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New Mexico Geological Society Downloaded from: http://nmgs.nmt.edu/publications/guidebooks/12 Check lists of minerals for mining districts and other localities near Albuquerque Stuart A. Northrop, 1961, pp. 172-174 in: Albuquerque Country, Northrop, S. A.; [ed.], New Mexico Geological Society 12th Annual Fall Field Conference Guidebook, 199 p. This is one of many related papers that were included in the 1961 NMGS Fall Field Conference Guidebook. Annual NMGS Fall Field Conference Guidebooks Every fall since 1950, the New Mexico Geological Society (NMGS) has held an annual Fall Field Conference that explores some region of New Mexico (or surrounding states). Always well attended, these conferences provide a guidebook to participants. Besides detailed road logs, the guidebooks contain many well written, edited, and peer-reviewed geoscience papers. These books have set the national standard for geologic guidebooks and are an essential geologic reference for anyone working in or around New Mexico. Free Downloads NMGS has decided to make peer-reviewed papers from our Fall Field Conference guidebooks available for free download. Non-members will have access to guidebook papers two years after publication. Members have access to all papers. This is in keeping with our mission of promoting interest, research, and cooperation regarding geology in New Mexico. However, guidebook sales represent a significant proportion of our operating budget. Therefore, only research papers are available for download. Road logs, mini-papers, maps, stratigraphic charts, and other selected content are available only in the printed guidebooks. Copyright Information Publications of the New Mexico Geological Society, printed and electronic, are protected by the copyright laws of the United States. No material from the NMGS website, or printed and electronic publications, may be reprinted or redistributed without NMGS permission. Contact us for permission to reprint portions of any of our publications. One printed copy of any materials from the NMGS website or our print and electronic publications may be made for individual use without our permission. Teachers and students may make unlimited copies for educational use. Any other use of these materials requires explicit permission. This page is intentionally left blank to maintain order of facing pages. 172 NEW MEXICO GEOLOGICAL SOCIETY TWELFTH FIELD CONFERENCE Check Lists of Minerals for Mining Districts and Other Localities Near Albuquerque STUART A. NORTHROP University of New Mexico Most of these records of occurrence are taken from the Magnetite Quartz writers ( 1959) "Minerals of New Mexico." Mineral oc- Microcline Si!limonite currences of unusual interest are indicated by an exclama- Muscovite e Sericite Tenorite tion mark (!); exceptional occurrences are indicated by two Orthoclase Tourmaline such marks (!!). Plagioclase Zircon BERNALILLO COUNTY Albite Zoisite Tijeras Canyon Mining District Oligoclase This is a large district located in the southern Sandia Pyroxene Cerro Colorado Mountains, Manzanita Mountains, and northern Manzano Mountains. Subdistricts and synonyms include Carnuel, This is a small volcano west of Albuquerque near U. S. Coyote, Coyote Basin, Coyote Canyon, Coyote Springs, Hell Highway 66 bridges across the Rio Puerco. Canyon, Soda Springs, Sandia (in part), Star, and Star Barite Orthoclase Biotite Sonidine Canyon. Carnotite(?) Plagioclase Anglesite Malachite Chlorite Labradorite Microcline Anhydrite Cristobalite Pyroxene Argentite Mol ybden ite Hematite Quartz Azurite Mottramite(?) Hornblende Agate Barite!! Muscovite Magnetite Chalcedony Biotite Sericite Muscovite Uranium minerals Nickel minerals Bornite !Sericite Calcite Orthoclase Tufa Plagioclase Modern Sands of the Rio Grande Valley Cha l cocite La brado ri te Chalcopyrite Pyrite The following minerals occur in modern river sands of Chlorite Pyromorphite the Rio Grande valley in Bernalillo, Sandoval, Socorro, and Copper Pyroxene Cuprite QQuartzu a Valencia Counties. Descloizite, var. Chalcedony Andalusite Magnetite Cuprodescloizite Flint and chert Apatite Monazite Epidotel Jasper Barite Muscovite Feldspar Siderite Biotite Pyroxene Fluoritell Si!limonite Calcite Quartz Galena Silver (9) Diopside Rutile Garnet Silver minerals Enstatite Sillimanite Gold Smithsonite Epidote Sphene Placer gold Sphalerite Feldspar Spinel Graphite Sphene Garnet Staurolite Gypsum Strontianite Hornblende Topaz Hematite Tin minerals Hypersthene Tourmaline Hornblende Tourmaline Ilmenite Zircon I lmenitel Uranium minerals Kyanite Zoisite "Limonite" Witherite(?) Leucoxene" Ocher Zircon Magnetite Miscellaneous Localities In addition to the minerals listed above, recent petro- Barite Opal, var. graphic work on the Precambrian rocks of the Tijeras Can- Calcitel Wood-opal Celestite Orthoclase yon area (Bruns, 1959; Lodewick, 1960; accompanying Clinochlore Microperthite Guidebook paper by J. P. Fitzsimmons) has yielded the Clinozoisite Penninite following minerals: Cummingtonite(?) Plagioclase Actinol ite Plagioclase Epidote Labradorite Amphibole Albite Fluorite Quartz Apatite Andesine Garnet Agatized wood Augite Oligoclase Gold Flint and chert Diopside Rutile Gypsum Jasper Kaolinite Tremolite Selenite Resin Kyanite Zoisite, var. Hematite Riebeckite Penninite Saussurite Hornblende Rutile Juan Tabo Area Kaolinite. Serpentine, var. Lepidomelene In northern Sandia Mountains, northeast of Alameda; Antigorite "Leucoxene" Silver minerals has been included in the Placitas district (of Sandoval "Limonite" Sphene County). Ocher Tellurium (/) Anthophyllite Enstatite Magnesite Tourmaline Biotite Epidote Muscovite] Zircon Chalcopyrite Garnet Sericite Zoisite Chlorite Hornblende Olivine Chrysocolla Kaolinite For Placitas mining district, see under Sandoval County. NEW MEXICO GEOLOGICAL SOCIETY c TWELFTH FIELD CONFERENCE 173 LOS ALAMOS COUNTY Placitas Mining District Aug ite Orthoclase Subdistricts and synonyms include Algodones, Berna- Biotite San idinel lillo, Peak, La Madera, Las Placitas, Montezuma, Celadonite Plagioclase Cristobalite Quartz and Sandia (in part). Hematite Hornblende Saponite Anglesite Specularite Hypersthene Tridymite Azurite Ilmenite I dd ing site" Barite Calcite "Limonite" McKINLEY COUNTY Tufa and travertine Magnetite (in sand) For uran ium minerals of the Grants district of McKinley Dripstone, Mexican onyx Malachite and Valencia Counties, see paper by A. Rosenzweig, this Cerargyrite Pyrite Guidebook. Chalcopyrite Quartz Flint and chert SANDOVAL COUNTY Fluorite Galena! Silver Cochiti Mining District Garnet (in sand ) Silver minerals Also known as Albemarle, Bland, and Peralta Canyon. Gold Zircon (in sand ) Argentite Opal Placer gold Arson° pyrite (?) Hyalite Gypsum Aug ite Precious opal Selenite Biotite Wood-opal Cabezon Area Bromyrite Orthoclase Aragonite Plagioclase Carnotite Sanidinel Augitel I La bradorite Chalcopyrite Plagioclase Calcite! Quartz Chlorite 01 igoclase Diopside Serpentine Cuprite Pyrite Dolomite Antigorite (?) Dickite Quartz En sta tile Ba stile Dufrenite (?) Chalcedony Olivine! Spinel Euclase (?) Siderite Galena Sphalerite Miscellaneous Localities Gold Sphene Especially in the Jemez Plateau or the San Juan Basin. Hematite Steven site Alunogen Opal Specula rite Stibnite (?) Analci me Diatomite Hornblende Tellurium minerals Apatite Wood-opal "Limonite" Tourmaline Aragonite! Orthoclase Magnetite "Wad" Autunite Moonstone) Malachite Zircon Biotite Plagioclase Muscovite, var. Calcite Albite Sericite Anthraconite Anorthile Jemez Springs Mining District Tufa and travertine! Bytownite Carnotite La bradorite! Includes the Spanish Queen mine and Soda Dam. Celadonite Oligoclase Azurite Hematite Chabazite Psilomelanel Barite "Limonite" Coffin ite Pyrite Calcite! Malachite) Cristobal ite Quartz Tufa and travertinel Muscovite Gypsum Agatized wood! Oolites and pisol ites I Pyrite Satin spar Flint and chert Chabazite Quartz Selenite Jasper Chokocite Agatized wood Hornblende Resin Copper Flint and chert Hypersthene Saponite Cove! I ite Tenorite, var. "Iddingsite" Serpentine (?) Feldspar Melaconite (?) Kaolinite Siderite Gold Uranium minerals Magnetite! Tridymite Gypsum, var. Manganoan magnetite Uranium minerals Selenite Manganese minerals "Wad"! Jemez Sulfur Mining District Natrolite Wheelerite (type)II Also known as Otero Sulphur Springs, San Diego Sul- Olivine Zircon phur, Sulfur Springs, Sulphur Springs; includes a small area SANTA FE COUNTY near Battleship Rock. Cerrillos Mining District Calcite Opal Subdistricts and synonyms include Bonanza City, Car- Tufa Hyalite bonateville, Galisteo, Galisteo Creek, Hungry Gulch, Los Cristobalite Wood-opal) Dufrenite Quartz Cerrillos, Mount Chalchihuitl, Turquesa, Turquois, and Tur- Hornblende quoise (City, Hill). Flint and chert Allan ite Chlorite Sulfurl I Ana lcime Chrysocolla (?) Nacimiento Mountains Mining District An kerite Covell ite Subdistricts and synonyms include Copper City, Cuba, Apatite Dolomite Nacimiento, San Miguel, Senorito, Sierra Nacimiento. Argentite Epidote Azurite Ja ros ite Aug ite Feldspar Born ite "Limonite" Azurite Fluorite Cerussite Malachite! Barite Gahnite Chalcocitel Pyrite Biotite Galena! Chrysocol la Quartz Bournonite Gold Copper Agate Brornyrite Placer gold Cove! I ite Flint and chert Calcite Gypsum Cuprite Sphalerite Manganoan calcite Selenite Feldspar Tenorite, var. Cerargyrite Halloysite Gypsum! Melaconite Cerussite Hematite Selenite Uranium minerals Chalcanthite Specularite Hematite Vivianite, var. Chalcocite
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  • I. Thermal Expansion of Lawsonite, Zoisite, Clinozoisite, and Diaspore

    I. Thermal Expansion of Lawsonite, Zoisite, Clinozoisite, and Diaspore

    American Mineralogist, Volume 81, pages 335-340, 1996 Volume behavior of hydrous minerals at high pressure and temperature: I. Thermal expansion of lawsonite, zoisite, clinozoisite, and diaspore A.R. PAWLEY,I,* S.A.T. REDFERN,2 ANDT.J.B. HOLLAND2 'Department of Geology, University of Bristol, Wills Memorial Building, Queens Road, Bristol BS8 lRJ, U.K. 2Department of Earth Sciences, University of Cambridge, Downing Street, Cambridge CB2 3EQ, U.K. ABSTRACT The temperature dependence of the lattice parameters of synthetic lawsonite [Ca- A12Si2 07 (OH)2 . H20], natural zoisite [Ca2A13 Si3 0'2 (OH)], natural clinozoisite [Ca2Al3Si3012(OH)], and synthetic diaspore [AIO(OH)] have been measured at ambient pressure. The volume thermal expansion coefficients for lawsonite, zoisite, and clinozoisite are approximately constant over the measured temperature ranges (25-590 DCfor lawson- ite, 25-750 DCfor zoisite, and 25-900 DCfor clinozoisite), whereas the thermal expansion of diaspore increases slightly over the range 25-300 DC.Interestingly, the room-tempera- ture volume of clinozoisite is greater than that of zoisite, but this situation is reversed above -300 DC.The experimental results may be summarized as follows: lawsonite: VI Vo= 1 + 3.16 (:to.05) x 10-5 (T - 298), Vo = 101.51 (:to.Ol) cm3/mol; zoisite: VIVo = 1 + 3.86 (:to.05) x 10-5 (T - 298), Vo = 136.10 (:to.02) cm3/mol; clinozoisite: VIVo = 1 + 2.94 (:to.05) x 10-5 (T - 298), Vo = 136.42 (:to.05) cm3/mol; diaspore: VIVo = 1 + 7.96 (:to.28) x 10-5 [T - 298 - 20 (VT- ~)], Vo = 17.74 (:to.Ol) cm3/mol.