., see Zanazzl, P.F., 1224 Yau, Y., D.R. Peacor: JerrygiLrbslue- WhiEe,W.B., M. Itatsumura,D.G. Linnehan, T. leucophoenicite mixed layering and general Furukawa, B.K. Chandrasekhar:Absorotion and relations between the humiEe and luminescence of Fe3+ in single-crystal or- leucophoenicj.te families, 985 uhoclase, 1415 Yund, R,A., see Hokanson,S.A., 1409 l,rlicks,F,J., see Dunn, P.J., 1034 Wicks, F.J., see Peacor, D.R., 1517 hrinchell, H.: Memorial of Clifton Sherwin Cor- Zanazzi, P.F., P.B. Leavens,J,S. White, Jr.: bett, 1274 Crystal structure of switzerite, hrinkler, H,, see Aldridge, L.P., 1015 lln3(POa)Z'7H2O, and.its relatlonship to Wolfson, I., see Clark, A.H., 734 metaswitzerite, I\'ln3(PO4)2. 4H2O, I22t+ Wood,B.J., R.J. Kirkpatrick, B. Montez: Order- Zanazzi, P.F., see White, J.S., Jr., 1221 disorder phenomenain MgA1204spj.nel, 999 Zemann,J., see Effenberger, H,, 2O2 Wy11ie, P.J., see Huang,W,, 301 Zen, 8,, see Hammarstrom,J.M., 1297 Zolensky, M.E., I.D.R. lvlackinnon:Microstruc- Yamada,M., see Hori, H., 7022 tures of cylindrical tochilinit,es, l2}l
(Ag,Cu)4TeS,1281 Analyses (chemical), minerals diopside, 1076 AgInS2, 846 actinolite, 51, 1118, I314, dolomite, 151 A1 in orthopyroxene, 1076 r354 dumortierite, 786 Af2Si05 polymorphs, 1366 adularla,9I6 elbalte, 406, 599, I2I4 An-Or Margules paramet.ers,1100 aegirine-auglte, 1118 enstaEite,1076 actinolite, 5f, llf8, 1314, albice, 406, 44O, 1384 fayallte-wi11emite, 1502 1354 allcolI feldspar, 1, 869, f cldsrror, (rO8 adularia, 916 1285, 1393 Fe2+Fe2+(Po3oH)ag2o) 4, 222 aegirine-augite,1118 a1nandine, ll18 (Fe,Mn)-sarcopsides, 136 Af^L^-l -+^- nrtsrrrorrfDLdrr alpha quartz, natural and fluid inclusions, 376 bery1,396 synthetic, 589 f'l rrnri ra RS pegmatite,396 amblygonite, 440 forsterite, 966 spodumene,396 ammonioleuciEe, IO22 franciscanite, 1522 tourma1ine,396 amphibole, 1085, 1297, 1354 garnet, I23, 674, 779, 78I, Alaska andalusi.te, 1366 900, r210 germanit.e,2l0 anEhophyllire, 900, 1198 gedrite, 900 hornblende, I297 apatite,440 gibbsite,1420 orthogneiss, 632 augite, 734, 1076, 1085, grandite garnet,, 123, I?LO renieriEe, 210 I1t8, 1314 grossular,779 tonalite,632 beidellite, 428 halloysite,1420 albite, 99, 264, 406, 440, 7I2, beryl, 277, 44O, 547 hashemite,1217 895,1384 biot.ite, 518, 608, 900, 1126, hastingite, C1-,51 high,1393 rt29 henmilite, 1234 Iow, 727 calcite,85 hornblende, 51, 608, 1314 See also alkali feldspar calzirtite, 815 hypersthene , 900, 1314 albite porphyry, 625 camlnite, 819 i11ite,1420 a1ka1i feldspar, 1, 608, 869, Ca-Na amphibole, 1354 ilmenite, 17, 167, l314 1100, 1285, 1393 cassiterite, 501 iquiqueite, 830 B-bearing K-feldspar, 428 ^hl^rif^id ROI ixiolite, 501 a1mandine, lll8 chromite, 17 K-feldspar , 367, 406, 44O alpha quartz, natural and C1-hastingite, 5I K-richterite, I7, 1426 synthetic, 589 clinopyroxene,946 KA1Si04,937 amblygonite, 440 clintonite, 1I94 kaolinite, 1420 ammonian arcanite, 1282 columbite, 501 KFeSiO4,937 ammonioleucite, IO22 cordierite, 746, 9O0 KFeSi.206,937 amphiboles, 30I, 1085, 1297 cristobalite, 105 Irimrrrail-a 1n?R Ca-Na, 1354 crossite, ll18 lanthanite, 1028 Cr arrdV ln, 1314 currunlnSuonil-e,lll8, I3I4, lawsonlue,1527 C1 and F in, 5l I 354 lepidolite, 406, 44O coexisting, IIIS davanite, 1473 leucite, 937 solvus, 900 deerite, ll.l8 Li-tosudite,428 amphibole asbestos, 1198 diaspore, 1420, 1527 lisetite, 1372 analcime, I022 dickite, 1420 lirhiophilite , 356 SUBJECTINDEX, VOLUME 71, 1986 155'7
Analyses (chemical), minerals granulites, 946 bertrandite, 277, 557 --continued kaolin, 1420 bery1, 277, 396, 440, 547, 557, lokkaite, 1028 I amnrni faq 17 977 rnagnetite, l3l4 Mg-rich metapelite, 900 beta-uranophane, 1489 manganarsite, I5I7 obsidian, 1527 biotite, 518, 608, 955' 1126, margarite, ll29 orthogneiss, 632 IT29 nretaswitzerice, 1221 pegmatite, 239, 44O, 608 biotice-garneE, 682, 900 819 microliEe, 501, 569 pyroxene-bearing Sranufites, black smoker chimneYs, minasgeraisiEe,603 946 bobierrite, 1229 MnSiO3 garneE, 781 rhvolite. 608. 1354, 1527 Book reviews montmorillonite, 428 schist, 518 Batiza, R.: Petrologv, muscovite, 406, 440, 518 sha1e, I420 Mineraloev and Evolution Magma Na-A1 tourmaline, 971 tonalite,632 of the Jan Maven niobian rutile, 501 anatexis of lower crust, 301 System by Pa11 Imsland' olivine, 734, 1076, IO85 andalusite, 277, 1366 848 Tour- omphacite, 1434 anhydrous me1ts, 239 Henry, Darrell: The annite, 955 maline GrouP bY R.V' orLhopyroxene, 946, l0B5 anorthi te, 694 Dietri ch, 1549 palygorsl
Calif ornia--continued Colorado rani ari f6 )1 n gabbro pegmatite, 1085 annite, 955 rhabdophane, 540 1aumontite,428 dendritic quartz, 33I richterite, K-, 1426 lepidolite, 406 gerrnanite (?), 210 sarcopsides, (Fe,Mn)-, 136 lithiophilite, 356 renierite, 210 sillimanite, 742 montmorillonite, 428 columbite, 406, 501 staurolite (cobaltoan), 1466 muscovi-te,406 comparison of cation and anion, staurolite, 1142 olivine,1085 1343 steenstrupine,540 orthopyroxene,1085 Compressibility measurements swiE.zerite,1224 palygorskj-te, 428 bery1, 977 Ti02 polymorphs, 142 pegmatite, 396, 428 euclase, 977 ungemachite, 826 plagioclase, I085 cookeite, 428 uranophane, beta-, 1489 pocket Li-tosudite, 428 cordierite, 78, 746, 9OO, 924 vesuvianite, 1483 quartz, 406 Cpx + An + Qtz, 686 vesuvianite, Cu-bearing, 1011 schorl,406 cristobalite, 105 wheatleyite, l24O spodunene, 396 crossite,1118 Crystal synthesis sti bio-bismuth-columbite- cryptomelane,1178 clinochlore, 924 tantalite,406 Crystal grovth, 331, 343 cubic FeS, 1243 stilbite, 428 cubic FeS, 1243 fayalite-w111emite, 1502 uopaz, 406 diamond, 1258 rnacklnawlt,e, 1243 tourmaline, 396 edingtonite, 1510 metakahlerite,1037 calcite, 85, 151, 428, 625 mackinawite, 1243 Na-A1 Eourmaline, 971 calcj.te dissolution, 85 tochilinite,1201 omphacite, I434 ca1zirEite, Sl5 troilite, 1243 sLaurolite (Co and Fe), 1461 caminite,819 crystallization paths in multi- tourmaline, Na-A1, 971 canaphite, 1543 conponent systems, 1061 troilite,1243 Canada Crystal structure willemite-fayalite, 1502 anorthosite, 1322 aLbiEe, 727 Cuba, orientite,176 columbite, 501 beryI, 547, 977 cubic FeS, 1243 edingtonite,1510 beta-uranophane, 1489 cummingtoni-te, 1I18, L314, 1354 grossular, 779 lrolrlcrr I tc , 1229 crrlrnli r.c, 1278 hornblende,1297 .^l rirf i f a Al5 cuproiridsite, I277 ixiolice,501 CaMg3(C03)4,163 cuprorhodsite,1277 microlite, 501 caminite, 819 naom2ti fa 1,'76 cerice,540 Di-Ab melts, viscosity, 767 plagioclase feldspar clintonlte, Il94 Dj.-CaTs pyroxene solutlon, 686 (oligoclase), 7I2 cordierite, 746 Di-CaTs system, 705 pyroxene, 1322 diopside, 142 Dj--CaTs-CaEs pyroxene solu- l-^nf 4l i t-a (nl dolomite, 795 tions, 686 vesuvianite , 1483 dumortlerite, 786 dacite, 1314 wvuts,rrrr Lc, Jvr edj.ngtonite, l5lO davanite,1473 caratiite,227 euclase, 977 davisonite, discredited, 1515 carnegieite,694 (Fe,Mn)-sarcopsides,I36 deerite, l11B cassiterite,50I fprri ari ta ORO dehydroxylation, 1420 cathodolumj.nescence, 966 forsterite, 142 determj-nants in phase equi- catj.on and anion geoEher- Sarnet, 781, r210 libria, 106I momet.ry , 1343 goosecreekite, 1494 diamond, 1258, 1259 cerJ.te, 540 grandite garnet, 1210 dlaspore, J.42O, 1527 charnockite, l071 hashemite,1217 dielectric constant, chemical crystallography, 540 hennilite,1234 forsterite, 758 cherepanovite, 1,54/+ humite, 985 dickite, 1420 Chi1e, iquiqueite, 830 huntite,163 differential scanning china c1ay, 1420 K-richterite, L426 ca1orimetry,937 China (PRC), Iaihunite-3M, 1455 krausite,202 Differential thermal analysis, chlorit.e, 68, 78, 924 laihunite-3M,1455 thermogravimetric analysis chloritoid,891 lammerite, 206 anunonioleuciEe, 7022 chromite, l7 leucophoenici ue, 985 beEa-uranophane, I489 chrysoberyl, 277, 557 lisetite, 1378 heat capacj.ties and c1-airibe, 229 low albite, 727 entropies, 1366 clinochlore, 68, 924 microlite, 569 i nrri n,roi ro R?n cllnopyroxene, 3O7, 674 ninasgeraisite, 603 kimuraite, 1028 and orthopyroxene, 946, I076, MnSiO3garnet, 781 metakahlerite, 1037 1085 modeling,142 rouseite, 1034 clintonite, ll94 mullite, 1476 uranophane, beta-, 1489 color ^rianfi ra 176. we1ln1te, 1522 K-ri.chEerite, 1426 plagioclase, 1399 diopside, 142, 264, 1076 plagioclase,95 prehnite, 540 discredited minerals 1282, l5I5 tourmaline, 599 quartz, 142, 54O dlssolutlon,85 '11,1986 SUBJECTINDEX, VOLUME l 559 dolomite, 151, 795 quartz, 895 Fe-rich rni.cas, 955 donpeacorite, 111 rani ori ta )1O Fe titanate, 846 doyleite, 845 rhodonite, 1441 Fe-Ti oxides, 1314 dumortierite, 786 tochilinite, 1201 fayalite-wi11emite, 1502 tourmaline, Na-Al' 971 feldspar, 239, 325, 440' 608 East Pacific Ocean wollastonite, L44I See also lndividual feldsPars metaplutonic rocks, 5I zinkenite, 194 feldspar intergrowths, 343 caminite, 819 Electron paramagneEic resonance ferriannite, 955 eclogite, 1372, 1434 spectroscopy ferridiopsidei 7544 edingtonite, l5l0 cristobalite, 105 ferrierite, 989 ehrleite, 1544 iquiqueite,830 ferriphlogopite, 955 elbaite, 406, 599 plagioclase (sodic)' 95 Finland, sillimaniEe' I366 l"{n-rich, 1214 fridrrmifo If)5 fluid inclusions, 376, 396 Electrical properties enstatite, l076 fluorannite, 955 forsterite, 758 epidote,625 fluorite, 85 metakahlerite, 1037 ertixiite, I544 fluorite dissolution, 85 Electron diffraction euclase, 277, 557, 977 forsterite, 142, 758, 966 bustamite,1441 Expansivity measurements France, lamproite, 17 farri ari l-o qRq bery1,547 franci-scaniEe,1522 jerrygibbsiEe, 985 Experimental petrology fredrikssonite,227 johannsenite, l44I acuinoliEe,1354 leucophoenicite, 985 albj.te,264 gabbro,301 plagioclase,1399 amphibole, I354 gabbro pegmaEite, oxYgenin, pyroxmangite, L441 A-Eypegranite, 317 1085 rhodonite, 1441 bertrandite, 277 gadolinite group, 603 wollastonite, 1441 beryl,277 garnet, 3OI, 674, 900, 1015 Electron mj-croscopy Ca-Na arnphibole, 1354 grandite, 123' I2IO adularia, 916 chlorite, 68, 78, 924 grossular,779 amphibole, 301, 1085 chrysobery1,277 MnSiO3, 781 annite, 955 cordierlte, 78, 924 garnet-biotite, 682, 900 anthophytlJ te, 1198 cummlnSEoniEe,1354 gcdriEe' 90O apophyllite,1247 Di-Ab system, 767 georgechaoite' 227 augite, 1085 Di-CaTs-CaEs pyroxene solu- Geothermometry-geobarometrY biotite, 955 tions, 686 adularia, 916 bustamite, l44l diopside, 264 A1 in orthopyroxene, 1076 calcite, 625 euclase,277 alkaIi feldspar' lI00 caminite, 819 feldspar, 325 amphibole solvus, 900 chlorite, Mg-, 78 gabbro,301 andalusite-sillirnanite equi- clinopyroxene, 301 granite, 301, 317 librium, 1366 nnrdi ari fa 7A granite pegmatite,608 biotite-garnet, 682, 900 epidote, 625 LiA1Si04-NaA1Si30g-Si02- Cpx + An + Qtz, 686 ferrierite, 989 L|2B4O7-H2O, 376 calcite,428 ferrlphlogopiue, 955 1ithiophilite,356 cllnopyroxene, 301, 674 fluid inclusions, 396 Mg-chlorite, 68, 78 clinopyroxene-orthoPYroxene' garnet, 123, 301 (Mg,Mn)-pyroxenes,111 946, 1076, 1085 ilmenit.e, 167 (Mg,Mn)-pyroxenoids,lll comparison of cation and iquiqueite, 830 Ne-Anjoins,69l+ anion,1343 jerrygibbsite, 985 Or-An joins, 694 dacite, 1314 johannsenite,144I pegmatite, 239, 325 eclogite,1372 leucophoenicite, 985 phenakite, 277 feldspar, 440, 608 pyroxenes, 111, 686 fluid inclusions, 376 manganite, 805 pyroxenoids, lll garnet, 301 garnet-biotite, 682, 900 Mg-chlorite, 78 9uar L- t mica,301 quartz crystallizalion, 331 granodiorite,1314 mirrnlira qf\O quartz-phlogopite-liquid, hornb1ende, l297 minasgeraisite,603 107t ironstone' llIB Mn506,805 rhyoliue,1354 liseEite, 1372 Na-AI tourmaline, 971 rhyolite porphyry, 608 lithium aluminosilicate olivine, 734, 1085 spinel, 999 systems, 396 ^ri anfi fa 176 ternary feldspar, 343 muscovite-plagioclase, I109 orthopyroxene, 1085 tonalite, 301 orthoamphibole solvus, 900 phlogopite, 955 exsofution orthopyroxene-clinoPYroxene, plagioclase, 301, 895, 1049, plagioclase, 1049 946, 1076, 1085 108s pyroxene, 946, 1322 pelite, 895 pyrite, 1247 plagioclase, 1100 pyrolusite,805 Fe2+Fe?+(Po1oH) a(H2o) 4, 222 plagioclase-muscovite, lI09 pyroxene, 301, 1085 Fe3+ siectri, l4l5- pyroxene, 1076, 1314, 1322 pyroxmangiLe, I44l (Fe,Mn)-sarcopsides, XD' 136 quaruz, 440, 9L6 l 560 SUBJECTINDEX, VOLUME 71,1986
Geothermometry-geobarometr y-- quartz (amethyst), 1186 cation and anj.on geother- continued Infrared spectroscopy mometry,1343 sillirnanite-andalusite equi- albite, 99 clinochlore, 68 librium, 1366 anethyst, 1186 cubic FeS, 1243 ternary feldspar, 1100 ammonj-oleucixe, IO22 dissolution, 85 gerdEremmellte,845 analclme, 1022 edlngtonite,1510 germanite, 210 aragonite, I5I fluorj-te dissolution, 85 Germany, sillimaniEe, 1366 calclte, 151 mackinawite , 1243 gibbsite,1420 citrine,1l86 mineral-water reactions, 85 gillespite, l0l5 dolomlte, I5l plagioclase exsoluEion, IO49 goldfieldite-like mineraL, 847 grossular, 779 quartz cryst.allizat.ion, 331 goosecreekite,1494 henmilite, 1234 troilite, I243 grandite garnet, 123, I2lO iquiqueite,830 kipushj.te, 228 granite, 301, 3I7, 460, 608 K-richterite, 1426 kirkiite, 1278 See also Jahns Memorial kimuraite, 1028 kolarite, 1545
Issue, 233-654 leucite, l022 AVU@LrfLEr rJJ' graniti.c pegmatite, 603, 608 lokkaite, 1028 konderite,229 See also Jahns Memorial metakahlerite,1037 krausite, 202 Issue, 233-654 obsldlan,1527 kyanite,900 granit.ic melt.s, 239 plagioclase, 95 granodiorit.e,1314 quartz,1186 Li-tosudite,428 granophyre,460 rhyo1lce, 1527 LiAlS104-NaA1S1306-5102- granulites, 946 richterite, 1426 Li2ByrOT-H2O,376 graphic granit.e, 325 sanidine,99 Li pegmacite, 239 grischunite,22T Si02-H20 gl..ass, 772 laihunite-3M,1455 Greece topaz,1186 lame11ar intergrowth, 343 co-existing amphiboles, 1118 zircon, 1186 larnmerite, 206, 847 ironstone,1118 intrusion mechanics, 644 lamproite, 17, 1473 grossular,779 ion microprobe, ll29 lanthanite,1028 gupeiiEe, 228 lquiquelEe,830 laumont.ite,428 lrldescence, I23 lawsonite, l527 tt2-112O, 264 ironstone, lllB Iehiite, discrediEed, 1515 Hg212mineral, 1548 irtyshite,1545 lepidolite, 406, 44O ha11oysite,1420 Ital y therzolite, I076 hashemite, l2l7 clintonite, 1194 leucite, 694, 937, IO22 hastingite, Cl-, 5l K-richterite, L426 leucophoenicite, 985 Hawaii Ieucite, 937 IisetiE.e, 1372, L37B augite, 734 ixiolite, 501 fr LrrrwPrrrf! L o1ivine,734 lit.hium aluminosilicate sys- heat capacities and entropies Jahns Memorial Issue, 233-654 tems, 396 of A12Si05 polymorphs, 1366 Japan lithium-hydrorhodonite, 1282 henmilite, 1234 ammonioleucite, lO22 lokkaite,1028 high-grade metapelite, 1343 henmilite,1234 lonecreeki!e,229 high-pressure equations of kimuraite, ' l028 luminescence, I4I5 staCe, 977 lokkaite, 1028 hollandite, I178 jerrygibbsite,985 (Mg,Mn)-pyroxenes, 111 hornblende, 5l, 608, 1297, I3I4 johannsenite, I44I (Mg,Mn)-pyroxenoids, 111 humite, 985 Jordan, hashemite, 1217 Mg-chlorite, 68, 78 huntite, 163 Mg-rich metapelite, 900 hydrogen K2G-A1203-Si02, 694 MgO-A1203-5iO2-H2O, 68 in sEaurolite, 1135 KA1Si04, 937 MgO-MnO-Sj.O2, lIl in zircon and quartz, 1186 KFeSiO4, 937 Mn506, 805 hydrotalcite-manasseiEe group KFeSi206, 937 Mo-Mo02 oxygen buffer, 1007 members, I548 K-feldspar, 367, 406, 440, 501 mackinawite , 1243 hydroEhermalsystems, 5l B-bearing,428 Madagascar, orthoclase, 1415 hydrous glasses, 772 K-richEerite, 17, 7426 magma differentiation, 301 hydrous melts, 239 Kagom6net, 540 magmaEic fluids, 460 hypersthene, 900, 1314 kanoite (synthetic), l1l magmatic vapor phase, 625 kaolin,1420 nagnetite, I314 fceland, olivine, 734 kaolinite, 1420 Maine, bertrandite, 557 fdaho, hornblende, 1297 kassite, 1045 mammothite, 229, 1548 i11ite, 1420 Kenya, albire (b1ue), 95 manganarsite,1517 ilrneniEe, 17, 1374 kharyrkire, l278 manganese arsenites, 1517 alcered, 167 kimberllte, 1258, 1259 manganiEe, 805 imi tiri ta 1t7-7 kimuraite, 1028 mannardite, 23O, lL78 inaglyite,228 Kinetics margarite, ll29 Ind ia albite,895 Margules parameters, An-Or, anthophyllite, ll98 calcit.e dissolution. 85 I r00 SUBJECTINDEX, VOLUME 71,1986 1561
Massachusetts, annite, 955 Mcissbauer spectroscopy brauniEe II, abs., 1543 nrelt-fluid partitioning, 460 annite,955 caminite,8l9 Melt structure biotiEe,955 canaphite, abs,, 1543 albiEe,264 clintonite, 1194 caraLiite, abs., 227 aplite, 460 fayalite-wil1emite, 1502 cherepanoviEe, abs. , 1544 '167 ni-Ah cuctam ferriannite, 955 cfairite , abs., 229 Dj-CaTs syst.em, 705 ferriphlogopite, 955 cupalite, abs., 1278 z+Fer+ I277 diopside, 264 Fe ( P03oH) 4$2O) a , 222 cuproj-rldsj-te, abs. , (Fe,Mn)-sarcopsides, 136 fluoranni-te , 955 cuprorhodsitg, abs., 7277 granite, 239, 460 garnet,1015 doyleite, abs., 845 Ne-An,694 gl1lespite,1015 ehrlelte, abs., I544 Or-An, 694 goodness-of-tit, 1266 ertixiite, abs. ' 1544 phosphate-silicate, 356 metakahlerite , 1037 ferridiopside, abs. , 1544 quartz, 264 olivine, 127, lOI5 franciscaniEe, 1522 SiO2-H20 gIass, 772 phlogopire,955 fredrikssonite, abs., 227 Si02-K20-A1203system, 38 renierite,2lO georgechaoire, abs., 227 silicace-phosphate, 356 simulaued specEra, 1261 gerdEremmelite, abs., 845 sarcopsides, I36 staEistics, 1266 grischunite, abs. , 227 l4emorials stauro1i.te,1461 gupeiite, abs,, 228 A. F. Buddington, 1268 willemite-fayalite, 1502 henmilite, 1234 Clifton Sherwin Corbett, 1274 Mozambique,albite (b1ue), 95 imit6rite, abs., 1277 George T. Faust, 843 mullite, 1476 inaglyite, abs,, 228 i a',i nrrai f a R10 George W. Brindley, 1058 muscovj.te, 406, 44O, 518 4Yq+Yee4vvr vvv Heinz Meixner, 1051 and plagioclase, 1109 irtyshite, abs,, 1545 Paul Ramdohr,839 myrmekite' 895 khatyrkite, abs., 1278 Paul Seel, 1275 kirnuralt.e, 1028 Peter Gay, 1055 Na-AI tourmaline, 971 kipushite, abs., 228 1278 Richards A. Rowland, 1053 NaA1Si30g-H2O-H2, 264 kirkiite, abs.' Robert Mann Grogan, 841 NoA1Si30g-KA1Si3O6-CnA1 2Si 2Os ' l Rare-earth elements--continued South Dakota Di-Ab, 767 schist, 518 granite,301 Di-CaTs,705 spodumene,440 pegmatite,, 440, 472, 518 K20-A1203-5iO2, 694 thalenite, l88 schist, 518 LiAlSiO4-NaA1Si30g-SiO2- r^nel i ra 61) Eourmaline, 472 Li2B4O7-tl2o, 376 ;ani ari ta tln South Korea MgO-A1203-SiO2-H2O,68 Report of the Editor for 1985, grandite garnet, 1210 MgO-MnO-SiO2,lll 862 skarn, 1210 NaA1Si30g-H2{.l--H2,264 Report of the Financial Ad- South-West Africa, beta- NaA1Si30g-KA1Si3O3- visory Commlttee for 1985, uranophane, 1489 CaA12Si206,r 860, 1549 Spain Na20-A1 203-5 iO2, 69+ Report of the Secretary for lanproite, 17 Na2O-K20-Ar203-5iO2-H20'406 1985, 856 si.11imanite,1366 Na20-K20-Ca0-A1 203-Si02-H20' Report of the Treasurer for spinels, 999, 7O76, 1160 239 1985, 857 spodumene,396, 440' ll29 Si02-A1203-K20,38 Reviews. See Book reviews srebrodolsl Thermodynamicda t.a--continued ungursaite, l546 sanidine (high), 1393 sarcopsides, ID, i36 Unit-cell daEa sarcopsides, 136 spinels, 999, I160 albite, 406, 727, 1384 schorl, 406 supercritical fluids, 655 aIkali feldspar, 1, 608, 869, $rrf Irtdllr Lc , / +z ternary-feldspar An-Or Mar- I285 spinel, 999 gules pararneters, 1100 anmonioleucite, lO22 staurolire, II42, 146I, 1466 willemite-fayalite, 1502 andalusite, 277 switzerite, I22I, 1224 1-i nf^ni fa ,1n bertrandite, 277, 557 tantalian rutile, 50I tochilinite, 1201 beryl, 277, 547, 557 fantrl i to qnl todorokite, 428 beta-uranophane, 1489 ternary feldspar, ^ tonalite, 301, 632 CaMg3(C03)4,163 thalenite,188 topaz, 406, l186 caminit.e, 819 Eopaz, 406 tourmallne, 396, 472, 518 cassiteri E.e, 501 tourmaline, 971 Mn-rich, 1214 chlorlte, 924 ungemachite,826 Na-A1, 97I chrysoberyl, 277, 557 uranophane, 1489 See also lndividual cour- clintonite, I194 vesuvianite, I011, 1483 malines columbite, 501 wheatleyite, 1240 Trace elements cordierite, 746 willemite-fayalite, 1502 amphibole, 51, I3l4 Di-CaTs pyroxene solution, wodglnite, 501 aplire, 460 otJ0 zi.nkenite, l94 bavenite, 428 davanite, I473 Unnarnedminerals beidellite,428 do1omite,795 (Ag,Cu)4TeS,l28l bioEite,518 dumortierite, TS6 AgInS2,846 calcite,428 elbaiEe, 406, 1214 B1-Cu-Pb-Se-l'esulfides, 847 caminite,819 euclase, 277, 557 borat.e, 231 forsceriEe,966 re2+rel+1ro3oH)4g2o) 4, z2z Cu( Ir , Pr) 254, 231 granite,460 ( Fe,Mn )-sarcopsides , 136 !'e tlranate, 846 granophyre, 460 fayalite-wi1lemite, 1502 goldf ieldite-like mineral, hydrogen in zj.rcon and ferrierite, 989 847 quartz, l186 franciscanite, 1522 Hg2I2 mineral, 1548 K-feldspar, 367, 428, 428, garnet,781 hydrotalcite-manasseite group 501 goosecreekite, 1494 members,I548 1aumontite,428 grandite garnet, 123, 12lO KFeSi206, 937 micro1ite,569 hashemite,1217 manganesearsenires, 1517 minasgeraisite,603 henmilire, 1234 osumilite group member,846 montmorillonj-te , 428 huntite,163 Pb-Sb chlorosulfosalt, 1281 muscovite, 518 lquiqueit.e, 830 Pb-Sb-Te sulfosalt, 128f orthogneiss,632 ixiolite,501 "roedderite"-Iike mineral, oxides, l3l4 K-richterite, 1426 I7 pa1ygorskite,428 kassite,1045 sulfosalt,231 pyroxene, 1314 ki.muraite, 1028 U silicate, 1281 quartz, 589, 1186 laihunite-3M, 1455 U-Ti silicate, l2B1 rynersonite, 428 lammerite, 206 ZnAI2, 1278 schist,518 lisetite, 1372, 1378 Zn2AI, I27B smokyquartz, 589 lokkaite, 1028 (Zn, Fe)2Cu3In3Sg,846 srilbiEe,428 fow aIDrEe, /z/ uranophane, beta-, 1489 thq1 ani ra I Re manganarsite,1517 uranotungsti |.e, 1547 todorokite, 428 maximum microcline, 406 usonite,1280 tona1iCe,632 metakahlerite, 1037 UEah Eourmaline, 472 (Mg,Mn)-pyroxenes, 111 lamproite, l7 zircon, l186 (Mg,Mn)-pyroxenoids, 111 aplire, 460 l^.,i ^^-l r^ 1<1 < transformation mechanisms, 1441 microlite, 501, 569 uqvfJUllrLc, IJIJ tridymite, I05 minasgeraisite , 603 granJ.te, 460 trigonite, 1034 MnSiO3 garnet, 781 granophyre, 460 troilite,1243 Na-A1 tourmaline, 971 krausite, 202 Turkey niobian rutile, 501 lehiite, 1515 myrmekite,895 omphacit.e, l434 quartz monzonite, 460 pelite, 895 iirebroite, l522 topaz,1186 turneaureite, f280 orthocIase,406 phenakite, 277, 557 vesuvianite, 10I1, 1483 U sllicate, 1281 plagioclase,1399 Cu-bearing, l0ll U-Ti silicate, 1281 pyroxenes, l1I, 686 vi11yae11enite, 1547 ukLonskovite, I2B2 pyroxenoids, 111 vinciennite, 1280 ultramafic xenoliths, 1076 rani ari to )1n Virginia Ultravj.olet spectroscopy richterite, K-, 1426 albire, 712 elbaite, 599 rouseite, 1034 goosecreekite, 1494 smoky quartz,589 rutile (niobian-tantalian), low albite, 727 ungemachite,826 50I viscosity, Di-Ab melts, 767 SUBJECTINDEX, VOLUME 71,1986 I 565 i n,,i arroi ra R?O KFeSi2O6, 937 l,rlashington, ferri.erite, 989 +Yu:Yuv+evr vvv 937 websterite,1076 K-teIOSpar, 4uo leucite, 228 wehr1ite,1076 K-richterite, 1426 xlfengite, welinite, 1522 kassj-te, 1045 1547 wheatleyite,1240 kimuraite, 1028 yecoraite, yrtriafite, willernite-fayalite' 1502 Iep]-COr].Ee, 4UO microcline, I wj.nchire, 1I18, 1548 lisetite, 1372, 1378 Yugoslavia, yuksporite, l547 wodgini t.e, 501 1okkaire,102B wollasEonite, I44l manganarsite' 1517 yushkinite,846 Wyoming, leucite, 937 manganese arsenites, 1517 microlite, 569 Zn2AI,1278 I27B X-ray diffracEion daEa minasgeraisi t.e, 603 ZnAIz, (Zn,Fe)2Cu3In3Sg,846 adularla, 916 Na-A1 tourmaline, 971 albite,406 6rebroite, 1522 zaherite,231 a1ka1i feldspar, 1' 869 renierite,2l0 Zanbia 599, L2I4 ammonioleuciLe, lO22 richterite,1426 elbaite, (cobaltoan), 1466 CaJ"{e:(COl)a, 163 rouseite, 1034 staurolite 1494 .rmi ni fa Rl q sarcopsides, l36 zeoliEe, 608, 989' ch1oritc,924 schorl, 406 zinkeniEe,194 dolomite,795 switzerite, l22l Zimbabwe donpeacorite,111 t,ernary feldspar, I anthophylliEe,900 elbaite, 406, l2l4 Lopaz, 406 cordierite,90O 2Zz tourmaline,9Tl gedrite,900 Fe2+Fe?+(p03OH) aet2o) a, 1343 (Fe-Mn)-sarcopsides, 136 wheatleyite' 1240 high-grade metaPelites, hypersthene, 900 franciscanit e , 1522 X-ray fluorescence data 900 h6hmr l1f6 | )14 borate, I170 kyanite, in, 1186 huntite, 163 KA1Si04, 937 zircon, H 440 ilmenite (altered), 167 KFeSiO1,, 937 zoning in Pegrnatite,