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List of PDF Full Texts available from EurekaMag Chapter 18550

Chapter 18550 contains a list of PDF Full Texts available from EurekaMag.

Tosca Nicholas, J.; McLennan Scott, M., 2006:
Chemical divides and evaporite assemblages on Mars

Conradt, R.; Roggendorf, H.; Scholze, H., 1984:
Chemical durability of a multicomponent glass in a simulated carnallite/ rock salt environment

Stephen, E.G.asby; Ian Hutcheon, 2000:
Chemical dynamics and weathering rates of a carbonate basin Bow River, southern Alberta

Woodhead Jon; Eggins Steve; Johnson Wally, 1997:
Chemical dynamics in the New Britain volcanic arc

Reid Mary, R.; Ramos Frank, C., 1996:
Chemical dynamics of enriched mantle in the Southwestern United States; thorium isotope evidence

Latimer, J.S.; Davis, W.R.; Keith, D.J.; Slater, M.A., 1993:
Chemical dynamics of hydrophobic organic contaminants during resuspension

Kuramoto Takayuki; Suzuki Keisuke, 2006:
Chemical dynamics of snow and stream water in the Japanese Alps

Telmer Kevin, H.; Veizer, J., 1995:
Chemical dynamics of the Ottawa River and its tributaries

Yang Chao; Telmer Kevin; Veizer Jan, 1996 :
Chemical dynamics of the St. Lawrence riverine system; delta D (sub H2O) , delta (super 18) O (sub H2O) , delta (super 13) C (sub DIC) , delta (super 34) S (sub sulfate) , and dissolved (super 87) Sr/ (super 86) Sr

Elderfield, H.; Godfrey, L.; Greaves, M.; Mitra, A.; Rudnicki, M.D., 1990:
Chemical dynamics of the TAG hydrothermal plume, 26 degrees N, Mid-Atlantic Ridge

Grant, B.C.; Edmond, J.M.; Spivack, A.; Ming Hui Hu; Zexia, C., 1983:
Chemical dynamics of the estuary of the Chiangjiang

Yang Tianxing; Wang Yunguo, 1990:
Chemical dynamics of the transformation of 3N (three nitrogens) in aqueous environment and its application to evaluation of environment

Nagle Dale, G.; Slattery Marc; Clark Alice, M., 2003:
Chemical ecology and natural products from wetlands; emerging perspectives

McClintock James, B.; Baker Bill, J., 1998:
Chemical ecology in Antarctic seas

Fartushina, M.M., 1978:
Chemical ecology of desert associations of the steppes in the North Caspian region

Avchenko, O.V., 1976:
Chemical effect of P-T conditions on lime and iron content of garnets in metapelitic gneisses

Anonymous, 2006:
Chemical effect of reclaimed water on soil and carnation tissue, planted in soil and tuff media

Suzuki, K.; Noro, H.; Miyake, A.; Yamamoto, Y.; Yokoi, K.I., 1983:
Chemical effect on AIKbeta emission, with special reference to the melt-structure of olivine-nepheline from the Kwa Nthuku cinder cone, central Kenya

A.L.C.affee; R.B.J.hns; M.J.B.erken; J.W. de Leeuw; P.A.S.henck; J.J.B.on, 1984:
Chemical effects in gelification processes and lithotype formation in Victorian brown coal

Jones, W.B., 1981:
Chemical effects of deuteric alteration in some Kenyan trachyte lavas

Brown, K.L.; Henley, R.W.; Glover, R.B.; Mroczek, E.K.; Plum, H., 1992:
Chemical effects of exploitation at the Wairakei geothermal field

Shulova, N.S.; Botneva, T.A., 1971:
Chemical effects of ground water in changing the properties of petroleum

Angino Ernest, E.; Vogl Eric, G., 1984:
Chemical effects of selected trace-metals from landfill leachates on ground water quality

Healy, B.; Collins, W.J.; Richards, S.W.; Wiebe Robert, A., 2000:
Chemical effects of squeezing a granitic crystal mush during compressive deformation; the Kameruka Pluton, Lachlan fold belt

Madsen, F.T.; Mitchell, J.K., 1988:
Chemical effects on clay fabric and hydraulic conductivity

Mitchell James, K.; Madsen Fritz, T., 1987:
Chemical effects on clay hydraulic conductivity

Kravitz, J.H.; Siegel, F.R., 1994:
Chemical element distribution in the surface sediments of Kane Basin

Budavicius Ricardas, 2003:
Chemical element distribution in vertical profiles of bottom sediments of Lithuanian lakes

Zhovinskiy, E.Y.; Kryuchenko, N.O., 2006:
Chemical element mobility with regard to geochemical methods of exploration

Karamyan, K.A.; Lutsenko, V.I.; Lutsenko, I.V., 1984:
Chemical element relative dependence determinations in ore deposits by the heterogeneity theory

Radecki Pawlik Artur; Florencka Natalia, 2001:
Chemical elements accumulation in point bars and sediment transport in Jalowiecki mountain stream in Beskid Makowski; Polish Carpathians

Baturin, G.N., 1989:
Chemical elements and mineral phases in ocean ferromanganese concretions

Savenko, V.S., 1988:
Chemical elements composition of oceanic aerosols

Volkov, I.I., 1975:
Chemical elements in a river drainage and forms of their supply into the sea; the Chernomorskoye Basin as an example

Gramm Osipov, L.M.; Pliss, S.G., 1973:
Chemical elements in recent sediments of the Japan Sea

Chen Jing an; Wan Guojiang; Chen Zhenlou; Huang Ronggui, 1999:
Chemical elements in the sediments of Lake Erhai and paleoclimate evolution

Vorotnikov, B.A.; Nikolayeva, N.M.; Alabina, A.A.; Nepeina, L.A., 1970:
Chemical elements in waters of the sulfide deposits from west Altai

Dickson, F.W., 2000:
Chemical emplacement of magma

Saull Vincent Alexander, 1955:
Chemical energy and metamorphism

Fessler Robert, G.; Popkin Barney, P.; Fromm Eva, 1984:
Chemical engineering treatments for contaminated ground water

Sadler, L.Y.; Chang, C., 1988:
Chemical enhancement of coal seam permeability

Arnorsson Stefan, 2002:
Chemical environmental impact of geothermal resource utilization

Miller, K.J.; Huguenin, R.L., 1980:
Chemical environments of Martian oases

Dasgupta, H.C.; Sambasiva Rao, V.V.; Krishna, C., 1999:
Chemical environments of deposition of ancient iron- and manganese-rich sediments and cherts

Shock, E.L.; Shock, E.L., 1992:
Chemical environments of submarine hydrothermal systems

Carlson, W.D., 2003:
Chemical equilibration in metamorphic rocks; now you see it, now you don't

Brett Robin, 1984:
Chemical equilibration of the Earth's core and upper mantle

HEM.John, D., 1963:
Chemical equilibria affecting the behavior of manganese in natural water

Morgan James, J., 1967 :
Chemical equilibria and kinetic properties of manganese in natural waters

Paces Tomas, 1969:
Chemical equilibria and zoning of subsurface water from Jachymov ore deposit, Czechoslovakia

Arnorsson, S., 1983:
Chemical equilibria in Icelandic geothermal systems; implications for chemical geothermometry investigations

Truskinovskiy, L.M.; Kuskov, O.L., 1982:
Chemical equilibria in a nonhydrostatic system

Kudo Albert, M., 1972:
Chemical equilibria in the Earth

Johnson James, W., 1987:
Chemical equilibria in the H (sub 2) O critical region

G.R.H.lz; S.A.S.nex, 1974:
Chemical equilibria in the thermal spring waters of Virginia

Sabroux, J.C., 1982:
Chemical equilibria in volcanic gases

Volkov, V.P.; Ruzaykin, G.I.; Yershov, E.V., 1972:
Chemical equilibria in volcanic gases and their mathematical modelling

Carmichael, D.M., 1978:
Chemical equilibria involving pure crystalline compounds

Zheng Xilai; Armannsson Halldor; L.Y.ngle; Qiu Hanxue, 2002:
Chemical equilibria of thermal waters for the application of geothermometers from the Guanzhong Basin, China

Garrels Robert Minard, 1955:
Chemical equilibria under restricted marine conditions

Alexander, C.M.O.D., 2004:
Chemical equilibrium and kinetic constraints for chondrule and CAI formation conditions

Langmuir Donald; Mahoney John, 1984:
Chemical equilibrium and kinetics of geochemical processes in ground water studies

Art, F.W.ite; Maria, L.P.terson, 1991:
Chemical equilibrium and mass balance relationships associated with the Long Valley hydrothermal system, California, U.S.A

Barragan, R.R.sa Maria; Torres Alvarado Ignacio, S.; Ascencio, C.F.rnando; Arellano, G.V.ctor M.; Portugal, M.E.rique; Torres, R.V.cente; Martinez, A.A.a E., 2001:
Chemical equilibrium and mineral saturation in waters from oil wells at the Activo Luna Field, Tabasco, Mexico

Navarro Farran Enrique, 1970:
Chemical equilibrium between coexisting garnet and pyroxene in eclogites, Macano, Nueva Esparta, Venezuela

Navarro Farran Enrique, 1972:
Chemical equilibrium between garnets and pyroxenes coexisting in eclogites, Macanao, Nueva Esparta, Venezuela

J.A.Cherry, 1968:
Chemical equilibrium between gypsum and brackish and slightly saline waters at low temperatures and pressures

Back, W.; Cherry, R.N.; Han3haw, B., 1966:
Chemical equilibrium between the water and minerals of a carbonate aquifer

B.S.uping; Correll David, L., 1997:
Chemical equilibrium calculation of aluminum speciation in acidified surface waters

Hem John David, 1960:
Chemical equilibrium diagrams for ground-water systems

Murray Daniel, 1973:
Chemical equilibrium in banded gneisses, Reading Prong, New York

Moore John, M.Jr., 1961:
Chemical equilibrium in contact metamorphism at Onawa, Maine

Torres Alvarado Ignacio, S., 2002:
Chemical equilibrium in hydrothermal systems; the case of Los Azufres geothermal field, Mexico

Ellis, A.J., 1957:
Chemical equilibrium in magmatic gases

Weare John, H.; Moller Nancy; Greenberg Jerry; Felmy Andrew, 1986:
Chemical equilibrium in mineral formation and diagenesis in the carbonate evaporite system; an assessment of chemical model application to site performance

Pytkowicz, R.M.; Atlas, E.; Culberson, C.H., 1975:
Chemical equilibrium in seawater

Garrels Robert, M., 1982:
Chemical equilibrium in sedimentary systems

Hardie Lawrence, A., 1966:
Chemical equilibrium in the Recent nonmarine evaporite deposit of Saline Valley, Inyo County, California

Westall, J., 1980:
Chemical equilibrium including adsorption on changed surfaces

Christov Christomir; Moller Nancy, 2004:
Chemical equilibrium model of solution behavior and solubility in the H-Na-K-OH-Cl-HSO (sub 4) -SO (sub 4) -H (sub 2) O system to high concentration and temperature

Perdue, E.Michael, 1983:
Chemical equilibrium modeling of metal complexation by humic substances

Martinez Raul, E.; Ferris, F.G.ant, 2001:
Chemical equilibrium modeling techniques for the analysis of high resolution bacterial metal sorption data

L.G.ern F.; Giggenbach, W.; Tazieff, H., 1975:
Chemical equilibrium of eruptive gas of the Erta'Ale Volcano, Ethiopia

Hem, J.D., 1962:
Chemical equilibriums affecting the behavior of manganese in natural water

Reesman, A.L.; Godfrey, A.E.; Wilson, J.M.; Stearns, R.G., 1971:
Chemical erosion and its implication to the geologic history of central Tennessee

Singh Sunil, K.; Sarin, M.M.; France Lanord, C., 2005:
Chemical erosion in the eastern Himalaya; major ion composition of the Brahmaputra and delta (super 13) C of dissolved inorganic carbon

Crowther John, 1986:
Chemical erosion in tower karst terrain, Kinta Valley, Peninsular Malaysia

Gephart Carol, J.; Long David, T., 1981:
Chemical estimation of chromium adsorption on stream sediments

Bartlett Richmond; James Bruce, 1993:
Chemical estimation of electron liability in field soils

A.C.ambaudet; M.M.rs; M.R.betez; F.T.eobald, 1986:
Chemical etching and length distribution of fission tracks; a model

Balakirev, V.G.; Radyanskiy, V.M.; Khetchikov, L.N.; Tsinober, L.I., 1978:
Chemical etching figures in synthetic quartz

Wegner, M.W.; Christie, J.M., 1985:
Chemical etching of amphiboles and pyroxenes

M.W.W.gner; J.M.C.ristie, 1983:
Chemical etching of deformation sub-structures in quartz

Wegner, M.W.; Christie, J.M., 1976:
Chemical etching of dislocations in forsterite

Ahmed, N.A.; Shalaby, A.A.; Rizk, N., 1977:
Chemical evaluation of Zelten crude oil, Libya

Mahmood, M.B.rbooti; Talib, H.E.-Sharifi, 1989:
Chemical evaluation of crude oils by programmed thermogravimetric analysis

Holser, W.T.; Magaritz, M., 1984:
Chemical events near the Permian-Triassic boundary

Abelson Philip, H., 1970:
Chemical events on the primitive Earth

Rubey William Walden; Murata Kiguma Jack, 1941:
Chemical evidence bearing on origin of a group of hot springs (Wyoming)

Cynthia, R.P.M.ris; Michael, L.B.nder; Philip, N.F.oelich; Ross Barnes; Nile, A.L.edtke, 1984:
Chemical evidence for advection of hydrothermal solutions in the sediments of the Galapagos Mounds hydrothermal field

Blanc, G.; Boulegue, J.; Gieskes, J.M., 1991:
Chemical evidence for advection of interstitial fluid in the sedimentary series of the Barbados accretionary complex (Leg 110)

Earle, J.; McMillan, N.J., 1987:
Chemical evidence for crustal contamination in the Southern Volcanic Zone of Chile

White, A.J.R.; Chappell Bruce, W., 1985:
Chemical evidence for different sources of granite magmas

Kay Suzanne, 2004:
Chemical evidence for forearc subduction erosion components entering Andean Arc magma sources at times of frontal arc migration; Part 1

Stoessell Ronald, K.; Prochaska Lesley, 2005:
Chemical evidence for migration of deep formation fluids into shallow aquifers in south Louisiana

Milliken Kitty, L.; Morgan Julia, K., 1996:
Chemical evidence for near-seafloor precipitation of calcite in serpentinites (Site 897) and serpentinite breccias (site 899), Iberia abyssal plain

Han, M.W.; Suess, E., 1986:
Chemical evidence for pore fluid venting in the Oregon subduction zone

M.I.A.dullah; L.G.R.yle, 1973:
Chemical evidence for the dispersal of River Mersey run-off in Liverpool Bay

W.V Boynton; P.M Starzyk; R.A Schmitt, 1976 :
Chemical evidence for the genesis of the ureilites, the achondrite Chassigny and the nakhlites

Haskin, L.A.; Shih, C.Y.; Bansal, B.M.; Rhodes, J.M.; Wiesmann, H.; Nyquist, L.E., 1974:
Chemical evidence for the origin of 76535 as a cumulate

Hoashi Maki; Brooks Robert, R.; Ryan Douglas, E.; Holzbecher Jiri; Reeves Roger, D., 1993:
Chemical evidence for the pairing of some iron meteorites

Amajor, L.C.; Ofoegbu, C.O.; Okeke, P.O., 1988:
Chemical evidence for the ultimate origin of the highly altered Cretaceous basalts, southern Benue Trough, Nigeria

Kristmannsdottir Hrefna, 1983:
Chemical evidence from Icelandic geothermal systems as compared to submerged geothermal systems

Moore, J.C.; Paren, J.G.; Mulvaney, R., 1990:
Chemical evidence in polar ice cores from dielectric profiling

Fredrick, G.Prahl, 1985:
Chemical evidence of differential particle dispersal in the southern Washington coastal environment

Olimpio, J.C., 1979:
Chemical evidence of domains of equilibrium surrounding garnet in mica-schists, western Scotland

Owen Claudia, 1986:
Chemical evidence of magmatic differentiation and sea-floor alteration of Shuksan Blueschist and greenschist protoliths, Washington

Scotford David Matteson, 1954:
Chemical evidence of possible granitization of the Fordham gneiss, New York

Imbrigiotta, T.E.; Ehlke, T.A.; Martin Mary, 1991:
Chemical evidence of processes affecting the fate and transport of chlorinated solvents in ground water at Picatinny Arsenal, New Jersey

Truesdell, A.H., 1974:
Chemical evidence of subsurface structure and fluid flow in a geothermal system

Chown, E.H.; Fowler, A.D., 1986:
Chemical evidence on the nature of the pre-metamorphic alteration of the rocks of the Big Bell Lode

Urey Harold, C., 1966:
Chemical evidence relative to the origin of the solar system

Bailey Roy, A., 1984:
Chemical evolution and current state of the Long Valley magma chamber

Crecraft, H.R.; Nash, W.P.; Evans, S.H.J., 1979:
Chemical evolution and development of compositional gradients in a silicic magma

Drummond, S.E.; Ohmoto, H., 1985:
Chemical evolution and mineral deposition in boiling hydrothermal systems

Folsome Clair, E., 1983:
Chemical evolution and model photosynthetic protocells

Burns Roger, G.; Fisher Duncan, S., 1990:
Chemical evolution and oxidative weathering of magmatic iron sulfides on Mars

Nashar, E.R.; Heikal, M.T.S., 1999:
Chemical evolution and petrogenesis of granitoid rocks at Gebel El Zeit northern block, West Gulf of Suez, Egypt; new approach

Rogojin Vasily; Kronfeld Joel; Carmi Israel, 1997:
Chemical evolution and strontium isotopes in the Cretaceous Judea Group and Pleistocene aquifers, northern Israel

Rogojin Vasily; Kronfeld Joel; Carmi Israel, 1998:
Chemical evolution and strontium isotopes in the groundwater of northern Israel

Dose Klaus, 1967:
Chemical evolution and the beginnings of prebiologic systems

Calvin, Melvin, 1956:
Chemical evolution and the origin of life

West, M.W.; Koch, R.A.; Chang, S., 1978:
Chemical evolution and the origin of life

West, M.W.; Koch, R.A., 1976:
Chemical evolution and the origin of life: bibliography supplement 1974

Pleasant, L.G.; Ponnamperuma, C., 1982:
Chemical evolution and the origin of life; bibliography supplement 1980

Kaplan, I.R. (reviewer), 1972:
Chemical evolution and the origin of life; book review

Keith Jeffrey, D.; Shanks Wayne, C.I.I., 1985:
Chemical evolution and volatile fugacities of the Pine Grove porphyry molybdenum and ash flow tuff system, southwestern Utah

Keith Jeffrey, D.; Shanks Wayne, C.I.I., 1988:
Chemical evolution and volatile fugacities of the Pine Grove porphyry molybdenum and ash-flow tuff system, southwestern Utah

Martinez, M.; Fernandez, E.; Valdes, J.; Barboza, V.; van der Laat, R.; Duarte, E.; Malavassi, E.; Sandoval, L.; Barquero, J.; Marino, T., 2000:
Chemical evolution and volcanic activity of the active crater lake of Poas Volcano, Costa Rica, 1993-1997

Miura, Y., 1997:
Chemical evolution by shock-wave energy in anoxic atmospheres

Matthews Clifford, 2000:
Chemical evolution in a hydrogen cyanide world.; 2

A.A.aricio; J.L.B.ändle; F.B.llido, 1979:
Chemical evolution in an old crustal area (Sistema Central Espanol)

Schwartz, A.W., 1981:
Chemical evolution in natural environments on the primitive Earth

Greenberg, J.Mayo, 1984:
Chemical evolution in space

Greenberg, J.M., 1982:
Chemical evolution in space; a source of prebiotic molecules

Raulin, F., 1981:
Chemical evolution in the early atmosphere of the Earth; prebiotic synthesis of organic precursors

Wise, M.A., 2000:
Chemical evolution in tourmaline from pegmatites of Maine

Stussi, J.M.; Cuney, M., 1993:
Chemical evolution models in peraluminous granitoids; examples from the Millevaches plutonic complex, French Massif Central

Jackson, M.C.; Stone, D.; Kamineni, D.C., 1991:
Chemical evolution of Archean magmatism at a continental margin; the steep rock volcanic sequence, Atikokan, Ontario

Jackson, M.C.; Stone, D.; Kamineni, D.C., 1989:
Chemical evolution of Archean magmatism in a continental rift environment; the steep rock volcanic series, Atikokan, Ontario, Canada

A.D.a; C.J.A.legre, 1988:
Chemical evolution of Canadian continental crust since Archean

Stupak, F.M., 1978:
Chemical evolution of Cenozoic lavas of the Baykal rift system (as exemplified by the Udokansk lava plateau)

Verplanck, P.L.; Snee, L.W.; Farmer, G.L., 1988:
Chemical evolution of Ladakh arc magmas; constraints on the tectonic development of the western Himalaya

Drobniak, A.; Mastalerz, M., 2006:
Chemical evolution of Miocene wood; example from the Belchatow brown coal deposit, central Poland

Zhang, A.C.; Wang, R.C.; H.H.; Zhang, H.; Zhu, J.C.; Chen, X.M., 2004:
Chemical evolution of Nb-Ta oxides and zircon from the Koktokay No. 3 granitic pegmatite, Altai, northwestern China

Rogers John, J.W.; Callahan Elaine, J.; Dennen Kristin, O.; Fullagar Paul, D.; Stroh Patricia, T.; Wood Laura, F., 1986:
Chemical evolution of Peninsular Gneiss in the western Dharwar Craton, southern India

Al mukhamelov A.I.; Medvedev, A.Y.; Zolotukhin, V.V., 2004:
Chemical evolution of Permo-Triassic basalts of the Siberian Platform in time and space

Lee Seung Gu; Shimizu Hiroshi; Amakawa Hiroshi; Masuda Akimasa; Zhao Zhenhua; Yang Ruiyang; Song Yong sun, 1992:
Chemical evolution of Precambrian continent in East Asia; the evidence from La-Ce and Sm-Nd isotopic data and REE abundance

Wulff, A.H., 1995:
Chemical evolution of Volcan Tatara-San Pedro, 36 degrees S, Chilean Andes as reflected in chemo-stratigraphic columns

Mahood, G.A., 1981:
Chemical evolution of a Pleistocene rhyolitic center; Sierra la Primavera, Jalisco, Mexico

Wicks Carol, M.; Groves Chris, G., 1991:
Chemical evolution of a acid-mine drainage stream in karst terrain

Lopez Alicia Cristina, 1992:
Chemical evolution of a ground water aquifer placed under a sanitary landfill

Vogel Thomas, A.; Noble Donald, C.; Younker Leland, W., 1983:
Chemical evolution of a high-level magma system; the Black Mtn. volcanic center, southern Nevada

Silvano Sinigoi; James, E.Q.ick; Diane Clemens-Knott; Adriano Mayer; Gabbriella Demarchi; Maurizio Mazzucchelli; Luisa Negrini; Giorgio Rivalenti, 1994:
Chemical evolution of a large mafic intrusion in the lower crust, Ivrea-Verbano Zone, northern Italy

Lorah Michelle, M.; Herman Janet, S., 1985:
Chemical evolution of a travertine-depositing stream

Weaver Theodore, J.; Capo Rosemary, C.; Hedin Robert, S., 1997:
Chemical evolution of acid mine drainage in northern Appalachia; Fe-contaminated alkaline discharges and implications for passive wetland remediation

Wicks Carol, M.; Groves Chris, G., 1991:
Chemical evolution of acid-mine drainage stream in karst terrain

Snyder Gregory, A.; Simmons, E.C.aig, 1990:
Chemical evolution of an open magma chamber; evidence from Sr isotopic studies of mafic cumulates from the Newark Island layered intrusion, Labrador, Canada

Seaman Sheila, 1987:
Chemical evolution of ash-flow tuffs and rhyolite flows in part of the Mogollon-Datil volcanic field, New Mexico

Sverjensky Dimitri, A., 1989:
Chemical evolution of basinal brines that formed sediment-hosted Cu-Pb-Zn deposits

Aparicio, A.; Bellido, F.; Garcia Cacho, L.; Lopez Ruiz, J., 1980:
Chemical evolution of biotite and muscovite in granitic rocks of the Guadarrama and Gredos mountains (Central System), during magmatic differentiation

Garcia, D.; Fonteilles, M., 1985:
Chemical evolution of biotites and muscovites in a granitic rock series from northern Portugal; petrological and metallogenetic implications

Haynes Frederick, M.; Kesler Stephen, E., 1987:
Chemical evolution of brines during mississippi valley-type mineralization; evidence from East Tennessee and Pine Point

Polfi, D.; Forte, L., 1983:
Chemical evolution of clinopyroxenes in a magmatic K-alkaline suite

Schwartz, F.W.; Muehlenbachs, K., 1980:
Chemical evolution of formation waters in a sedimentary basin

J.W.S.eraton; L.P.B.ack, 1988:
Chemical evolution of granitic rocks in the East Antarctic Shield, with particular reference to post-orogenic granites

Petersen Erik, C.; Mayo Alan, L., 1992:
Chemical evolution of ground water in the Pilot Valley area, UT-NV and some implications to ground water flow

Lee Roger, W., 1983:
Chemical evolution of ground waters in Cretaceous aquifers in eastern Mississippi and western Alabama

Cardenal, J.; Benavente, J.; Cruz Sanjulian, J., 1994:
Chemical evolution of groundwater in Triassic gypsum-bearing carbonate aquifers (Las Alpujarras, southern Spain)

E.I.Wallick, 1981:
Chemical evolution of groundwater in a drainage basin of Holocene age, East-central Alberta, Canada

Narayanan Nair, V.; Thomas Reena; Thomas Beena, 1990:
Chemical evolution of groundwater in a hard rock terrane of parts of Tinneveli Distrct, South India

Kauffman Shelley, J.; Herman Janet, S., 1993:
Chemical evolution of groundwater in a lithologically heterogeneous aquifer; water-rock interactions with clays and carbonates

Hearn Paul, P.; Steinkampf William, C., 1984:
Chemical evolution of groundwater in basalt aquifers of the Columbia River Plateau, Washington State

Dogramaci, S.S.; Herczeg, A.L.; Bone Yvonne, 1998:
Chemical evolution of groundwater in the Murray Basin; geochemistry and mass transfer modelling

Irén Varsányi; LajosÓ. Kovács, 1997:
Chemical evolution of groundwater in the River Danube deposits in the southern part of the Pannonian Basin (Hungary)

Brian, G.K.tz; Terrie, M.L.e; L.N.el Plummer; Eurybiades Busenberg, 1995:
Chemical evolution of groundwater near a sinkhole lake, northern Florida; 1, Flow patterns, age of groundwater, and influence of lake water leakage

Brian, G.K.tz; L.N.el Plummer; Eurybiades Busenberg; Kinga, M.R.vesz; Blair, F.J.nes; Terrie, M.L.e, 1995:
Chemical evolution of groundwater near a sinkhole lake, northern Florida; 2, Chemical patterns, mass transfer modeling, and rates of mass transfer reactions

G.Paolo Sighinolfi; Carlo Gorgoni, 1978:
Chemical evolution of high-grade metamorphic rocks; anatexis and remotion of material from granulite terrains

Bowers Teresa, S.; Von Damm, K.L.; Edmond, J.M., 1983:
Chemical evolution of hot springs on the East Pacific Rise and in Guaymas Basin

White Art, F.; Chuma Nancy, 1984:
Chemical evolution of hydrothermal fluids in the Valles Caldera, New Mexico

Tsusue Akio, 1973:
Chemical evolution of hydrothermal solution, at Ryujima, Japan

Klemm, W., 1994:
Chemical evolution of hydrothermal solutions during Variscan and post-Variscan mineralization in the Erzgebirge, Germany

Fomenkova, M.N.; Chang, S., 1995:
Chemical evolution of interstellar dust into planetary materials

Mao Jianren; Zhao Shulian, 1990:
Chemical evolution of magma in batholith of Nanjing-Zhenjiang mountains

M.E.B.ckford; J.R.S.des; R.L.C.llers, 1981:
Chemical evolution of magmas in the Proterozoic terrane of the St. Francois Mountains, southeastern Missouri; 1, Field, petrographic, and major element data

R.L.C.llers; R.J.K.ch; M.E.B.ckford, 1981:
Chemical evolution of magmas in the Proterozoic terrane of the St. Francois Mountains, southeastern Missouri; 2, Trace element data

Dudenko, L.N.; Zhdanov, V.V., 1979:
Chemical evolution of meta-anorthosite assemblage in the northeastern Kola Peninsula

Campbell Andrew, J.; Simon Steven, B.; Humayun Munir; Grossman Lawrence, 2003:
Chemical evolution of metal in refractory inclusions in CV3 chondrites

Panova, Y.G.; Gavrilenko, V.V.; Luchitskaya, M.I., 1993:
Chemical evolution of metasomatic rocks during formation of the Pravourmiy tin deposit

Sokolov, Y.M., 1970:
Chemical evolution of mica-bearing pegmatites, northern Baikal pegmatite province

Bowers Teresa Suter; Von Damm Karen Louise; Edmond John, M., 1985:
Chemical evolution of mid-ocean ridge hot springs

Naumov Georgii, 1980:
Chemical evolution of mineral-forming medium and ore-localization on the geochemical barrier

Blundy Jon; McDade Paula; Wood Bernard, 2002:
Chemical evolution of olivine-hosted melt inclusions in MORB

Lightfoot Peter, C.; Keays Reid, R.; Doherty Will, 2001:
Chemical evolution of origin of nickel sulfide mineralization in the Sudbury igneous complex, Ontario, Canada

Noack, Y., 1980:
Chemical evolution of palagonite during alteration of basaltic glasses by seawater

Krasnovsky, A.A., 1974:
Chemical evolution of photosynthesis; models and hypotheses

Stoetzel, F.; Buvet, R., 1978:
Chemical evolution of primative planet peripheries using the energy model system

Edward, R.Sholkovitz, 1992:
Chemical evolution of rare earth elements; fractionation between colloidal and solution phases of filtered river water

Pedro Georges, 1967:
Chemical evolution of rocks under surface conditions

Peter Möller; Eliyahu Rosenthal; Stefan Geyer; Akiva Flexer, 2007:
Chemical evolution of saline waters in the Jordan-Dead Sea transform and in adjoining areas

Horita Juske; Zimmermann Heide; Holland Heinrich, D., 2002:
Chemical evolution of seawater during the Phanerozoic; implications from the record of marine evaporites

Rademacher Laura, K.; Clark Jordan, F.; Hudson, G.B.yant; Erman Don, C.; Erman Nancy, A., 2001:
Chemical evolution of shallow groundwater as recorded by springs, Sagehen Basin; Nevada County, California

Jackson, M.C.; Fryer Patricia, 1988:
Chemical evolution of shoshonitic lavas at the Kasuga submarine volcanoes, northern Mariana Arc

Pertsev, A.N.; Merkulov, G.A., 1990:
Chemical evolution of spinel group minerals in layered ultramafics from Pekulney Massif

Huguenin, R.L., 1976:
Chemical evolution of the Martian atmosphere by surface weathering

Haskin Larry, A., 1973:
Chemical evolution of the Moon

Fisk, M.R.; Duncan, R.A.; White William, M., 1990:
Chemical evolution of the Reunion Hotspot

Brown, S.J.A., 1993:
Chemical evolution of the Whakamaru ignimbrites, Taupo volcanic zone, N.Z

Ohmoto Hiroshi, 2005:
Chemical evolution of the atmosphere and oceans; constraints from banded iron-formations

Budyko, M.I.; Ronov, A.B., 1979:
Chemical evolution of the atmosphere in the Phanerozoic

Junge, C. (convener), 1980:
Chemical evolution of the atmosphere, oceans and crust

DuFresne, E.R.; Anders Edward, 1963:
Chemical evolution of the carbonaceous chondrites

Schaefer, M.W., 1990:
Chemical evolution of the early Martian hydrosphere

Jackson Kenneth, J.; Hanna, M.L.slie; Taylor Robert, T., 1993:
Chemical evolution of the inorganic components of the aqueous phase during growth of a TCE-degrading microbe

Yeliseyev, E.N., 1986:
Chemical evolution of the magmatic geosystem; methodological aspects of variational petrology

Allegre, C.J.; Brevart, O.; Dupre, B.; Minster, F., 1979:
Chemical evolution of the mantle as a consequence of variation in convection regime through time

Dudenko, L.N.; Zhdanov, V.V., 1977:
Chemical evolution of the meta-anorthosite complex in the northeastern Kola Peninsula

Goodfellow Wayne, 1992:
Chemical evolution of the oceans as discerned from the temporal distribution of sedimentary-exhalative (SEDEX) Zn-Pb-Ag deposits

Trivedi, B.M.P., 1984:
Chemical evolution of the solar nebula; a new model

Ringwood, A.E., 1966:
Chemical evolution of the terrestrial planets

Vuillemenot, P.; Toulhoat, P., 1992:
Chemical evolution of the waters from the eastern Lodeve Basin, Herault, France

Lopez, D.L.; Bundschuh, J.; Soto, G.J.; Fernandez, J.F.; Alvarado, G.E., 2006:
Chemical evolution of thermal springs at Arenal Volcano, Costa Rica; effect of volcanic activity, precipitation, seismic activity, and Earth tides

Kanglin He; Ingrid Stober; Kurt Bucher, 1999:
Chemical evolution of thermal waters from limestone aquifers of the southern Upper Rhine Valley

Mathez, E.A.; Dietrich, V.J.; Holloway, J.R.; Boudreau, A.E., 1987:
Chemical evolution of vapour during crystallization of the Stillwater Complex

Herbert, H.J., 1988:
Chemical evolution of water and brines in content with different Zechstein salt formations

Gil Michard; F.J.P.arson Jr.; Andreas Gautschi, 1996:
Chemical evolution of waters during long term interaction with granitic rocks in northern Switzerland

Bowser Carl, J.; MacKay Bill; Loring Steve, 1985:
Chemical evolution of waters in a playa in the Chihuahan Desert, New Mexico

Michard, G.; Pearson, F.J.J., 1994:
Chemical evolution of waters in long term interaction with granitic rocks; example of waters from Nagra boreholes, North Switzerland

Melluso, L.; Barbieri, M.; Beccaluva, L., 2004:
Chemical evolution, petrogenesis, and regional chemical correlations of the flood basalt sequence in the central Deccan Traps, India

Ferris, J.P.; Joshi, P.C.; Lawless, J.G., 1978:
Chemical evolution; XXIX, Pyrimidines from hydrogen cyanide

Schwartz, A.W., 1981:
Chemical evolution; the genesis of the first organic compounds

Linares Jose, 1987:
Chemical evolutions related to the genesis of hydrothermal smectites (Almeria, SE Spain)

Hutchinson, G.E.; Cowgill, U.M., 1963:
Chemical Examination of a Core from Lake Zeribar, Iran

Hunt Thomas Sterry; Alger Francis, 1849:
Chemical examination of algerite, a new mineral species, including a description of the mineral by F. Alger

Chilton George, 1814:
Chemical examination of heavy spar from New Jersey

Barnes Virgil Everett, 1959:
Chemical examination of pre-Simpson Paleozoic rocks

Whitney Josiah Dwight, 1848:
Chemical examination of some American minerals

Thomson Thomas, 1828:
Chemical examination of some minerals; chiefly from America, with notes by John Torrey

Hunt Thomas Sterry, 1850:
Chemical examinations of the waters of some mineral springs of Canada

Lerman, A., 1978:
Chemical exchange across sediment-water interface

Seyfried, W.E.J.; Dibble, W.E., 1978:
Chemical exchange and secondary mineral formation during seawater-peridotite interaction; an experimental study

Hart Roger, 1970:
Chemical exchange between sea water and deep ocean basalts

Mottl, M.; Corr, R.F.; Holland, H.D., 1974:
Chemical exchange between sea water and mid-ocean ridge basalt during hydrothermal alteration; an experimental study

Schmidt, G.; Palme, H.; Kratz, K.L., 1995:
Chemical exchange between the core and the convecting mantle of the Earth; evidence from highly siderophile elements (HSE)

Staudigel, H.; Chastain, R.A.; Yayanos, A.; Plank Terry; Verdurmen, E.; Davies, G.; Schiffman, P., 1998:
Chemical exchange between volcanic glass and seawater; effects of biomediation and temperature

Mottl, M.J.; Holland, H.D., 1978:
Chemical exchange during hydrothermal alteration of basalt by seawater; I, Experimental results for major and minor components of seawater and basalt

Anonymous, 1979:
Chemical exchange during hydrothermal alteration of basalt by seawater; II, Experimental results for Fe, Mn, and sulfur species

Ferrell Ray, E.J.; Drew Allison, H., 1987:
Chemical exchanges among Miocene sandstones & shales

Robert Francois; Brown Alex, 1984:
Chemical exchanges between gold-mineralizing fluids and wallrocks at the Sigma Mine, Abitibi region, Quebec

Melson William, G., 1973:
Chemical exchanges between sea water and deep sea basalt

Walker, G.F.; Garrett, W.G., 1967:
Chemical exfoliation of vermiculite and the production of colloidal dispersions

LaRocca, S.J.; Spencer Arthur, M., 1978:
Chemical explosive fracturing of Devonian shale gas wells

Hilburn, J.B.J.; LaRocca, S.J.; Spencer, A.M.J., 1976:
Chemical explosive fracturing of gas wells

Reed, M.G.; Scott, A.D., 1966:
Chemical extraction of potassium from soils and micaceous minerals with solutions containing sodium tetraphenylboron; 4, Muscovite

Blome, C.D.; Reed, K.M., 1991:
Chemical extraction of radiolarian faunas from siliceous rocks and its effect on faunal content and biozonal correlation

Mandra York, T.; Brigger, A.L.; Mandra Highoohi, 1973:
Chemical extraction techniques to free fossil silicoflagellates from marine sedimentary rocks

P.K.T.ulasidas; K.M.B.at, 2007:
Chemical extractive compounds determining the brown-rot decay resistance of teak wood

S.K.jima; S.T.keda; S.K.gita, 1994:
Chemical factors controlling the solubility of uraninite and their significance in the genesis of unconformity-related uranium deposits

Siever Raymond, 1957:
Chemical factors in carbonate-quartz cementation

Galichon, P.; Schechter, R.S.; Cowley, A.; Breland, M., 1977:
Chemical factors in in-situ uranium leach mining

Nriagu, J., 1974:
Chemical factors in supergene and diagenetic formation of base metal phosphates

Ewers, W.E., 1983:
Chemical factors in the deposition and diagenesis of banded iron-formation

Nancy, W.Hinman, 1990:
Chemical factors influencing the rates and sequences of silica phase transitions; effects of organic constituents

Montgomery, D.S., 1980:
Chemical factors involved in tar sand and oil shale resource evaluation

E.R.Allen, 1970:
Chemical factors regulating free alkali metal atoms in the upper atmosphere

Bennett, K.E., 1991:
Chemical fate of injected wastes; optimizing waste destruction in underground reactors

Gao Zhiyun, 1987:
Chemical feature of the Tertiary concealed volcanic rocks in the Huanghua Depression and its tectonic implication

Mochizuki Tsunekazu, 1970:
Chemical feature of the sea water in the Miho bay and around the Oki islands, with the special reference to its uranium contents

Shen Zhaoli; Wen Dongguang; Zhong Zuoxin, 1996:
Chemical features and geochemical modeling of oilfield waters in some petroleum basins in China

Giorgio Capasso; Rocco Favara; Salvatore Inguaggiato, 1997:
Chemical features and isotopic composition of gaseous manifestations on Vulcano Island, Aeolian Islands, Italy; an interpretative model of fluid circulation

Bolognesi, L.; Capasso Giorgio; Favara Rocco; Inguaggiato Salvatore, 1999:
Chemical features and isotopic composition of gaseous manifestations on Vulcano Island, Aeolian Islands, Italy; an interpretative model of fluid circulation; discussion and reply

Boyadzhiev Stefan, 1980:
Chemical features and petrogenetic significance of amphiboles from the Gucal Pluton

Ahlin, S.; Samuelsson, L.; Lundqvist, I., 1985:
Chemical features and petrography of early granitoids in the Goeteborg-Boraas area, south-western Sweden

Flerova, K.V.; Matveyeva, L.N., 1969:
Chemical features and thermodynamic conditions of formation of granophyric granitoids of the northwestern Baikal region

Ghetti, S., 1989:
Chemical features of a platform to basin carbonate succession (Late Jurassic-Eocene, Friulian Alps, northern Italy)

Safronova, G.P., 1969:
Chemical features of biotite in pegmatites of northern Karelia

Honma Hiroji, 1974:
Chemical features of biotites from metamorphic and granitic rocks of the Yanai District in the Ryoke Belt, Japan

Fedina, I.P., 1963:
Chemical features of bituminous rocks of Lena-Olenek region

Sobolev, A.P.; Shnay, G.K., 1967:
Chemical features of granitoid intrusions of the Northeast

Leterrier, J.; Debon, F., 1978:
Chemical features of granitoidal rocks and their basic inclusions; genetic implications

Fiala, V., 1984:
Chemical features of hydrothermal alteration of rocks in the Dylen Deposit

Patette, C.; Martin, R.F., 1987:
Chemical features of magmas in the Topaz Mountain area, Utah, as revealed by melt inclusions

Bruevich, S.V. (Brujewicz); Zaitseva, E.D., 1959:
Chemical features of marine interstitial solutions

Osanai Yasuhito; Takahashi Yuhei; Shiraishi Kazuyuki; Sakiyama Tohru; Tainosho Yoshiaki; Tsuchiya Noriyoshi; Ishizuka Hideo, 1991:
Chemical features of metamorphic rocks from the central Sor Rondane Mountains, East Antarctica

Repechka, M.A., 1973:
Chemical features of pyroclastic material of ash partings in bottom sediments in the Japan Sea and northwestern Pacific

Petrova, Z.I.; Levitskiy, V.I.; Gormasheva, G.S., 1980:
Chemical features of spinels from a magnesian skarn formation

Hubbard, N.J.; Nyquist, L.E.; Rhodes, J.M.; Bansal, B.M.; Wiesmann, H.; Church, S.E., 1972:
Chemical features of the Luna 16 regolith sample

Ishizaka Nobuyuki; Matsuki Yasuyo, 2000:
Chemical features of the river water in West Tanzawa, Kanagawa Japan

Lyashkevich, Z.M.; Al okhina M.O.; Dolishnya, O.B., 2000:
Chemical features of volcanic rocks in Dobrudja Foredeep

Fiori, M.; Garbarino, C.; Paladino, G.; Masi, U., 1986:
Chemical features of wallrocks from Mo-showings of Sardinia (Italy)

Takeshita Hiroyuki; Gouzu Chitaro; Itaya Tetsumaru, 2004:
Chemical features of white micas from the Piemonte calc-schists, Western Alps and implications for K-Ar ages of metamorphism

Wang Yunpu; Lin Jinxuan; Wang Cuixia; Liang Guoling, 1991:
Chemical field and evolution model of ooze water in the central part of the Pacific Ocean

Galligan, F.; Crum, G., 1978:
Chemical file system

Banno Shohei; Shibakusa Hidehiko; Enami Masaki; Wang Chang Lung; Ernst, W.G., 2000:
Chemical fine structure of Franciscan jadeitic pyroxene from Ward Creek, Cazadero area, California

Grigsby Jeffry, D., 1992:
Chemical fingerprinting in detrital ilmenite; a viable alternative in provenance research?

Lollis Joan, C.; Huff Warren, D., 1983:
Chemical fingerprinting of K-bentonites in the lower Trenton Salona Formation of central Pennsylvania

Worrall Fred, 1999:
Chemical fingerprinting of acid minewaters; the use of REE patterns

Rankin, A.H.; Greenwood, J.; Hargreaves, D., 2003:
Chemical fingerprinting of some East African gem rubies by laser ablation ICP-MS

Aronson James, L., 1992:
Chemical fingerprinting; obsidian artifact sourcing by archaeologists and tephrostratigraphy by geologists

Amos Banin; Jerzy Navrot, 1979:
Chemical fingerprints of life in terrestrial soils and their possible use for the detection of life on Mars and other planets

Steinhauser, G.; Sterba, J.H.; Bichler, M., 2007:
"Chemical fingerprints" of pumice from Cappadocia (Turkey) and Kos (Greece) for archaeological applications

Pimentel, K.D.; Ireland, R.R.; Tompkins, G.A., 1978:
Chemical fingerprints to assess the effects of geothermal development on water quality in Imperial Valley

Voigt, D.E.; Brantley, S.L., 1996:
Chemical fixation of arsenic in contaminated soils

Gabbita, K.V.; Visco, F.J.; Visco, K.E.; Whetstone, T.C., 1989 :
Chemical fixation of hydrocarbons on soil

Bhattacharyya Sidhartha; Donahoe Rona, J.; Graham Elizabeth, Y.; Patel Dan, V., 2005:
Chemical fixation of metals in fly ash using ferrous sulfate treatment

Neumann, H.J., 1981:
Chemical flooding in tertiary petroleum recovery

Pasquier, F., 1982:
Chemical fluctuations and feeding of the Gau alluvium aquifer

Dreiss Shirley, J.; Summa Catherine, L., 1985:
Chemical fluctuations in karst springflow storm responses, southeastern Missouri

Dreiss Shirley, J., 1987:
Chemical fluctuations in springflow; a means for describing transport in karst aquifers

J.Stephen Huebner; Marta, J.K.F.ohr; Jeffrey, N.G.ossman, 1992:
Chemical fluxes and origin of a manganese carbonate-oxide-silicate deposit in bedded chert

Hawkesworth Christopher, J.; Ellam Rob, 1989:
Chemical fluxes and wedge replenishment rates along recent destructive plate margins

C.J.H.wkesworth; R.M.E.lam; G.R.gers, 1988:
Chemical fluxes and wedge turnover rates along Recent destructive plate margins

Laverne Christine; Agrinier Pierre; Hermitte Daniel; Bohn Marcel, 2001:
Chemical fluxes during hydrothermal alteration of a 1200-m long section of dikes in the oceanic crust, DSDP/ ODP Hole 504B

Brewer, P.G.; Spencer, D.W.; Honjo, S.; Fleer, A.; Krishnaswami, S.; Nozaki, Y., 1978:
Chemical fluxes from sediment traps in the deep Sargasso Sea

Wolfgang Bach; Ernst Hegner; Jörg Erzinger, 1998:
Chemical fluxes in the Tonga subduction zone; evidence from the southern Lau Basin

Matoba Sumito; Kamiyama Kokichi; Motoyama Hideaki; Narita Hideki; Watanabe Okitsugu, 1998:
Chemical fluxes on Vestfonna ice cap in Svalbard

Rozanov, A.G., 1996:
Chemical fluxes on the sediment-water interface; direct measurements

Thompson, G., 1978:
Chemical fluxes resulting from oceanic basement-seawater interaction at low temperatures

Anderson, R.F.; LeHuray Anne, P.; Fleisher, M.Q., 1988:
Chemical form of uranium of Black Sea sediments and pore waters

Watanabe Shuichi; Mishima Kazunobu; Matsuo Sadao, 1982:
Chemical form, amount and isotope ratio of carbon bearing compounds in olivine crystal

Torz Agnieszka, 2002:
Chemical formation of water conditions in the lower Oder Valley landscape park

L.Xun guan, 1982:
Chemical forms and arsenic content of some soils in China

Dushauskene Duzh, R., 1991:
Chemical forms of Pb-210 in bottom sediments of reservoirs

Schoer, J.; Foerstner Ulrich, 1985 :
Chemical forms of artificial radionuclides in fluviatile, estuarine and marine sediments compared with their stable counterparts

Ruan Zheng; Wang Zhengfang, 1991:
Chemical forms of copper and cobalt in the suspended particles of Changjiang River estuary

Timperley, M.H.; Jonasson, I.R., 1982:
Chemical forms of copper in fallen snow

Smolyakov, B.S.; Belevantsev, V.I.; Ryzhikh, A.P.; Badmayeva, Z.O.; Zhigula, M.V.; Bobko, A.A., 1999:
Chemical forms of copper, cadmium and lead in northern West Siberia fresh waters

Dmitriyev, S.N.; Shishkina, T.V.; Fomenko, M.V.; Drobina, T.P.; Shishkin, S.V., 1990:
Chemical forms of gold and mercury in thermal brines of the Cheleken Peninsula

Peshchevitskiy, B.I.; Anoshin, G.N.; Yerenburg, A.M., 1970:
Chemical forms of gold and questions of oxidation-reduction potential of sea water

Zhu Lijun; Q.L.ang, 1997:
Chemical forms of heavy metals in carbonate-derived laterite and enrichment of its iron oxide minerals

Reuther, R.; Foerstner, U.; Allan, R.J., 1982:
Chemical forms of heavy metals in sediment cores from lakes near Sudbury, Ontario (Canada)

Schoer Juergen; Eggersgluess Dagmar, 1982:
Chemical forms of heavy metals in sediments and suspended matter of Weser, Elbe and Ems rivers

L.X.angdong; Shen Zhenguo; Wai Onyx, W.H.; L.Y.ksheung, 2000:
Chemical forms of heavy metals in the sediment profiles of the Pearl River estuary, south China

Kester Dana, R.; Byrne Robert, H.J., 1972:
Chemical forms of iron in sea water

Huasheng Hong; Dana, R.K.ster, 1985:
Chemical forms of iron in the Connecticut River estuary

Prokof yev A.K., 1978:
Chemical forms of mercury in marine waters

Foerstner, U., 1982:
Chemical forms of metal enrichment in Recent sediments

Kliashtorin, A.L.; Shcheglov, A.I.; Tikhomirov, F.A., 1995:
Chemical forms of psi -emitting radionuclides in soils adjacent to the Chernobyl NPP

Igarashi Toshifumi; Mahara Yasunori, 1992:
Chemical forms of redox-sensitive elements in groundwater in a sedimentary rock area

Koshcheyeva, I.Y.; Varshal, G.M., 1988:
Chemical forms of ruthenium(IV) in natural waters based on data of experimental models

Yetang Hong; Förstner U., 1984:
Chemical forms of some heavy metals in Huanghe River sediments (China) and comparison with data from Rhine River sediments (West Germany)

Géraldine Sarret; Jacques Connan; Masoud Kasrai; G.Michael Bancroft; Armelle Charrié-Duhaut; Sylvie Lemoine; Pierre Adam; Pierre Albrecht; Laurent Eybert-Bérard, 1999:
Chemical forms of sulfur in geological and archeological asphaltenes from Middle East, France, and Spain determined by sulfur K- and L-edge X-ray absorption near-edge structure spectroscopy

Migdisov, A.A.; Dadze, T.P.; Gerasimovskaya, L.A., 1991:
Chemical forms of sulfur occurrence in ore hydrotherms of the Uzon Caldera, Kamchatka

Chen Chao Hsia, 1979:
Chemical formula and condition of formation of the Taiwan Nephrite

Vergasova, L.P.; Filatov, S.K., 1982:
Chemical formula and crystal chemistry characteristics of melanotallite

Kawano Yoshinori, 1934:
Chemical formula of basaltic hornblende

Rogers Austin Flint, 1949:
Chemical formula of kempite

Holdaway, M.J., 1980:
Chemical formulae and activity models for biotite, muscovite, and chlorite applicable to pelitic metamorphic rocks

Lebedev, V.I., 1945:
Chemical formulae of tourmaline, axinite and dumortierite

Pflug, H.D., 1987:
Chemical fossils in early minerals

Eglinton Geoffrey, 1973:
Chemical fossils; a combined organic geochemical and environmental approach

Wang Jiangke; Zhong Yueming; Luo Honghong; Chen Shuixia, 1989:
Chemical fossils; a supplement to the traditional concept of fossils

Mackenzie, A.S.; Brassell, S.C.; Eglinton, G.; Maxwell, J.R., 1982:
Chemical fossils: the geological fate of steroids

Blumer, M., 1973:
Chemical fossils; trends in organic geochemistry

Kozuharov, E.D.; Aslanian, S.O.; Kolarova, V.G., 1987:
Chemical fractional analysis of deep-sea muds from the Black Sea

Simmons, W.B.; Lee, M.T.; Brewster, R.H.; Wayne, D.M., 1986:
Chemical fractionation and evolution of the South Platte pegmatite suite, Jefferson County, Colorado

Ragland Paul, C.; Billings Gale, K.; Adams, J.A.S., 1967:
Chemical fractionation and its relationship to the distribution of thorium and uranium in a zoned granite batholith

MacIntyre Ferren, 1974:
Chemical fractionation and sea-surface microlayer processes

Duce, R.A.; Hoffman, E.J., 1976:
Chemical fractionation at the air/ sea interface

Sims Kenneth, W.W.; Newsom, H.E.; Gladney Ernest, S., 1990:
Chemical fractionation during formation of the Earth's core and continental crust; clues from As, Sb, W, and Mo

Mursky Gregory, 1968:
Chemical fractionation in a zoned intrusive

Michaelis Hans von, 1969:
Chemical fractionation in stony meteorites

Harold, C.Urey, 1952:
Chemical fractionation in the meteorites and the abundance of the elements

Grossman, L., 1977:
Chemical fractionation in the solar nebula

Almond David, C., 1988:
Chemical fractionation in titaniferous clinopyroxene from Bayuda, Sudan

Anonymous, 2007:
Chemical fractionation of cadmium, lead, nickel and chromium in sewage irrigated soils of Haryana

Azzaoui, M.; E.H.nbali M.; Ben Mohammadi, A., 1998:
Chemical fractionation of chromium, copper and zinc in Oued Sebou alluvium, Khmiss Hamria, Fes

Kersten, M.; Foerstner, U., 1986:
Chemical fractionation of heavy metals in anoxic estuarine and coastal sediments

Heathwaite, A.L., 1994:
Chemical fractionation of lake sediments to determine the effects of land-use change on nutrient loading

Dollar, N.L.; Filippelli, G.M.; Souch, C.J., 1999:
Chemical fractionation of metals in wetland sediments; Indiana Dunes National Lakeshore

Weckwerth Gerd, 1989:
Chemical fractionation of primitive meteorites

Attrep, M.J.; Orth, C.J.; Quintana, L.R.; Shoemaker, C.S.; Shoemaker, E.M.; Taylor, S.R., 1991:
Chemical fractionation of siderophile elements in impactites from Australian meteorite craters

Adams, J.B.; Charette, M.P.; Rhodes, J.M., 1975:
Chemical fractionation of the lunar regolith by impact melting

Ulrich Förstner; Peter Stoffers, 1981:
Chemical fractionation of transition elements in Pacific pelagic sediments

Sutton, S.R.; Herzog, G.; Hewins, R., 1988:
Chemical fractionation trends in deep sea spheres

Larimer John, W., 1967:
Chemical fractionations in meteorites; I, Condensation of the elements

Larimer, J.W.; Anders Edward, 1970:
Chemical fractionations in meteorites; III, Major element fractionations in chondrites

Keays Reid, R.; Ganapathy, R.; Anders Edward, 1971:
Chemical fractionations in meteorites; IV, Abundances of fourteen trace elements in L-chondrites; implications for cosmothermometry

Anders, E.; Higuchi, H.; Ganapathy, R.; Morgan, J.W., 1976:
Chemical fractionations in meteorites; IX, C3 chondrites

Laul, J.C.; Keays Reid, R.; Ganapathy, R.; Anders Edward; Morgan John, W., 1972:
Chemical fractionations in meteorites; V, Volatile and siderophile elements in achondrites and ocean ridge basalts

Larimer John, W., 1973:
Chemical fractionations in meteorites; VII, Cosmothermometry and cosmobarometry

Kelly, W.R.; Larimer, J.W., 1977:
Chemical fractionations in meteorites; VIII, Iron meteorites and the cosmochemical history of the metal phase

Guyot, F.; Leroux, H.; Carrez, P.; Cordier, P.; Lemelle, L., 2002:
Chemical fractionations induced by irradiation in early solar materials; results from laboratory experiments

Grossman Jeffrey, N., 1996:
Chemical fractionations of chrondrites; signatures of events before chondrule formation

Hofmeister, W.; Schulz Dobrick, B., 1987:
Chemical fractionization in the crystallization of the Ca-Fe-silicates of the prehnite-pumpellyite facies

Harris, S.L.; Huguenin, R.L., 1986:
Chemical frost weathering of olivine; experimental study and implications

L.Z.ongsheng; Fredericks Peter, M.; Rintoul Llew; Ward Colin, R., 2006:
Chemical functionalities of high and low sulphur coals; a case study using micro attenuated total reflectance-Fourier transform infrared (ATR-FTIR) spectrometry techniques

Y.Mingtong, 2000:
Chemical genesis on the Earth's surface of Quaternary placer gold in Nanjing, Fujian, China

Allegre, C.J., 1980:
Chemical geodynamics

Zheng Yongfei; L.S.uguang; Chen Jiangfeng, 1998:
Chemical geodynamics

Turcotte, D.L.; Kenyon, P.M., 1982:
Chemical geodynamics and layered mantle convection

Eizo Nakamura; Ian, H.C.mpbell; Malcolm, T.M.Culloch; Shen-S.S.n, 1989:
Chemical geodynamics in a back arc region around the Sea of Japan; implications for the genesis of alkaline basalts in Japan, Korea, and China

Eizo Nakamura; Malcolm, T.M.Culloch; Ian, H.C.mpbell, 1990:
Chemical geodynamics in the back-arc region of Japan based on the trace element and Sr-Nd isotopic compositions

Zhang Youxue; Zindler Alan, 1988:
Chemical geodynamics of carbon and nitrogen

Palandzhyan, S.A., 1992:
Chemical geodynamics of the peridotites; petrochemical characteristics of the ophiolite's mantle sequence in various geodynamic environments (GDE)

Kellogg, L.H.; Turcotte, D.L., 1985:
Chemical geodynamics of the uranium-lead system

Back William; Hanshaw Bruce, B., 1965:
Chemical geohydrology

Lahermo Pertti, W., 1970:
Chemical geology of ground and surface waters in Finnish Lapland

Brock, W.H., 1979:
Chemical geology or geological chemistry?

Edge, R.A., 1967:
Chemical geology research in South Africa

Kharaka Yousif, K.; Mariner Robert, H., 1989:
Chemical geothermometers and their application to formation waters from sedimentary basins

R.M.Prol-Ledesma, 1991:
Chemical geothermometers applied to the study of thermalized aquifers in Guaymas, Sonora, Mexico; a case history

Urbani, F.P., 1982:
Chemical geothermometers in geothermal exploration; bibliographic review

Johannesson, K.H.; Cortes, A.; Ramos Leal, J.A.; Durazo, J., 2002:
Chemical geothermometry and enthalpy-chloride relationships indicate mixing/ dilution of meteoric and geothermal waters, Guanajuato, Mexico

Giovanni Chiodini; Roberto Cioni; Massimo Guidi; Luigi Marini, 1991:
Chemical geothermometry and geobarometry in hydrothermal aqueous solutions; a theoretical investigation based on a mineral-solution equilibrium model

Hull, C.D.; Reed, M.H.; Fisher Kevin, 1987:
Chemical geothermometry and numerical unmixing of the diluted geothermal waters of the San Bernardino Valley region of Southern California

Tole Mwakio, P., 1990:
Chemical geothermometry and resource potential of low enthalpy geothermal systems in Kenya

Fouillac, C., 1983:
Chemical geothermometry in CO (sub 2) -rich thermal waters; example of the French Massif Central

Ellis, A.J., 1979:
Chemical geothermometry in geothermal systems

M.G.idi; L.M.rini; G.S.andiffio; R.C.onit, 1990:
Chemical geothermometry in hydrothermal aqueous solutions; the influence of ion complexing

Dowgiallo Jan, 1986:
Chemical geothermometry of some Sudetic nonthermal waters

Bardintzeff, J.M.; Leyrit, H.; Guillou, H.; Giret, A.; Guille, G.; Brousse, R., 1992:
Chemical gradation between tholeiitic, transitional and alkalic basalts in oceanic islands (Kerguelen, Fangataufa)

Takehiro Koyaguchi, 1989:
Chemical gradient at diffusive interfaces in magma chambers

Kring David, A.; McKay, G.A., 1984:
Chemical gradients in glass adjacent to olivine in experimental charges and Apollo 15 green glass vitrophyres

Wolfe, J.A.; Storey, M., 1983:
Chemical gradients in high-level bodies of alkaline magma

Stewart, D.C.; Boettcher, A.L., 1977:
Chemical gradients in mantle xenoliths

Haileab Bereket; Brown Francis, H., 1993:
Chemical grouping of tephra from the Turkana Basin, northern Kenya and southwestern Ethiopia

Wang Henian; Wang Rucheng; Lin Chengyi; Zhang Fusheng; Zhou Liya; Chen Xiaoming, 2002:
Chemical groups and petrologic types of 23 ordinary chondrites from Grove Mountains, Antarctica

Laul, J.C.; Papike, J.J.; Simons, S.B., 1983:
Chemical groups in the Apollo 11 highland component

Yavnel, A.A., 1972:
Chemical groups of iron meteorites, and their characteristics

Craft Jonathan; Pagano Michael, A., 1999:
Chemical grouting for seepage control JFK Transitway Development, Port Authority of New York and New Jersey

Chi Benjamin, P.C.; Yang Jiann Shi, 1985:
Chemical grouting in Taipei Basin

Paul Roger, A., 1969:
Chemical grouting in fractured basalt

Stephen Hornbeck, T.; Bertram John, C., 1982:
Chemical grouting of Burnsville Dam

Brett, D.M.; Osborne, T.R., 1984:
Chemical grouting of dam foundations in residual laterite soils of the Darling Range, Western Australia

Voronkevich, S.D.; Evdokimova, L.A.; Sergeev, V.I. (Sergeyev, V.I.; Buchatskii, G.V. (Buchatskiy, G.V.; Zernov, G.V., 1978:
Chemical grouting of rocks to form impermeable cut-offs; principles and experience

James, A.N.; Lupton, A.R.R., 1984:
Chemical grouting test programme for Mississippi River locks and Dam 26; discussion

Perez, J.Y.; Davidson, R.R.; Lacroix, Y., 1982:
Chemical grouting test programme for Mississippi River locks and dam 26

Welsh, J.P., 1983:
Chemical grouting utilized for underpinning and water control

Shimura, H.; Takamori, Y.; Yamanouchi, T., 1978:
Chemical groutings for shaft construction in an alluvial Shirasu ground

Karol, R.H., 1964:
Chemical grouts and field grouting

Sauman, Z.; Siske, V., 1990:
Chemical gypsum; a possible regulator of the cement hardening process; Part I

Bailey, G.B.yan; McCormick George, R., 1971:
Chemical halos as a guide to lode deposit ore in the Park City District, Utah

Harthill Michalann, 1985:
Chemical hazardous waste mitigation by repository characteristics

Alcantara Martha, E.; Fernandez Georgina; Gonzalez Tomas, 2001:
Chemical hazards; accidents related to chemical products

Alcantara Martha, E.; Izcapa Cecilia, 2001:
Chemical hazards; hazardous waste

Alcantara Martha, E.; Arcos Esther, M.; Rivera Ruben Dario, 2001:
Chemical hazards; location and characteristics of their point sources

Trivedi, B.M.P.; Larimer John, W., 1981:
Chemical heating during protostellar collapse; the thermal evolution of the solar nebula

Steinberg, M.; Rautureau, M.; Tahar Manoubi, 1985:
Chemical heterogeneities and local equilibria in argillaceous particles

Shimizu, N.; Sobolev, N.V.; Yefimova, E.S., 1997:
Chemical heterogeneities of inclusion garnets and juvenile character of peridotitic diamonds from Siberia

Ishida Kiyotaka, 1988:
Chemical heterogeneities of manganese silicate minerals from the Shimozuru Mine, Miyazaki Prefecture

Duzgoren Aydin Nurdan, S.; Aydin Adnan, 2003:
Chemical heterogeneities of weathered igneous profiles; implications for chemical indices

Stout Scott, A., 1994:
Chemical heterogeneity among adjacent coal microlithotypes; implications for oil generation and primary migration from humic coal

Stevenson, D.J., 1988:
Chemical heterogeneity and imperfect mixing of the gas phase in the solar nebula

Liu Ruxin; Zhou Xinhua, 1984:
Chemical heterogeneity and its constraints on the structure beneath North China

Wass Suzanne, Y.; Henderson, P.; Elliott, C.J., 1980:
Chemical heterogeneity and metasomatism in the upper mantle; evidence from rare earth and other elements in apatite-rich xenoliths in basaltic rocks from eastern Australia

Schulze, H.; Kissel, J., 1992:
Chemical heterogeneity and mineralogy of Halley's dust

D.S.barnarekha; Heaney Peter, J.; Vicenzi Edward, P.; Wang Jianhua, 2001:
Chemical heterogeneity in carbonado, an enigmatic polycrystalline diamond

Cozzarelli Isabelle, M., 1997:
Chemical heterogeneity in shallow aquifers contaminated with organic compounds; the importance of scale

Takahashi Eiichi, 1991:
Chemical heterogeneity in the Earth's mantle

Jakes, P., 1984:
Chemical heterogeneity in the mantle of the Earth

D.W.al Sybrand; Johnson Julia, A., 1981:
Chemical heterogeneity of sphalerite in a base metal sulfide deposit

Shen-S.S.n; Robert, W.N.sbitt, 1977:
Chemical heterogeneity of the Archaean mantle, composition of the Earth and mantle evolution

Han Yinwen; Ouyang Jianping; Luo Tingchuan; Zhang Benren; Pan Yuchen, 1996:
Chemical heterogeneity of upper mantle in North China Craton and eastern Qinling orogenic belt

Carlson, R.W.; Irving, A.J., 1993:
Chemical history of Archean subcontinental mantle; a case study from the Wyoming Craton

Mackenzie Fred, T.; Garrels Robert, M., 1971:
Chemical history of oceans

Brush Stephen, G., 1982:
Chemical history of the Earth's core

Garrels Robert, M.; Mackenzie Fred, T., 1974:
Chemical history of the oceans deduced from post-depositional changes in sedimentary rocks

Johnson, P.H.; King Elbert, A., 1978:
Chemical homogeneity in the Allende Meteorite

Chandrasekharam, D.; Vaselli Orlando; Alam Mohammad Ayaz; Capaccioni Bruno; Manetti Piero; Alba Santo, 2004:
Chemical homogeneity in the source below the Barren Island Volcano and Sunda Arc

Hallam, M.E.; Andre, C.G.; Weidner, J.R.; Podwysocki, M., 1975:
Chemical homogeneity of lunar maria

Chiarenzelli Jeffrey, R.; Valentino David, W., 2006:
Chemical homogenization during retrograde slate formation

Anschutz Pierre; Blanc Gerard; France Lanord Christian; Magali Geiller, 1994:
Chemical hydrodynamics in the Atlantis II Deep, Red Sea

Barker, J.F., 1994:
Chemical hydrogeology

Back, W.; Baedecker, M.J., 1989:
Chemical hydrogeology in natural and contaminated environments

Wicks Carol, M.; Herman Janet, S.; Randazzo Anthony, F., 1993:
Chemical hydrogeology of an unconfined section of the upper Floridan Aquifer system

Ahearne Douglas, 1999:
Chemical hydrogeology of the mineral waters of the Central Highlands, Victoria

Sueker, J.K., 1995:
Chemical hydrograph separation during snowmelt for three headwater basins in Rocky Mountain National Park, Colorado

Finley, J.B.; Drever James, I., 1992:
Chemical hydrograph separation using field and experimental data with implications for solute cycling in an alpine catchment

Hess John, W.; White William, B., 1989:
Chemical hydrology

Filippova, K.A.; Deryagin, V.V., 2005:
Chemical hydrology of mine pit lakes of the Bakala Geotechnic System; southern Urals

Matveyev, A.A., 1970:
Chemical hydrology of regions of east Antarctica

Morrison, R.J.; Prasad Regina, A.; Brodie, J.E., 1984:
Chemical hydrology of small tropical islands

Ramirez, A.J.; Wildeman, T.R.; Holcombe, L., 1976:
Chemical hydrology of the Argo and National tunnels, Central City mining district, Colorado

Hanshaw Bruce, B.; Back William; Rubin Meyer, 1968:
Chemical hydrology of the northern Yucatan Peninsula, Mexico

Raveton, M.; Ravanel, P.; Kaouadji, M.; Bastide, J.; Tissut, M., 1998:
Chemical hydroxylation of atrazine in corn

Anonymous, 2006:
Chemical identification of strigolactones as a host-recognition signal for arbuscular mycorrhizal fungi

Badro James; Ryerson Frederick, J.; Weber Peter, K.; Ricolleau Angele; Fallon Stewart, J.; Hutcheon Ian, D., 2007:
Chemical imaging with NanoSIMS; a window into deep-Earth geochemistry

Roark Jessica; Valentino David, 1997:
Chemical impact of Princeton, WV on the Brush Creek drainage basin

Meike Annemarie, 1994:
Chemical implications for the presence of introduced materials in the post-emplacement environment

Pederson Larry, R., 1985:
Chemical implications of heat and radiation damage to rock salt

Heinrich, C.A.; Mikucki, E.J.; Ridley, J.R., 1991:
Chemical implications of imperfectly channelized fluid flow in hydrothermal systems; II, Application to gold deposits

Bonnet Anne Laure; Corriveau Louise; L.F.eche Marc, R., 2005:
Chemical imprint of highly metamorphosed volcanic-hosted hydrothermal alterations in the La Romaine supracrustal belt, eastern Grenville Province, Quebec

Korkina, N.M.; Zhuk, L.I.; Filitsiyan, Y.S., 1983:
Chemical impurities in the Aktru Glacier, the Altai

Kabata Pendias Alina; Pendias Henryk, 1973:
Chemical indexes of hypergene alteration of rocks

Souchez, R.; Tison, J.L., 1981:
Chemical indicator of a subglacial process in the Alps

L.J.anping; Kornprobst Jacques; Vielzeuf Daniel, 1995:
Chemical indicator of spinel during partial melting and subsolidus equilibration of mantle peridotite; experimental study and application to natural rocks

Hedges John, I., 1981:
Chemical indicators of organic river sources in rivers and estuaries

R.O.F.urnier; A.H.T.uesdell, 1970:
Chemical indicators of subsurface temperature applied to hot spring waters of Yellowstone National Park, Wyoming, USA

Porowski Adam, 2001:
Chemical indicators of the origin of mineralized water in the Central Carpathian Synclinorium

Fitzgerald Sharon, A., 2004:
Chemical indicators of water quality; nutrients

Sullivan Daniel, J., 2004:
Chemical indicators of water quality; pesticides

Fitzgerald Sharon, A., 2004:
Chemical indicators of water quality; polychorinated biphenyls

Fitzgerald Sharon, A., 2004:
Chemical indicators of water quality; sediment

Richards Kevin, D., 2004:
Chemical indicators of water quality; selected field measurements and miscellaneous constituents; alkalinity

Fitzgerald Sharon, A., 2004:
Chemical indicators of water quality; selected field measurements and miscellaneous constituents; biochemical oxygen demand, 5 day

Richards Kevin, D., 2004:
Chemical indicators of water quality; selected field measurements and miscellaneous constituents; chloride

Fitzgerald Sharon, A., 2004:
Chemical indicators of water quality; selected field measurements and miscellaneous constituents; dissolved oxygen

Richards Kevin, D., 2004:
Chemical indicators of water quality; selected field measurements and miscellaneous constituents; hardness

Richards Kevin, D., 2004:
Chemical indicators of water quality; selected field measurements and miscellaneous constituents; specific conductance

Richards Kevin, D., 2004:
Chemical indicators of water quality; selected field measurements and miscellaneous contstituents; pH

Richards Kevin, D., 2004:
Chemical indicators of water quality; trace elements

Fan Kaiqiang; Wang Huizhang, 2001:
Chemical industrial raw material resources map of China

Fulton, R.B.I.I., 1975:
Chemical industry.; 4

J.W.M.rse; G.W.L.ther III, 1999:
Chemical influences on trace metal-sulfide interactions in anoxic sediments

W.C.F.ldman; D.J.L.wrence; R.C.E.phic; D.T.V.niman; D.R.T.omsen; B.L.B.rraclough; S.M.urice; A.B.B.nder, 2000:
Chemical information content of lunar thermal and epithermal neutrons

Chen Guangyuan; L.A.huai, 1994:
Chemical inheritance of mineral typomorphism and sources of gold

Boyd, F. R., 1975:
Chemical inhomogeneities in minerals in kimberlite nodules from Lesotho and the Kimberley pipes

Onuma, N.; Nishida, N.; Okudera, S.; Ono, Y., 1976:
Chemical inhomogeneity in a single euhedral olivine from the Murchison C2 chondrite

Grapes, R.H., 1977:
Chemical inhomogeneity of amphiboles in relation to section orientation in routine EPMA analyses

Anderson Don, L., 1984:
Chemical inhomogeneity of mantle above 670 km transition

Nekrasov, A.I., 1993:
Chemical inhomogeneity of multicomponent alumosilicate glasses

Lazar, C.; Farbas, N., 1984:
Chemical inhomogeneity of sphalerite from Baia de Aries; an investigation with the electron microprobe

Anderson Don, L., 1968:
Chemical inhomogeneity of the mantle

Lin-gun Liu, 1982:
Chemical inhomogeneity of the mantle; geochemical considerations

Mohr David, W.; Eckert James, O.J., 1986:
Chemical inhomogeneity within muscovite and biotite

Cowie Ann, M.; Weider Mark, F., 1986:
Chemical injection and ground water recovery techniques for in-situ remediation of a subsurface formalin release; a case history

Wentz Dennis, A.; Garrison Paul, J.; Bockheim James, G., 1989:
Chemical input-output budgets

Christophe Poinssot; Pierre Toulhoat; Bruno Goffé, 1998:
Chemical interaction between a simulated nuclear waste glass and different backfill materials under a thermal gradient

Sundblad, B.; Evans, S., 1988:
Chemical interaction between discharging groundwater and lake sediments

Mitchell, C.B.; Rhodes, J.M., 1988:
Chemical interaction between mafic pillows in a granite melt, Vinalhaven Island, Maine

Ragone, S.E.; Vecchioli, J., 1974:
Chemical interaction during deep well recharge, Bay Park, New York

Ceci Vincent, M., 1990:
Chemical interaction of diverse magma types; mineral chemical evidence from the Flagstaff Lake igneous complex, western Maine

Helgeson, H.C., 1974:
Chemical interaction of feldspars and aqueous solutions

Ottonello Giulio, 2005:
Chemical interactions and configurational disorder in silicate melts

Johnson Donald, J.; Ragland Paul, C.; Dobbins David, A., 1969:
Chemical interactions between solid and aqueous phases in an estuarine environment

Price Rene, M.; Keating Robert, W., 1989:
Chemical interactions between surface water and ground water in the Zekiah Swamp Run stream valley

Prinn Ronald; Fegley Bruce Jr., 1988:
Chemical interactions between the present-day Martian atmosphere and surface minerals

Prinn Ronald; Fegley Bruce Jr., 1988:
Chemical interactions between the present-day Martian atmosphere and surface minerals; implications for sample return

O.Neil, T.J., 1974:
Chemical interactions due to subsurface mixing of meteoric and marine waters in a Pleistocene reef complex, Rio Bueno, Jamaica

Podvin, P., 1985:
Chemical interactions in the top harzburgites of the Humboldt Massif; southern massif

Ivanov, A.V., 1989:
Chemical interactions in the water-ice-rock system

Schenk John, E.; Weber Walter, J.J., 1968:
Chemical interactions of dissolved silica with iron (II) and (III)

Don, R.Baker, 1990:
Chemical interdiffusion of dacite and rhyolite; anhydrous measurements at 1 atm and 10 kbar, application of transition state theory, and diffusion in zoned magma chambers

Anonymous, 2007:
Chemical interesterification: alternative to production of zero trans fats

Roger, W.L.e; Necip Güven, 1975:
Chemical interferences in atomic absorption spectrometric analysis of silicates in the fluoboric-boric acids matrix

Yao Zujin, 1982:
Chemical interpretation of thermal water from the Tiangjin low temperature area and the Yangbajing high temperature area, Tibet

T.S.McCarthy, 1976:
Chemical interrelationships in a low-pressure granulite terrain in Namaqualand, South Africa, and their bearing on granite genesis and the composition of the lower crust

Yezhov, Y.A., 1980:
Chemical inversion in the subsurface hydrosphere

Anonymous, 2006:
Chemical investigation of Salvia plebeia

Chapman Dean, R.; Scheiber Leroy, C., 1969:
Chemical investigation of australasian tektites

Nausch, G.; Schlungbaum, G.; Baader, G., 1983:
Chemical investigation of coastal sediments in East Germany; XIX, The quality of the surface sediment in the upper and lower reaches of the River Warnow

Anonymous, 2007:
Chemical investigation of datura fruits

Kilani, S.; Bouhlel, I.; Ben-Ammar, R.; Ben-Sghair, M.; Skandrani, I.; Boubaker, J.; Mahmoud, A.; Dijoux-Franca, M.-Genevieve; Ghedira, K.; Chekir-Ghedira, L., 2007:
Chemical investigation of different extracts and essential oil from the tubers of (Tunisian) Cyperus rotundus. Correlation with their antiradical and antimutagenic properties

F.J.H.Mackereth, 1965:
Chemical investigation of lake sediments and their interpretation

Heritsch Haymo, 1967:
Chemical investigation of latite in the Walkersdorf deep boring, south of Ilz, Styria

Rhodes, J.M.; Chappell, B.W., 1971:
Chemical investigation of the role of fractional crystallisation in the Cox's River intrusion, New South Wales

Oura, H., 1978:
Chemical investigation on hot springs in Toyama Prefecture

Wilson, S.H., 1963:
Chemical investigations at waiotapu

Lieber Werner; Arnold Rainer, 1984:
Chemical investigations in Poona minerals

Manheim Frank, T., 1961:
Chemical investigations in the Baltic sea

Lars-Göran Danielsson; David Dyrssen; Anders Granéli, 1980:
Chemical investigations of Atlantis II and Discovery brines in the Red Sea

Kimura Kenjiro; Ietake Okada, 1933:
Chemical investigations of Japanese minerals containing rarer elements, XX; on allanite found in Yamaguti Village, Nagano Prefecture

Kimura Kenjiro; Sakae Shinoda, 1933:
Chemical investigations of Japanese minerals containing rarer elements, XXI; on columbite found in Yamaguti Village, Nagano Prefecture

Kimura Kenjiro; Hironaka Yosio, 1936:
Chemical investigations of Japanese minerals containing rarer elements, XXIII; on yamagutilite, a phosphorusbearing variety of zircon, found at Yamaguti village, Nagano prefecture

Kimura Kenjiro; Miyamoto Masuo, 1936:
Chemical investigations of Japanese minerals containing rarer elements, XXIV; on gadolinite from Yamaguti village, Nagano prefecture

Kimura Kenjiro; Nakai Toshio, 1937:
Chemical investigations of Japanese minerals containing rarer elements, XXIX; radium contents of uraninite and monazite from Amaki, Hukuoka prefecture, and autunite from Yanai, Yamaguti prefecture

Kimura Kenjiro; Tanaka Kazuo, 1936:
Chemical investigations of Japanese minerals containing rarer elements, XXV

Ikawa Masao; Kimura Kenjiro, 1937:
Chemical investigations of Japanese minerals containing rarer elements, XXVI; on ilmenorutile from Takase village, Fukushima prefecture

Kimura Kenjiro; Iimori Takeo, 1937:
Chemical investigations of Japanese minerals containing rarer elements, XXVI; on uraninite, monazite and thucholite from Amakimura, Hukuoka prefecture

Ikawa Masao, 1937:
Chemical investigations of Japanese minerals containing rarer elements, XXX; on allanite from Oyama, Ehime prefecture, and Hira, Siga prefecture

Kimura Kenjiro; Hamaguti Hirosi, 1938:
Chemical investigations of Japanese minerals containing rarer elements, XXXI; on fergusonite from Hirukawa, Gihu prefecture, and Harada, Hirosima prefecture

Kimura Kenjiro; Okauchi Shigehisa, 1938:
Chemical investigations of Japanese minerals containing rarer elements, XXXII; radioactive varieties of zircon from Masaki, Amaki-mura, Hukuoka prefecture

Nakai Toshio, 1938:
Chemical investigations of Japanese minerals containing rarer elements, XXXIII; on calcio-gadolinite from Tadati, Nagano prefecture

Nakai Toshio, 1938:
Chemical investigations of Japanese minerals containing rarer elements, XXXIV; on allanite from Tadati, Nagano prefecture

Babel Ulrich, 1986:
Chemical investigations of beech raw humus by microscopic methods

Hamaguti Hirosi, 1939:
Chemical investigations of deep-sea deposits, I, V; radium contents of deep-sea deposits, I, II

Hamaguti Hirosi, 1938:
Chemical investigations of deep-sea deposits, II; chemical composition of deep-sea deposits, I

Oana Shinya, 1938:
Chemical investigations of deep-sea deposits, III; vanadium, chromium and molybdenum content of deep-sea deposits, I

Hamaguti Hirosi, 1939:
Chemical investigations of deep-sea deposits, IV

Hamaguti Hirosi, 1940:
Chemical investigations of deep-sea deposits; VI, Chemical composition of deep-sea deposits, II

Argyelan, G.B., 1992:
Chemical investigations of detrital chromian spinels of Cretaceous clastic formations of the Gerecse Mountains, Hungary

Okuno Hisateru; Ikirayama Noboru; Uzamasa Yasumitsu, 1939:
Chemical investigations of hot springs in Japan, I, II; hot springs Noboribetsu I, II

Nakai Toshio, 1939:
Chemical investigations of minerals from the Far East containing rarer elements, XXXV; on euxenite from Kaijo prefecture, Manchoukuo

Gundlach Heinrich; Sperling Herbert, 1966:
Chemical investigations of the two older calcite generations of the Westfeld-Erzmittel II, Grund lead-zinc deposits, Harz

Rosenqvist, I.T., 1975:
Chemical investigations of tills in the Numedal

Assarsson Gunnar; Grundulis, V., 1961:
Chemical investigations of upper Cambrian shales at Hynneberg, Naerke

Natterer Konrad, 1901:
Chemical investigations of water and bottom samples in the Red Sea

Weise, G.; Breng, R., 1986:
Chemical investigations on xylite and lignite particles from Quaternary gravels and sands of the GDR

Thamdrup, B.; Sorensen, J., 1990:
Chemical iron extractions applied to a coastal sediment

Hulbert Matthew, H.; Bennett Richard, H., 1985:
Chemical irreversibility in clay microstructure development

Kohl, C.P.; Nishiizumi, K., 1992:
Chemical isolation of quartz for measurement of in-situ-produced cosmogenic nuclides

Gillespie Richard, 1986:
Chemical isotope dilution for (super 14úC AMS and the potential for GC/ AMS

McCrumb, J.L.; Markus, S.; Fitzgerald, R.; Killingley, J.; Arrhenius, G., 1978:
Chemical isotope fractionation in interstellar cloud condensates; some model experiments

McMurtry, G.M.; Yeh, H.W.; Malahoff Alexander, 1981:
Chemical isotopic composition of hydrothermal deposits from Loihi Seamount, Southwest Hawaiian Arch

Ma, J.; Kobayashi, D.Y.; Yee, N., 2007:
Chemical kinetic and molecular genetic study of selenium oxyanion reduction by Enterobacter cloacae SLD1a-1

Zhang Ronghua; H.S.umin; Crerar David, 1992:
Chemical kinetic data on mineral-aqueous solution reactions at elevated temperatures and pressure

Sweeney Jerry, J.; Braun Robert, L.; Burnham Alan, K.; Talukdar Suhas; Vallejos Carlos, 1995:
Chemical kinetic model of hydrocarbon generation, expulsion, and destruction applied to the Maracaibo Basin, Venezuela

L.S.uangfang; F.X.aotai; Chen Xin; Q.J.ayan; Xue Shangyi, 1997:
Chemical kinetic models of gas generation by various groups in crude oil and their calibration

Landing William, M., 1988:
Chemical kinetic/ thermodynamic models for iron in the ocean

Swayze, D.R., 1963:
Chemical kinetics and the formation of mineral deposits

Zhang Ronghua; H.S.umin; Y.W.nbin; Wang Jun, 1998:
Chemical kinetics in the ore-forming systems; alteration minerals

Hudson, R.J.M.; Morel, F.M.M., 1989:
Chemical kinetics of biological iron uptake

Zhang Ronghua; Posey Dowty, J.; Hellmann, R.; Crerar, D., 1990:
Chemical kinetics of dissolution of minerals in circulating solution at elevated temperature and pressure

Zhang Ronghua; Posey Dowty, J.; Hellmann Roland; Borcsik, M.; Crerar, D., 1989:
Chemical kinetics of dissolution of minerals in circulating solution at elevated temperatures and pressure

Zhang Ronghua; H.S.umin; Borscik Maria; Crerar David, 1992:
Chemical kinetics of mineral dissolutions in open-flow systems

Lasaga Antonio, C., 1984:
Chemical kinetics of water-rock interactions

Dreybrodt Wolfgang, 1996:
Chemical kinetics, speleothem growth and climate

Dreybrodt Wolfgang, 1999:
Chemical kinetics, speleothem growth and climate

Vuitton, V.; Gazeau, M.C.; Benilan, Y.; Raulin, F., 2001:
Chemical laboratory experiments dedicated to the improvement of photochemical models of Titan's atmosphere

Meidl John, A.; Copa William, M., 1985:
Chemical landfill leachate treatment using PACT and PACT/ wet oxidation

Greenough John, D.; Lee Chi Yu; Fryer Brian, J., 1997:
Chemical layering in a thin basalt flow, Taiwan; evidence that volatiles influence differentiation

Yamamoto, M.; Yamauchi, Y.; Komura, K.; Ueno, K.; Assinder, D.J., 1991:
Chemical leaching behavior of (super 237) Np from intertidal coastal sediment in the Irish Sea

Chin, H.I.l; Min Kyoung Won; Kim Shin Ja; Kim Bok Ran, 2002:
Chemical leaching characteristics of stonewares in Korea

Keith Loague; Robert, N.M.yahira; Delwyn, S.O.i; Richard, E.G.een; Randi, C.S.hneider; Thomas, W.G.ambelluca, 1994:
Chemical leaching near the Waiawa Shaft, Oahu, Hawaii; 1, Field experiments and laboratory analysis

Kluger, K.L.; Sumner, J.R., 1977:
Chemical leaching of Triassic red beds from the Newark Basin reveals acquisition of multiple polarities

Slavek, J.; Pickering, W.F., 1985:
Chemical leaching of metal ions sorbed on hydrous manganese oxide

Toyoda Kazuhiro; Masuda Akimasa, 1991:
Chemical leaching of pelagic sediments; identification of the carrier of Ce anomaly

Kanwar Ramesh; Moorman Thomas, 2000:
Chemical leaching to shallow ground water in agricultural watersheds

Villumsen Arne, 1985:
Chemical limitations for increased exploitation of groundwater resources in Denmark

Frevert, T., 1985:
Chemical limnology

Krieger Kenneth, A., 1989:
Chemical limnology and contaminants

Hart, B.T.; McKelvie, I.D., 1986:
Chemical limnology in Australia

R.R.Weiler, 1988:
Chemical limnology of Georgian Bay and the North Channel between 1974 and 1980

Eisenreich, S.J.; Capel, P.D.; Baker, J.E.; Looney Brian, B., 1988:
Chemical limnology of PCBs in Lake Superior; a case study

Robert, B.C.ok; Cheryl, A.K.lley; John, C.K.ngston; Russell, G.K.eis, 1987:
Chemical limnology of soft water lakes in the upper Midwest

Ahrens, L.H., 1971:
Chemical links between stony meteorites and the lunar surface

Bhaduri Budhendra, L.; Harbor Jonathan, M.; Maurice Patricia, 1997:
Chemical load fractionation and trap efficiency of a construction site storm water management basin

Bahnick, D.A.; Markee, T.P.; Anderson, C.A.; Roubal, R.K., 1978:
Chemical loadings to southwestern Lake Superior from red clay erosion and resuspension

Soenksen, P.J.; Hatfield, J.L.; Schmitz, D.J., 1996:
Chemical loads of nitrate, atrazine, and metolachlor in Walnut Creek watershed near Ames, Iowa, 1991-92

Dill, H.G.; Wehner, H.; Botz, R.; Dultz, S., 2000:
Chemical logging of continental-marine depositional systems; a tool to unravel the palaeogeography and diagenetic alteration of fine-grained clastic rocks in a transitional environment of deposition (Triassic-Liassic, southeastern Germany)

Spears, D.A., 1965:
Chemical logging of strata from boreholes

Perroud, H., 1982:
Chemical magnetic overprinting in the Ordovician redbeds of Bucaco (Portugal)

Anonymous, 2007:
Chemical management of Cercospora blight of okra in Orissa

Anonymous, 2007:
Chemical management of fusarium wilt in tomato

Anonymous, 2006:
Chemical management of the white backed planthopper, Sogatella furcifera Horvath infesting rice

Reynolds, J.R.; Langmuir, C.H.; Humler, E.; Bender, J.F., 1990:
Chemical mapping of Deval-bounded segmentation on the East Pacific Rise, 12 degrees 03'-12 degrees 30'N

A.A.uppa; C.F.derico; G.G.udice; S.G.rrieri, 2005:
Chemical mapping of a fumarolic field, La Fossa Crater, Vulcano Island (Aeolian Islands, Italy)

Pihlaja Kalevi, 1990:
Chemical mapping of peatlands; present status and future development

Haines, E.L.; Arnold, J.R.; Metzger, A.E., 1976:
Chemical mapping of planetary surfaces

Hachmann, W.; Tietz, G.; Victor, J., 1996:
Chemical mapping; a modern tool combining chemical composition of minerals/ rocks with petrographic features

Gillan, F.T.; Johns, R.B., 1986:
Chemical markers for marine bacteria; fatty acids and pigments

Grimalt, J.; Bayona, J.M., 1985:
Chemical markers for the characterization of pollutant inputs in the coastal zones

Wong, A.S.n; Atreya Sushil, K.; Encrenaz Therese, 2003:
Chemical markers of possible hot spots on Mars

Ferris, J.P.; Ferris, J.P., 1992:
Chemical markers of prebiotic chemistry in hydrothermal systems

Hanor, J.S., 1974:
Chemical mass balance and change in water composition during injection and withdrawal of Mississippi River water from a Gulf Coast aquifer

Ji.B.F.Nley.J.Me.I.D.Ever, 1997:
Chemical mass balance and rates of mineral weathering in a high-elevation catchment, West Glacier Lake, Wyoming

Mackenzie Fred, T.; Garrels Robert, M., 1966:
Chemical mass balance between rivers and oceans

M.P.T.rpault; G.B.rger; A.M.unier, 1988:
Chemical mass balance of a zoned alteration around phengite vein in granite

Chiquet Arnaud; Colin Fabrice; Hamelin Bruno; Michard Annie; Nahon Daniel, 2000:
Chemical mass balance of calcrete genesis on the Toledo granite (Spain)

Sibley, D.F.; Vogel, T.A., 1976:
Chemical Mass Balance of the Earth's Crust: The Calcium Dilemma (?) and the Role of Pelagic Sediments

Clayton, J.L., 1989:
Chemical mass balance studies to evaluate cumulative watershed effects

Pierre Anschutz; Gérard Blanc, 1995:
Chemical mass balances in metalliferous deposits from the Atlantis II Deep, Red Sea

B.Y.hdegho; G.P.obst, 2001:
Chemical mass budget of two dredged lakes embedded in shallow Quaternary aquifers in southern Austria

Ghiorso, M.S.; Carmichael Ian, S.E., 1985:
Chemical mass transfer in magmatic processes; 2, Applications in equilibrium crystallization, fractionation and assimilation

Mark, S.G.iorso; Richard, O.S.ck, 1995:
Chemical mass transfer in magmatic processes; IV, A revised and internally consistent thermodynamic model for the interpolation and extrapolation of liquid-solid equilibria in magmatic systems at elevated temperatures and pressures

Sverjensky Dimitri, A.; Garven Grant, 1989:
Chemical mass transfer in regional flow systems associated with the formation of mississippi valley-type deposits in the Mid-continent

Denis Norton, 1974:
Chemical mass transfer in the Rio Tanama system, west-central Puerto Rico

Heinrich Chris, A.; Walshe John, L.; Harrold, B.P.; Ryan Chris, G., 1994:
Chemical mass transfer modelling and predictive mineral exploration

Heinrich, C.A.; Walshe, J.L.; Harrold, B.P., 1996:
Chemical mass transfer modelling of ore-forming hydrothermal systems; current practise and problems

Hanshaw, B.B.; Back, W., 1980:
Chemical mass-wasting of the northern Yucatan Peninsula by groundwater dissolution

Uspenskiy, V.A.; Radchenko, O.A.; Yarovaya, N.F.; Smirnova, N.B., 1982:
Chemical material composition of fossil organic material and its importance for solving problems in organic geochemistry

Boreham Christopher, J., 2006:
Chemical maturity assessment and oil correlation in the Arafura Basin

Sackett, W.M.; Bernard, B.B.; Brooks, J.M., 1977:
Chemical measurements of Orca Basin sediments

Kaess, W., 1985:
Chemical mechanism of transport in the unsaturated zone; investigations with tracer tests

Murray, J.W., 1988:
Chemical mechanisms operating in sea water

Adishev, D.N.; Bekturganov, N.S., 1987:
Chemical metallugical recovery

Bebeshko, G.I.; Rudometkina, T.F.; Khristaforova, T.K.; Zemtsova, L.I.; Nesterina, Y.M.; Zhuk, S.V.; Lyubimova, L.N., 1998:
Chemical methods applied to environmental ecological investigations

Brown, I.C., 1963:
Chemical methods as an aide to hydrogeology

Chin Kwie Joe, J.M., 1971:
Chemical methods as used for the determination of copper in the Weko Soela copper deposits

Young Edward, J., 1984:
Chemical methods for distinguishing between metamorphic-metasomatic and magmatic granitic rocks

Ross, G.J., 1993:
Chemical methods in mineralogical analysis

Chabllo Adam, 1967:
Chemical methods of analysis of small rock and mineral samples

Kowalska Janina; Krolak Bozena, 1967:
Chemical methods of bleaching and deferrization of Boleslawiec kaolin

Dollimore, D., 1986:
Chemical methods of eliminating mineral matter and especially sulfides from coal

Huegi, T. (reviewer), 1971:
Chemical methods of rock analysis; International series of monographs in analytical chemistry; Volume 36; book review

Sinnott, P.J., 1973:
Chemical methods used for determination of fluorine, phosphorus and nitrogen in fossil bones from west of Mildura, Australia

McCrone Walter, C.; McCrone Lucy, B., 1965:
Chemical microscopy

Beard James, S.; Fraser Nicholas, C., 2001:
Chemical microstratigraphy of the Triassic insect layer in the Danville Basin

Radvanec Martin; Banno Shohei; Ernst, W.G., 1998:
Chemical microstructure of Franciscan jadeite from Pacheco Pass, California

Mohr David, W., 1988:
Chemical microvariation within muscovite; use of computer-generated data sets to estimate nature and extent of indeterminate errors of analysis and real variation in mineral composition

Laul, J.C.; Papike, J.J., 1982:
Chemical migration by contact metamorphism between granite and silt/ carbonate systems

Laul, J.C.; Walker, R.J.; Shearer, C.K.; Papike, J.J.; Simon, S.B., 1984:
Chemical migration by contact metamorphism between pegmatite and country rocks; natural analogs for radionuclide migration

Sutton, S.J.; Maynard, J.B., 1991:
Chemical mineralogical and textural characteristics of complex sub-Huronian weathering profiles

Morel, S.W., 1989:
Chemical mineralogy and geothermometry of the Middle Shire granulites, Malawi

Rubertie, E.; Gomes, C.B., 1977:
Chemical mineralogy and petrology of amphibolites from the Morretes-Antonina region, Parana

Devaraju, T.C.; Laajoki, K.; Wodeyar, B.K., 1992:
Chemical mineralogy and thermobarometry of the metasediments from the high-grade metamorphic terrain of southern Karnataka

Leelanandam, C., 1970:
Chemical mineralogy of hornblendes and biotites from the charnockitic rocks of Kondapalli, India

Wittkopp, R.W.; Radtke, A.S., 1977:
Chemical mineralogy of lode gold-quartz ores, Alleghany District, California

D.C.Kamineni, 1975:
Chemical mineralogy of some cordierite-bearing rocks near Yellowknife, Northwest Territories, Canada

Nicholas, M.S.Rock, 1982:
Chemical mineralogy of the Monchique alkaline complex, southern Portugal

Verma, P.K., 1979:
Chemical mineralogy of the aureole of the Nahant gabbro at East Point, Nahant, Mass., USA

Lewis, A.E., 1970:
Chemical mining of primary copper ores by use of nuclear technology

Salje Ekhard, K.H., 1995:
Chemical mixing and structural phase transitions; the plateau effect and oscillatory zoning near surfaces and interfaces

Chandrasekharam, D., 1983:
Chemical mixing model for estimating sea water contamination levels in coastal aquifers

Hawke, B.R., 1979:
Chemical mixing model studies of lunar basin ejecta deposits

Spudis, P.D.; Hawke, B.R., 1981:
Chemical mixing model studies of lunar orbital geochemical data; Apollo 16 and 17 highlands compositions

Reichard James, S., 2007:
Chemical mixing pattern in scour pools on the coastal plain in Georgia

T.Finlow-Bates, 1979:
Chemical mobilities in a submarine exhalative hydrothermal system

Aguirre, L., 1988:
Chemical mobility during low-grade metamorphism of a Jurassic lava flow; Rio Grand Formation, Peru

Arndt, N.T., 1981:
Chemical mobility during the alteration of komatiites

Khalid Rashid, A., 1980:
Chemical mobility of cadmium in sediment-water systems

Rameshwar Rao, D., 1989:
Chemical mobility of elements in the granulite facies environments; Dharampuri area, Tamil Nadu, India

Gammons, C.H.; Williams-Jones, A.E., 1997:
Chemical mobility of gold in the porphyry-epithermal environment

Khalid, R.A.; Gambrell, R.P.; Patrick, W.H.J., 1979:
Chemical mobilization of cadmium in an estuarine sediment as affected by pH and redox potential

Zverev, V.P., 1973:
Chemical mobilization of substance in catchment areas

Dequincey, O.; Chabaux, F.; Clauer, N.; Sigmarsson, O.; Liewig, N.; Leprun, J.C., 2002:
Chemical mobilizations in laterites; evidence from trace elements and (super 238) U- (super 234) U- (super 230) Th disequilibria

J.Y.G.c; A.A.-Droubi; H.P.quet; B.F.itz; Y.T.rdy, 1979:
Chemical model for origin and distribution of elements in salts and brines during evaporation of waters; application to some saline lakes of Tibesti, Chad

Ingerson, E., 1977:
Chemical model for testing the role of subduction zones in metallogenesis

Raiswell, R., 1988:
Chemical model for the origin of minor limestone-shale cycles by anaerobic methane oxidation

Balakishiyeva, B.A.; Rashidova, T.N., 1980:
Chemical model of Caspian Sea water

Plumlee Geoffrey, S.; Ridley, W.I.n; DeBraal Jeffrey, D., 1992:
Chemical modeling constraints on Martian surface mineralogies formed in an early warm, wet climate, and speculations on the occurrence of phosphate minerals in the Martian regolith

Lyons, J.R., 1995:
Chemical modeling of Comet SL9 impact debris formation

Vuceta, J.; Morgan, J.J., 1978:
Chemical modeling of Cu and other trace metals in fresh waters

Nordstrom, D.K., 1991:
Chemical modeling of acid mine waters in the Western United States

Bassett, R.L.; Melchior Daniel, C., 1990:
Chemical modeling of aqueous systems; an overview

Reed Mark, H.; Spycher Nicolas, F., 1988:
Chemical modeling of boiling, condensation, fluid-fluid mixing and water-rock reaction using programs CHILLER and SOLVEQ

Truesdell Alfred, H.; Winnett Terrie, L.; Nieva David; Barragan Reyes Rosa Maria; Ramirez Enrique, 1987:
Chemical modeling of geothermal aquifer fluids with sample calculations for Los Azufres and Cerro Prieto

Jackson, D.D., 1977:
Chemical modeling of geothermal systems

Drummond, S.E.; Ohmoto, H., 1980:
Chemical modeling of hydrothermal fluid mixing

Zachara John, M.; Westall John, C., 1999:
Chemical modeling of ion adsorption in soils.; 2

Leach, D.L.; Plumlee Geoffrey, S.; Viets John, G.; Hofstra Albert, H.; Rowan, L.C.; Landis, G.P., 1989:
Chemical modeling of mississippi valley-type depositional processes based upon quantitative fluid inclusion analyses

Melchior Daniel, C.; Langmuir Donald; Rogers Pamela, S.Z., 1984:
Chemical modeling of tenorite solubility in saline waters

Plumlee, G.S.; Rye Robert, O.; Breit George, N.; John David, A., 2003:
Chemical modeling of volcanic gas interactions with ground water and andesite; insights into hydrothermal alteration at Mount Rainier, Washington

Jenne Everett, A., 1979:
Chemical modeling; goals, problems, approaches, and priorities

Goldberg Edward, D., 1975:
Chemical modelling

Behar, F.; Vandenbroucke, M., 1987:
Chemical modelling of kerogen

Czernichowski Lauriol, I.; Brevart, O., 1991:
Chemical modelling of late diagenetic processes in an oil-bearing sandstone reservoir

Heinrich Chris; Jaireth Subash, 1987:
Chemical modelling of ore fluids; the CSIRO-SGTE THERMODATA programs established at BMR

Appelo, C.A.J.; Willemsen, A., 1986:
Chemical modelling of salt water intrusion

London David; Burt Donald, M., 1982:
Chemical models for lithium aluminosilicate stabilities in pegmatites and granites

Morgan, J.J.; Sibley, T.H., 1975:
Chemical models for metals in coastal environments