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List of PDF Full Texts available from EurekaMag Chapter 20446

Chapter 20446 contains a list of PDF Full Texts available from EurekaMag.





L.Z.ngwen; H.Q.ao, 1993:
The software design for measuring system of WJH varied functional potential analytical instrument

Nakamura Koji, 1999:
The software for displaying GPS data (SEIS-GPS)

Zhu Jieshou; Yan Zhongqiong; Cao Junxing; Zhang Xuemei, 1998:
The software package for geophysical crosshole tomography and its application

Lin Jinxuan; Lian Guolin, 1987:
The software package of data processing for geotechnical test-processing data of test with microcomputer

Yang Wenjiu; Wang Runsheng; Liu Xinji; Zhang Weiqing; Yang Wenli; Jin Peidong, 1991:
The software package of image processing for multi-geoscience information integration in geological exploration

Tang Can; Zhou Pinggen, 1999:
The soil CO (sub 2) and its driving action on karstification in a typical karst area in Beijing

Cassagnau, P., 1981:
The soil Collemboles; biogeographic markers in the Indian subcontinent and Himalayas

Vukashinovitch, M., 1976:
The soil acceleration excited by the earthquake of May 6, 1976

Palanchon, A., 1979 :
The soil and water in the impact study of the habitation zone of the small plain; 500 dwellings

Memon, M.M., 1969:
The soil and water resources of the lower Indus region

Raats Petrus, A.C., 1967:
The soil as a continuous medium

Cottenie, A., 1977:
The soil as a natural reservoir and buffer in the environment

Evans James, O., 1970:
The soil as a resource renovator

Berger, C., 1999:
The soil as geotope; statement and assessment of its merit for protection

Dan, J.; Yaalon, D.H.; Koyumdjisky, H.; Raz, Z., 1972:
The soil association map of Israel (1:1,000,000)

Hall, B.R., 1966:
The soil associations of Furness

Conklin Alfred, R.Jr., 2002:
The soil atmosphere

Watson, J.P., 1970:
The soil balance

Wilde Hugh; Baisden Troy, 2006:
The soil carbon monitoring system

Almond Peter, C., 2004:
The soil catena through geomorphological glasses

Young, A., 1972:
The soil catena; a systematic approach

Sarma, V.V.J.gannadha; Prasad, N.V.B.S.S.; Prasad, P.R.jendra, 1983:
The soil characteristics along a part of the east coast of India; a case study

Tikhomirov, F.A.; Kasparov, S.V.; Moiseev, I.T. (Moiseyev, I.T., 1981:
The soil chemistry of radioiodides

Dumbleton, M.J., 1973:
The soil classification system proposed for use in the revised Code of Practice on Site Investigations

Sanches Furtado, A.F.A., 1969:
The soil clays of Bie district, Angola

Sokolov, I.A.; Ananko, T.V.; Konyushkov, D.Y., 2004:
The soil cover of central Siberia

Kovalev, R.V.; Khmelev, V.A.; Volkovintser, V.I.; Korsunov, V.M., 1974:
The soil cover of the Altai-Sayan mountain regions and its utilization

Mikhailov, I.S., 2002:
The soil cover of the Tierra del Fuego archipelago and adjacent territories of South America

Bostrom, R.C.; Sherif, M.A., 1971:
The soil cover of the ocean floor

Kovda, V.A., 1975:
The soil cover of the planet and its investigations

Souissi, A.; Mami, A., 1981:
The soil data bank of Tunisia; current experience

Moore, J.P.; Ping, C.L., 1993:
The soil data layer in Arctic ecological studies

Richter, G., 1991:
The soil erosion measurement station and its program

Richter, G., 1980:
The soil erosion problem in Central Europe

Finkel Herman, J., 1986:
The soil erosion process

Loughry, F.G., 1967:
The soil factor in sanitary landfill

Alvarez, A.M.; Cala, V.; Gonzalez, J., 1993:
The soil factor in wetlands of Cantalejo, Segovia

Loughry, F.Glade, 1966:
The soil facts for Montgomery County planning

Haantjens, H.A., 1976:
The soil families

Kuemmerer Klaus, 2002:
The soil from which we live; sustainable interactions with soils from a temporal and ecological viewpoint

Boelhouwers, J.; Holness, S., 2001:
The soil frost environment of Marion Island, maritime subantarctic

Rolston Dennis, E., 2002:
The soil gas phase; introduction

Morgan Cedwyn; Klingler Charles, 1987:
The soil gas survey as a preliminary investigation tool for hydrocarbon releases; cost-effective field techniques and an evaluation of factors influencing the effectiveness of the survey

Turkyilmaz Bayram; Sasmaz Ahmet, 2000:
The soil geochemistry of the area between Cansizhimik, Galusagi and Topalkem, Baskil-Elazig, villages

Naumov, E.M., 1976:
The soil geography of the North-east Asian taiga

Sorokina, N.P.; Kozlovskii, F.I. (Kozlovskiy, F.I., 1976:
The soil individual and elementary analysis of the soil-cover pattern

Hrasko, J.; Kobza, J.; Linkes, V., 1998:
The soil information system of Slovakia and its utilization in land evaluation

Keskin Sebahattin, 2000:
The soil information system of Turkey

Ruetz, D., 1986:
The soil mechanical double consolidation model of Lade and Arslan; numerical conversion in an FEM program

Knoblich, K., 1973:
The soil mechanics of the upper Oligocene Gail Clay of the Giessner Basin

Macphail Richard, I.; Cruise Jill, 2001:
The soil micromorphologist as team player; a multianalytical approach to the study of European microstratigraphy

Jauhiainen Erkki, 1971:
The soil of a Hungarian conifer forest

Kocman Asaf, 1984:
The soil of the Upper Kuras watershed area; northeastern Anatolia

Valentine, K.W.G.; Lavkulich, L.M., 1978:
The soil orders of British Columbia.; 2

Smith Guy, D., 1970:
The soil orders of the classification used in the USA

Wang Genxu; Cheng Guodong; Shen Yongping, 2002:
The soil organic carbon pool in grasslands on the Qinghai-Xizang Plateau and its global implications

Orbell, G.E., 1992:
The soil pattern of Tonga

Fearnley Sarah Mary, 2005:
The soil physical and chemical properties of restored and natural back-barrier salt marsh on Isles Dernieres, Louisiana

Fearnley, Sarah, 2008:
The soil physical and chemical properties of restored and natural back-barrier salt marsh on Isles Dernieres, Louisiana

Heimsath Arjun, M.; Dietrich William, E.; Nishiizumi Kuni; Finkel Robert, C., 1996:
The soil production function; cosmogenic nuclides, soil depth and topography in the Oregon Coast Range and Marin County, California

Murphy Brian, W.; Murphy Casey, L., 2000:
The soil profile.; 2

Brierley, J.A.; Hiley, J.C., 1993:
The soil resource and associated agricultural land use in the Palliser Triangle

Fenton Thomas, E.; Collins Mary, E., 2000:
The soil resource and its inventory

Carter, W.T., 1944:
The soil resources of Texas

Laffan, M.D., 1988:
The soil resources of the Atherton Tableland, North Queensland, Australia

Brevik Eric, C., 1999:
The soil science; geology connection

Simonson, R.W., 1964:
The soil series as used in the U.S.A

Wynd, F.L., 1944:
The soil series represented in Hidalgo County, Texas

G Corti; A Agnelli; G Certini; F.C Ugolini, 2001:
The soil skeleton as a tool for disentangling pedogenetic history; a case study in Tuscany, central Italy

Schwab, A.P., 2000:
The soil solution

Topp, G.C.arke; Ferre, P.A.; Davis, J.L.; Annan, A.P.; Starr James, L.; Paltineanu Ioan, C.; McNairn, H.; Pultz, T.J.; Boisvert, J.B.; Kachanoski, R.G.ry; Hendrickx Jan, M.H.; de Jong, E.; Hignett Cliff; Evett Steven, R.; Preston Caroline, M., 2002:
The soil solution phase; water content

Watanabe, K.; Takeda, E., 1973:
The soil stabilization test for Suwa lacustrine deposits

Hutson, J.L. (reviewer), 1994:
The soil stack; an interactive, introductory guide to the science, technology, degradation, management and care of soil; book review

Luo Ting; Yao Yangping; Hajime Matsuoka, 2000:
The soil strength equation in plane strain based on spatially mobilized planes

Kopp, E., 1972:
The soil structure as an expression of energy conditions

Kutanis, M.; Elmas, M., 2000:
The soil structure interaction analysis based on substructure method in time domain

Swanson David, K., 1993:
The soil survey as paradigm-based science; discussion

Vedby, S., 1978:
The soil surveys of Herlufmagle-Kirkelyng Mose in relation to ground-water levels

Ronkko Maria, 2000:
The soil temperature in the permafrost region

Correa Geraldo Terceiro; de Souza Filho Edvard Elias, 1999:
The soil use in Mutum-Porto Rico Archipelago, upper Parana River, MS/ PR

Metson, A.J., 1974:
The soil we live on (1)

Thorp James, 1968:
The soil, a reflection of Quaternary environments in Illinois

Fridland, V.M., 1976:
The soil-cover pattern; problems and methods of investigation

Johnson Donald, L.; Watson Stegner Donna, 1990:
The soil-evolution model as a framework for evaluating pedoturbation in archaeological site formation

H.Wind, 1979:
The soil-freezing method for large tunnel constructions

Jaramillo, J.Daniel Francisco, 1992:
The soil-physiography relationship in the Rio Riachon valley and surrounding areas

Bruckert, S.; Gaiffe, M., 1990:
The soil-rock subsurface systems, pedogenetic models; examples of karst and non-karst regions in Franche-Comte

Redondo Prieto, B.; Gomez Gutierrez, J.M., 1981:
The soil-vegetation interrelations in semi-arid pastures on granites

Kay, B.D.; Groenevelt, P.H., 1975:
The soil-water-ice complex

de Bode, A.; Hardenberg, S.P.L., 1995:
The soilbank Rotterdam

John, D.T., 1980:
The soils and superficial deposits on the North Downs of Surrey

Joshi, R.V.; Sabnis, M.S., 1954:
The soils and the irrigation problems of the northern Karnatak (Bombay)

Nemeth, G.; Merkel, P.; Udluft, P., 1985:
The soils and the unsaturated zone of ground water formations

Madrau Salvatore, 2004:
The soils as palaeoclimatic indicators; a few sequences of paleosols in the Fiume Santo area (Sassari, Sardinia); preliminary observations

Lessig Heber, D., 1961:
The soils developed on Wisconsin and Illinoian age glacial outwash terraces along Little Beaver Creek and the adjoining upper Ohio Valley, Columbiana County, Ohio

Parichi, M., 1971:
The soils formed on loess and loessic deposits of the terraces of the Jijia and Prut Rivers, Moldavia, Romania

Forteza, J.; Garcia Rodriguez, A.; Nieto, J.L., 1978:
The soils from the left margin of the Esla River, Zamora Province; evolution of the sesquioxides

Moreno Real, L.; Barahona, E.; Martin Lara, M.; Bruque, S., 1983:
The soils from the lower basin of the Guadalhorce River, Malaga; III, Luvisols

Lamouroux, M., 1964:
The soils map of Togo with the scale of 1:1,000,000 (1st approximation)

Pias, J., 1972:
The soils of Afghanistan; ancient and present-day pedogenesis

Griffith Taylor, 1933:
The soils of Australia in relation to topography and climate

Bonsteel Jay, A.; Burke, R.T.A., 1907:
The soils of Calvert County

Bottini Ottaviano, 1971 :
The soils of Campania, Italy

Hoyos, D.C.stro A.; Monturiol, F., 1981:
The soils of Carabana region

Lankelis, A., 1993:
The soils of Cepkeliai bogs

Pias, J., 1964:
The soils of Chad

Malchow Richard, L., 1963:
The soils of Duck Lake Valley

Abdel Gaphour, E.S.; Fiedler, H.J., 1987:
The soils of Egypt in relation to rock and relief as soil forming factors

Mudarra Gomez, J.L., 1989:
The soils of El Aljarafe, Seville; their origin and evolution

Sacadura Garcia, J.A.; Cardoso Carvalho, J., 1964:
The soils of Goa

Stensland Carl Harold, 1956:
The soils of Guam

Avnimelech, A., 1973:
The soils of Hanita; first notes on agrarian geology of Eretz Israel

Dan, J.; Koyumdjisky, H., 1963:
The soils of Israel and their distribution

Averitt, S.D., 1915:
The soils of Kentucky

Beckett, P.H.T., 1958:
The soils of Kerman, south Persia

Malchow Richard, L., 1963:
The soils of Long Valley

Escario, V., 1978:
The soils of Madrid and the deformability of the TOSCO determined by the settlements of a tall building

Stecker, A., 1983:
The soils of Marchfeld

Banin Amos, 1988:
The soils of Mars

Carroll, D.M., 1980:
The soils of Mid-Northumberland

Lueders, R., 1975:
The soils of Misburg near Hanover and their significance as a component of the ecological potential

Abruna, F.; Lugo Lopez, M.A.; Escolar, R.P., 1977:
The soils of Puerto Rico

Darch Janice, P., 1983:
The soils of Pulltrouser Swamp; classification and characteristics

Sehgal Jawahar, L., 1970:
The soils of Punjab (India); I, Geographical conditions

Sehgal Jawahar, L.; Sys, C., 1971:
The soils of Punjab (India); II, Application of the '7th Approximation' to the classification of the soils of Punjab; some problems, considerations and criteria

Bonsteel Jay, A., 1907:
The soils of Saint Mary's County

Nadir Armando, R.; Chafatinos Teodoro, 1999:
The soils of Salta

Aru, A., 1985:
The soils of Sardinia and their state of conservation

Avril, P., 1982:
The soils of Wallonia; first part

Patterson, J.C.; Fanning, D.S.; Stein, C.E., 1974:
The soils of Washington, D. C

Martin, D.; Segalen, P., 1964:
The soils of West Cameroon

Charlier, R.H., 1970:
The soils of cold zone in the Northern Hemisphere

Wall, J.R.D.; Hansell, J.R.F., 1971:
The soils of some Quaternary marine terraces in the British Solomon Islands protectorate and their agricultural use

Muro Elsa, E., 1988:
The soils of southern Carmen de Patagones District, Buenos Aires Province

Matthews, B., 1982:
The soils of the Abbey Town area and excursion route

Romagnoli, L., 1964:
The soils of the Apuane Alps

Barbu, N.; Lupascu, G.; Rusu, C.; Barbu, A.; Toderita, M., 1978:
The soils of the Bicaz Mountains

Tamaskar, B.G., 1968:
The soils of the Dagar-Damoh plateau

Bottini Ottaviano, 1971:
The soils of the Ernico volcanic area, Italy

Heinemann, B., 1973:
The soils of the Gehrden Mountains

Tricart J., 1972:
The soils of the Jaguaribe River basin, Brazil

Oelkers Karl Heinz, 1970:
The soils of the Leine Valley; their characteristics, distribution, genesis, and classification, an example of the valley soils in median ranges and their foreland

Schuetzenmeister Werner, 1972:
The soils of the Leipzig region; possibilities and problems of their amelioration

Bullock, P., 1971:
The soils of the Malham Tarn area

Hirayama Ryoji; Carating Rodelio; Ohkura Toshiaki; Castaneda Virgilio; Vinluan Mario, 2002:
The soils of the Philippines

P.A.James, 1970:
The soils of the Rankin Inlet area, Keewatin, N.W.T., Canada

Giovagnotti Celso, 1969:
The soils of the Rieti basin

Lavardiere, M.; Martel, Y., 1978:
The soils of the Saint Lawrence Lowlands

Janetzko, P., 1978:
The soils of the Stoer and Bramau areas (TK 25, Nr. 2023/ 2024) in their relationship to geological-morphological landscape classification

Janetzko, P., 1978:
The soils of the Stoer and Bramau areas (TK 25, Number 2023/ 2024) in reference to their geologic-morphologic regional distribution

Bryssine Georges, 1971:
The soils of the Tangier region; summary

Villegas Soto, M.; Trujillo, T.R.; Gomez Tagle Rojas, A., 1977:
The soils of the Tehuitzingo region, Puebla

Johnson, P.A., 1973:
The soils of the Tideswell area

Carloni, L.; Riffaldi, R.; Leviminzi, R.; Pacciardi, A., 1981:
The soils of the Tombolo Farm; I, The soils of dunes

Willard Daniel Everett, 1906:
The soils of the Tower Quadrangle

Madrau, S.; Perria, M.D., 1985:
The soils of the coastal plain between the Rio Perdas de Fogu and the Torre di Abbacurrente, northwestern Sardinia; Note II, Preliminary observations on the soils of aolian and loam rocks in the Sassari Field

Pofali, R.M.; Vadivelu, S.; Swaminathan, M., 1991:
The soils of the deltas of India

Dahm Arens, H., 1986:
The soils of the limestone massif from Atterdorn

Prusinkiewicz, Z.; Bednarek, R.; Pokojska, U., 1980:
The soils of the podzolozem-class in Poland

Dan, J., 1973:
The soils of western Galilee

Shinagawa Akio; Miyanchi Nobufumi; Higashi Teruo; Djuwansah Rachman; Sule Achmad, 1985:
The soils on the Krakatau Island

Oncu, M., 1996:
The soils on the Mures Corridor; pedogeographical considerations

Urushibara Yoshino, K., 1994:
The soils on the calcareous sand dunes in southeast of South Australia

Jessup, R.W., 1951:
The soils, geology and vegetation of north-western South Australia

Doyle, R.B., 1991:
The soils, geomorphology and erosion history of the Leipsokouki Catchment, Nomos of Grevena, Greece

Hofmann, B., 1985:
The soils; explanatory text for sheet number 7546; Neuhaus am Inn

Grottenthaler, W., 1985:
The soils; explanatory text for sheet number 8334; Kochel Lake

Grottenthaler, W., 1985:
The soils; explanatory text for sheet number 8338; Bavaria region

Williams, G.D.; Moody, K.R.; Smalley, M.V.; King, S.M., 1994:
The sol concentration effect in n-butylammonium vermiculite swelling

Holweger, H., 1977:
The solar Na/ Ca and S/ Ca ratios; a close comparison with carbonaceous chondrites

S.R.C.M.lin; B.R.L.aton, 1967:
The solar and luni-solar daily variations of the geomagnetic field at hartland during the igy

Bohumila Bedná?ová-Nováková, 1966:
The solar causes of the occurrence of selected geomagnetic storms and geomagnetic quiet

Shapkin, A.I.; Sidorov, Y.I., 1994:
The solar chondrite as the product of postcondensation evolution of nebula matter

B.A.K.shiwa; Corey, B.K.shiwa, 2008:
The solar cyclone: a solar chimney for harvesting atmospheric water

Maravilla Dolores, 2000:
The solar dust ring

Vanallen, J.A.; Wende, C.D., 1969:
The solar flare of july 8, 1968

Huntington Ellsworth, 1914:
The solar hypothesis of climatic changes

Boss, A.P., 2004:
The solar nebula

Marie C Johnson, 1986:
The solar nebula redox state as recorded by the most reduced chondrules of five primitive chondrites

R.C.W.Ens.G.R.H.Ss.D.S.B.Rnett, 1999:
The solar oxygen-isotopic composition; predictions and implications for solar nebula processes

Franceschini, G.A., 1979:
The solar radiation environment in the eastern tropical North Pacific Ocean

Steven, L.Forman, 1988:
The solar resetting of thermoluminescence of sediments in a glacier-dominated fiord environment in Spitsbergen; geochronologic implications

Wold Dieter; Palme Herbert, 2001:
The solar system abundances of phosphorus and titanium and the nebular volatility of phosphorus

Strom Robert, G., 1984:
The solar system cratering record and the origin of impacting objects

Robert, G.Strom, 1987:
The solar system cratering record; Voyager 2 results at Uranus and implications for the origin of impacting objects

Olano, C.A., 2000:
The solar system linked to a gigantic interstellar cloud, during 500 myr; implications for a galactic theory of terrestrial catastrophism

Dwornik Stephen, E., 1979:
The solar system view in 1975

Ireland Trevor, R.; Fegley Bruce Jr., 2000:
The solar system's earliest chemistry; systematics of refractory inclusions

Kerr, R.A., 1994:
The Solar System's New Diversity

Israel Guy, 1988:
The solar system.; 2

Cazenave Anny, 1988:
The solar system; characteristics and dynamics.; 2

Woolfson, M.M., 1993:
The solar system; its origin and evolution; a personal view

Bertaux Jean Loup, 1988:
The solar system; the origin of the atmospheres.; 2

Mustel, E.R., 1967:
The solar wind and interplanetary magnetic fields

Smirnov, R.V., 1967:
The solar wind and the temperature field of the troposphere

Johnson Francis, S., 1967:
The solar wind in space

Slavin James, A.; Holzer Robert, E., 1981:
The solar wind interaction with Mars re-visited

Beard, D.B., 1967:
The solar wind, n reports on progress in physics, v. 30, pt. 2

Stephen Sargent Visher, 1925:
The solar-cyclonic hypothesis and the glacial period

V.C.A.Ferraro, 1969:
The solar-terrestrial environment-an historical survey

Snyder, C.W.; Clay, D.R.; Neugebauer Marcia, 1970:
The solar-wind spectrometer experiment

Raleigh Barry; Burke Kevin, 1985:
The solid Earth in Earth systems science

Cole, G.H.A. (reviewer), 1991:
The solid Earth; book review

Price, R., 2006:
The solid foundation of a career

Roberts, D.G., 1975:
The solid geology of the Rockall Plateau

Eden, R.A.; Wright, J.E.; Bullerwell, W., 1971:
The solid geology of the east Atlantic continental margin adjacent to the British Isles

Grossman Robert, B.; Reinsch Thomas, G., 2002:
The solid phase

Fuetterer Dieter, K., 2000:
The solid phase of marine sediments

Engi Martin, 1980:
The solid solution behaviour of olivine in the temperature-range from 500 K to 1500 K

Hoisch Thomas, D.; Thomas Warren, M., 1984:
The solid solution chemistry of idocrase

Hoisch, T.D., 1985:
The solid solution chemistry of vesuvianite

Moya Corral, J.S.; Verduch, A.G., 1978:
The solid solution of silica in celsian

Bird Graham; Brewer Paul, A.; Macklin Mark, G.; Balteanu Dan; Driga Basarab; Serban Mihaela; Zaharia Sorin, 2003:
The solid state partitioning of contaminant metals and As in river channel sediments of the mining affected Tisa drainage basin, northwestern Romania and eastern Hungary

Skocilasova, B., 1986:
The solid waste

Armando Savino, A., 1997:
The solid waste management situation in cities of Argentina and its risks

W.M.Schwerdtner, 1989:
The solid-body tilt of deformed paleohorizontal planes; application to an Archean transpression zone, southern Canadian Shield

O.Keeffe, M., 1983:
The solid-electrolyte transition and some geochemical implications

Ziegenbalg Gerald; Emons Hans Heinz; Fanghaenel Thomas, 1991:
The solid-liquid phase equilibria of the ocean salts

Turner, A.; Millward, G.E.; Bale, A.J.; Morris, A.W., 1992:
The solid-solution partitioning of trace metals in the southern North Sea; in situ radiochemical experiments

Handy Mark, R., 1990:
The solid-state flow of polymineralic rocks

Zheng Xiangshen, 1983:
The solid-state inclusions in anorthoclase phenocrysts of pantellerite in Baitoushan, Jilin Province

Knittle Elise, 1998:
The solid/ liquid partitioning of major and radiogenic elements at lower mantle pressures; implications for the core-mantle boundary region

Jaeger, J.C., 1958:
The solidification and cooling of intrusive sheets

Aston James, 1909:
The solidification of alloys and magmas

Frenkel, M.Y.; Zabaluyeva, Y.V., 1983:
The solidification of effusive magmas on Venus and the Earth

Madanyan, O.G., 1970:
The solidification temperature of inclusions of mineral-forming solutions

Roseboom Eugene Holloway Jr.; Kullerud Gunnar, 1958:
The solids in the system Cu-Fe-S between 400 degrees and 800 degrees C

Falloon Trevor, J.; Green David, H., 1989:
The solidus of carbonated, fertile peridotite

Langmuir Donald, 1996:
The solubilities of amorphous forms of uraninite and coffinite in reduced groundwaters; implications for nuclear waste disposal

Gruner John Walter, 1933:
The solubilities of metallic sulphides in alkali sulphide solutions

Ashmyan, K.D.; Skripka, V.G.; Namiot, A.Y., 1984:
The solubilities of methane and nitrogen in water at high temperatures and pressures

Wanty, R.B.; Chatam, J.R.; Langmuir Donald, 1987:
The solubilities of some major and minor element minerals in ground waters associated with a sandstone-hosted uranium deposit

Red kin A.F.; Omel yanenko B.I., 1988:
The solubilities of uranium oxides in water at 773 K and 100 MPa

Rafal skiy R.P., 1982:
The solubilities of zinc, lead, and silver sulfides in hydrothermal solutions

Simon L Clegg; Peter Brimblecombe, 1990:
The solubility and activity coefficient of oxygen in salt solutions and brines

Fenlon Barbara, J.; Polya David, A., 1991:
The solubility and complexing of platinum and palladium in subcritical hydrothermal fluids

Tingle Tracy, N.; Green Harry, W.I.I.; Finnerty Anthony, A., 1985:
The solubility and diffusivity of carbon in olivine

Tingle Tracy, N.; Green, H.W.; Finnerty Anthony, A., 1986:
The solubility and diffusivity of carbon in olivine; implications for carbon in the Earth's upper mantle

Tingle Tracy, N.; Green Harry, W.; Finnerty, A.A., 1986:
The solubility and diffusivity of carbon in olivine; implications for upper mantle evolution

Tarlinskiy, I.I.; Kaz min L.A., 1977:
The solubility and forms of transfer of chalcanthite in the open system CuSO (sub 4) .5H (sub 2) O-H (sub 2) O at temperatures of 8-50 degrees C

Mucci Alfonso, 1991:
The solubility and free energy of formation of natural kutnahorite

Kogarko, L.N.; Krigman, L.D.; Krot, T.V., 1988:
The solubility and geochemistry of phosphorus in magmas

Helz, G.R.; Holland, H.D., 1965:
The solubility and geologic occurrence of strontianite

Dong Faqin; Huang John; Wan Pu, 1996:
The solubility and health effect of fibrous brucite (FB)

Sherman, L.A.; Barak, P., 1993:
The solubility and kinetics of dissolution of dolomite in Ca-Mg-HCO (sub 3) / CO (sub 3) solutions at 25 degrees C

Yuan Feng; Zhou Taofa; Yue Shucang, 2001:
The solubility and liquid content of granitic magma in the Nurt area, Altai Mountains, China

Holland, H.D.; Malinin, S.D., 1979:
The solubility and occurrence of non-ore minerals.; 2

Dingwell, D.B.; O.N.ill H.S.C.; Ertel, W.; Spettel, B., 1994:
The solubility and oxidation of nickel in silicate melt at low oxygen fugacities; results using a mechanically assisted equilibration technique

Logan Terry, J. (investigator), 1994:
The solubility and potential for water contamination of arsenic in coal combustion wastes when used for coal mine remediation

Bayliss, S.; Ewart, F.T.; Howse, R.M.; Smith Briggs, J.L.; Thomason, H.P.; Willmott, H.A., 1988:
The solubility and sorption of lead-210 and carbon-14 in a near-field environment

Rempel, K.U., 2006:
The solubility and speciation of molybdenum in water vapour at high temperatures and pressures; applications to porphyry Mo ore deposits

Moretti, R.; Ottonello, G., 2002:
The solubility and speciation of sulfur in silicate melts; development of the conjugated Toop-Samis-Flood-Grjotheim (CTSFG) model

Dove Patricia, M.; Rimstidt, J.D.nald, 1984:
The solubility and stability of scorodite

Dove Patricia Martin; Rimstidt, J.D.nald, 1985:
The solubility and stability of scorodite, FeAsO (sub 4) .2H (sub 2) O

Bischoff James, L.; Fitzpatrick John, A.; Rosenbauer Robert, J., 1993:
The solubility and stabilization of ikaite (CaCO (sub 3) .6H (sub 2) O) from 0 degrees to 25 degrees C; environmental and paleoclimatic implications for thinolite tufa

Oddo John, E.; Tomson Mason, B., 1990:
The solubility and stoichiometry of calcium-diethylenetriamine-penta(methylene phosphonate) at 70 degrees C in brine solutions at 4.7 and 5.0 pH

Gillingham Thomas Ellwood Jr., 1948:
The solubility and transfer of silica and other non-volatiles in steam

Mysen Bjoern, O.; Virgo David, 1980:
The solubility behavior of CO (sub 2) in melts on the join NaAlSi (sub 3) O (sub 8) -CaAl (sub 2) Si (sub 2) O (sub 8) -CO (sub 2) at high pressures and temperatures; a Raman spectroscopic study

Robertson, W.G., 1982:
The solubility concept

Luth Robert, W.; Mysen Bjorn, O.; Virgo David, 1986:
The solubility mechanisms of H (sub 2) in silicate liquids

Mysen, Bjørn O., 1983:
The solubility mechanisms of volatiles in silicate melts and their relations to crystal-andesite liquid equilibria

Felmy Andrew, R.; Rai Dhanpat; Moore Dean, A., 1993:
The solubility of (Ba,Sr)SO (sub 4) precipitates; thermodynamic equilibrium and reaction path analysis

Sandino Amaia; Bruno Jordi, 1992:
The solubility of (UO (sub 2) ) (sub 3) (PO (sub 4) ) (sub 2) .4H (sub 2) O(s) and the formation of U(VI) phosphate complexes; their influence in uranium speciation in natural waters

Gammons Christopher, H.; Barnes, H.L., 1989:
The solubility of Ag (sub 2) S in near-neutral aqueous sulfide solutions at 25 to 300 degrees C

Lin Heather; Manning, C.E., 1999:
The solubility of AgCl and the dissociation of HCl from 5-15 kbar, at 350&450C

Lin Heather, A.; Manning, C.E., 1998:
The solubility of AgCl at 5-7 kbar, 350 degrees C

Arima, M., 1978:
The solubility of Al (sub 2) O (sub 3) in enstatite in the system MgSiO (sub 3) -Al (sub 2) O (sub 3) -Fe (sub 2) O (sub 3) at high temperatures and pressures

Obata, M., 1976:
The solubility of Al (sub 2) O (sub 3) in orthopyroxenes in spinel and plagioclase peridotites and spinel pyroxenite

Voigt, D.E.; Burnham, C.W.yne, 1983:
The solubility of Al (sub 2) SiO (sub 5) in the system KAlSi (sub 3) O (sub 8) -SiO (sub 2) -H (sub 2) O at 2 Kbar, and its implications for melt speciation

Webster, J.G., 1990:
The solubility of As (sub 2) S (sub 3) and speciation of As in dilute and sulphide-bearing fluids at 25 and 90 degrees C

Gammons, C.H.; Williams Jones, A.E., 1995:
The solubility of Au-Ag alloy+AgCl in HCl/ NaCl solutions at 300 degrees C; new data on the stability of Au(I) chloride complexes in hydrothermal fluids

Busenberg Eurybiades; Plummer, L.N.el, 1986:
The solubility of BaCO (sub 3ú(cr) (witherite) in CO (sub 2ú-H (sub 2úO solutions between 0 and 90 degrees C, evaluation of the association constants of BaHCO (super +ú (sub 3ú(aq) and BaCO (super 0ú (sub 3ú(aq) between 5 and 80 degrees C, and a preliminary evaluation of the thermodynamic properties of Ba (super 2+ú(aq)

Koz menko O.A.; Belevantsev, V.I.; Peshchevitskiy, B.I., 1988:
The solubility of BeO in aqueous HF at 250 and 350 degrees C

Malinin, S.D.; Savel yeva (Savelyeva, N.I., 1972:
The solubility of CO (sub 2) in NaCl and CaCl (sub 2) solutions at 25, 50, and 75 degrees under elevated CO (sub 2) pressures

Holloway, J.R.; Mysen, B.O.; Eggler, D.H., 1976:
The solubility of CO (sub 2) in liquids on the join CaO-MgO-SiO (sub 2) -CO (sub 2)

L.Y.an Hui; Tsui Tien Fung, 1971:
The solubility of CO (sub 2) in water and sea water

Eggler, D.H.; Mysen, B.O.; Holloway, J.R., 1977:
The solubility of CO in silicate melts at high pressures

Kurovskaya, N.A.; Malinin, S.D., 1983:
The solubility of CaF (sub 2) in aqueous CaCl (sub 2) -HCl-NaCl solutions at 25-200 degrees C and determination of CaF (sub 2) activity product

Fogel Robert, A.; Weisberg Michael, K.; Prinz Martin, 1996:
The solubility of CaS in aubrite silicate melts

Cao Hongsheng; Wood Scott, A., 2003:
The solubility of CeO (sub 2) in NaNO (sub 3) medium

Rickard David, 2006:
The solubility of FeS

Morehouse David, F., 1966:
The solubility of Galena dolomite in cave waters

Tamic Nathalie; Behrens Harald; Holtz Francois, 2001:
The solubility of H (sub 2) O and CO (sub 2) in rhyolitic melts in equilibrium with a mixed CO (sub 2) -H (sub 2) O fluid phase

Mysen, B.O., 1977:
The solubility of H (sub 2) O and CO (sub 2) under predicted magma genesis conditions and some petrological and geophysical implications

Dingwell Donald, B.; Harris David, M.; Scarfe Christopher, M., 1984:
The solubility of H (sub 2) O in melts in the system SiO (sub 2) -Al (sub 2) O (sub 3) -Na (sub 2) O-K (sub 2) O at 1 to 2 kbars

Dingwell, D.B.; Holtz, F.; Behrens, H., 1997:
The solubility of H (sub 2) O in peralkaline and peraluminous granitic melts

Carroll Michael, R.; Blank Jennifer, G., 1997 :
The solubility of H (sub 2) O in phonolitic melts

Linnen Robert, L., 1998:
The solubility of Nb-Ta-Zr-Hf-W in granitic melts with Li and Li + F; constraints for mineralization in rare metal granites and pegmatites

Anderson Gregor, M., 1962:
The solubility of PbS in H (sub 2) S-water solutions

Nriagu Jerome; Anderson, G.M., 1969:
The solubility of PbS in solutions of hydrothermal interest

Pruseth, K.L.; Palme, H., 2004:
The solubility of Pt in liquid Fe-sulfides

McConnell, J.D.C.; Lin, S.J.; Heine Volker, 1995:
The solubility of Si defects in alpha-quartz and their role in the formation of molecular water and related weakening on heating

Westrich Henry, R., 1982:
The solubility of UO (sub 2) and ZrO (sub 2) in silicate melts

Aja Stephen, U.; Small Joe, S., 1999:
The solubility of a low-Fe clinochlore between 25 and 175 degrees C and P (sub v) = P (sub H2O)

Ewart, F.T.; Howse, R.M.; Thomason, H.P.; Williams, S.J.; Cross, J.E., 1986:
The solubility of actinides in the near-field

Neil, J.M.; Apps, J.A., 1980:
The solubility of albite in NaCl solutions at 25 degrees intervals along the saturation curve of water between 125 degrees C and 350 degrees C

Lin Heather; Manning, C.E., 1997 :
The solubility of albite-paragonite-quartz at 5 kbar, 350C

Aja, S.U.; Wood, S.A.; Williams Jones, A.E., 1991:
The solubility of alkali-bearing zirconium minerals between 25 and 200 degrees C

Yefremova, V.P.; Kuznetsov, V.A.; Shukina, N.D., 1982:
The solubility of alpha -HgS in hydrosulfide solutions at elevated temperatures

Jan Mulder; Alfred Stein, 1994:
The solubility of aluminum in acidic forest soils; long-term changes due to acid deposition

Lindsay, W.L.; Walthall, P.M., 1996:
The solubility of aluminum in soils.; 2

Eary, L.E., 1992:
The solubility of amorphous As (sub 2) S (sub 2) from 25 to 90 degrees C

Gallup, D.L., 1989:
The solubility of amorphous silica in geothermal brines

Fournier, R.O.; Rowe, J.J., 1977:
The solubility of amorphous silica in water at high temperatures and high pressures

Blount, C.W.; Dickson, F.W., 1969:
The solubility of anhydrite (CaSO (sub 4) ) in NaCl-H (sub 2) O from 100 to 450 degrees C and 1 to 1000 bars

Dernov Pegarev, V.F.; Malinin, S.D., 1986:
The solubility of apatite in aqueous alkali-carbonate solutions at 300, 400, and 500 degrees C

Plath David, C.; Pytkowicz Ricardo, M., 1980:
The solubility of aragonite in seawater at 25.0 degrees C and 32.62% salinity

Mucci, A.; Millero, F.J.; Morse, J.W.; Cooke, R.C.; Kepkay, P.E., 1982:
The solubility of aragonite in seawater; discussion and reply

Barkin, Y.S., 1986:
The solubility of argon in water from mixtures with methane at high temperatures and pressures

Zhuang, G.; Duce, R.A., 1988:
The solubility of atmospheric iron in seawater and its impact on marine biological productivity

Zhuang Guoshun; Duce Robert, A., 1990:
The solubility of atmospheric iron in surface seawater of the open ocean

Nazarova, A.S.; Zhurkova, Z.A., 1967:
The solubility of bertrandite

Sushchik, Y.Y.; Mitskevich, B.F., 1975:
The solubility of bromellite and forms of beryllium migration in water solutions

Koz menko O.A.; Peshchevitskiy, B.I.; Belevantsev, V.I., 1986:
The solubility of bromellite in solutions of hydrogen fluoride at 300 degrees C

Dernov Pegarev, V.F.; Bogomolova, V.I.; Malinin, S.D., 1988:
The solubility of brucite and forsterite in K (sub 2) CO (sub 3) / Na (sub 2) CO (sub 3) solutions at 300 and 400 degrees C in relation with the problem of formation of carbonatites

A.Mucci, 1983:
The solubility of calcite and aragonite in seawater at various salinities, temperatures, and one atmosphere total pressure

Mucci Alfonso; Canuel Rene; Zhong Shaojun, 1989:
The solubility of calcite and aragonite in sulfate-free seawater and the seeded growth kinetics and composition of the precipitates at 25 degrees C

Lafon, G.M., 1975:
The solubility of calcite and the calculation of chemical potentials in aqueous solutions

Segnit, E.R.; Holland, H.D.; Biscardi, C.J., 1962:
The solubility of calcite in aqueous solutions; I, The solubility of calcite in water between 75 degrees and 200 degrees at CO (sub 2) pressures up to 60 atm

Ellis, A.J., 1959:
The solubility of calcite in carbon dioxide solutions

Malinin, S.D.; Kanukov, A.B., 1972:
The solubility of calcite in homogeneous H (sub 2) O-NaCl-CO (sub 2) systems in the 200-600 degrees C temperature interval

Ingle, S.E.; Culberson, C.H.; Hawley, J.E.; Pytkowicz, R.M., 1973:
The solubility of calcite in seawater at atmospheric pressure and 35 (super o) / oo

Wells Roger Clark, 1918:
The solubility of calcite in seawater in contact with the atmosphere, and its variation with temperature

Mucci Alfonso; Morse John, W., 1984:
The solubility of calcite in seawater solutions of various magnesium concentration, I (sub t) = 0.697 m at 25 degrees C and one atmosphere total pressure

Nagy Kathryn, L.; Morse John, W., 1986:
The solubility of calcite in sodium-calcium-chloride brines to 90 degrees C and evaluation of the interaction between calcium and carbonate ions

Fein Jeremy, B.; Walther John, V., 1986:
The solubility of calcite in supercritical CO (sub 2) -H (sub 2) O fluids

Downs William, 1980:
The solubility of calcite in synthetic geothermal brines

Stchouzkoy Muxart, T., 1971:
The solubility of calcite in water at 20 degrees C and 30 degrees C in the presence of carbon dioxide

Wells Roger Clark, 1915:
The solubility of calcite in water in contact with the atmosphere, and its variation with temperature

Millero Frank, J.; Milne Peter, J.; Thurmond Valerie, L., 1984:
The solubility of calcite, strontianite and witherite in NaCl solutions at 25 degrees C

Plath David, C.; Johnson Kenneth, S.; Pytkowicz Ricardo, M., 1980:
The solubility of calcite--probably containing magnesium--in seawater

J.E.D.trizac; A.K.iper, 2006:
The solubility of calcium sulphate in simulated nickel sulphate-chloride processing solutions

Benning, L.G.; Wilkin, R.T.; Barnes, H.L., 1997:
The solubility of calcium- and magnesium-exchanged clinoptilolite

Takenouchi, S.; Kennedy, G.C., 1965:
The solubility of carbon dioxide in nacl solutions at high temperatures and pressures

Fogel Robert, A.; Rutherford Malcolm, J., 1990:
The solubility of carbon dioxide in rhyolitic melts; a quantitative FTIR study

Ellis, A.J., 1959:
The solubility of carbon dioxide in water at high temperatures

David, H.E.gler; Bjørn O.M.sen; T.C.H.ering; John, R.H.lloway, 1979:
The solubility of carbon monoxide in silicate melts at high pressures and its effect on silicate phase relations

Kovalenko, N.I.; Ryzhenko, B.N.; Barsukov, V.L.; Klintsova, A.P.; Velyukhanova, T.K.; Volynets, M.R.; Kitayeva, L.P., 1986:
The solubility of cassiterite in HCl and HCl + NaCl (KCl) solutions at 500 degrees C and 1000 atm under fixed redox conditions

Eadington Peter, J., 1985:
The solubility of cassiterite in hydrothermal solutions in relation to some lithological and mineral associations in tin ores

Eadington, P.J., 1988:
The solubility of cassiterite in hydrothermal solutions in relation to some lithological and mineral associations of tin ores

Monnin Christophe; Galinier Colette, 1988:
The solubility of celestite and barite in electrolyte solutions and natural waters at 25 degrees C; a thermodynamic study

Koljonen Tapio; Malisa, E., 1989:
The solubility of chemical elements from the fine fraction of till in strong acids

Saccocia Peter, J.; Seyfried William, E.J., 1994:
The solubility of chlorite solid solutions in 3.2 wt% NaCl fluids from 300-400 degrees C, 500 bars

Saccocia Peter James; Seyfried, W.E.J., 1990:
The solubility of chlorite solid solutions in NaCl fluids of seawater salinity

Sinclair, W.David, 1972:
The solubility of copper and chalcocite in aqueous chlorite solutions from 25 degrees to 250 degrees C

Tropper, P.; Manning, C.E., 2007:
The solubility of corundum in H (sub 2) O at high pressure and temperature and its implications for Al mobility in the deep crust and upper mantle

Soboleva, Y.B.; Zaraisky, G.P. (Zarayskiy, G.P., 1990:
The solubility of corundum in HF solutions at elevated temperatures

Fournier, R.O.; Rowe, J.J., 1962:
The solubility of cristobalite along the three-phase curve, gas plus liquid plus cristobalite

Wood, S.A.; Wesolowski, D.J.; Palmer, D.A.; Benezeth Pascale, 1999:
The solubility of crystalline Nd(OH) (super 3) and hydrolysis of Nd (super 3+) from 30 degrees to 290 degrees C with in-situ pH measurement

Donald, O.W.ittemore; Donald Langmuir, 1975:
The solubility of ferric oxyhydroxides in natural waters

Singer Philip, C.; Stumm Werner, 1970:
The solubility of ferrous iron in carbonate-bearing waters

Bloom Paul, R.; Weaver, R.M., 1981:
The solubility of gibbsite as related to surface properties

Krauskopf Konrad Bates, 1951:
The solubility of gold

Webster, J.G., 1986:
The solubility of gold and silver in the system Au-Ag-S-O (sub 2ú-H (sub 2úO at 25 degrees C and 1 atm

Zezin Denis Yu; Migdisov Artashes, A.; Williams Jones Anthony, E., 2007:
The solubility of gold in hydrogen sulfide gas; an experimental study

Kelly William, C.; Cloke Paul, L., 1961:
The solubility of gold in near-surface environments

Lan Binming; Jia Jianye; L.L.ansheng; W.J.anshe; Wang Jiancheng; Lai Junquan, 1998:
The solubility of gold in nitric acid and its significance in determination for ionic gold

Borisov, A.; Palme, H.; Spettel, B., 1993:
The solubility of gold in silicate melts; first results

Hvidt, A., 1983:
The solubility of hydrocarbons in water

Bai Quan; Kohlstedt, D.L., 1991:
The solubility of hydrogen in olivine

Barrett, T.J.; Anderson, G.M.; Lugowski, J., 1988:
The solubility of hydrogen sulphide in 0-5 m NaCl solutions at 25 degrees -95 degrees C and one atmosphere

Carroll John, J.; Mather Alan, E., 1989:
The solubility of hydrogen sulphide in water from 0 to 90 degrees C and pressures to 1 MPa

Borisov, A.; Palme, H., 1995:
The solubility of iridium in silicate melts; new data from experiments with Ir (sub 10) Pt (sub 90) alloys

Xuewu Liu; Frank J Millero, 1999:
The solubility of iron hydroxide in sodium chloride solutions

Liu Xuewu; Millero Frank, J., 2002:
The solubility of iron in seawater

Popp, R.K.; Gilbert, M.C., 1971:
The solubility of jadeite in acmite at low pressure

Hagemann, S.; Cammenga, H.K.; Herbert, H.J., 1999:
The solubility of lead in saline solutions

Wells Roger Clark, 1915:
The solubility of magnesium carbonate in natural waters

Janecky, D.R.; Seyfried, W.E.J., 1983:
The solubility of magnesium-hydroxide-sulfate-hydrate in seawater at elevated temperatures and pressures

Savenko, V.S., 1985:
The solubility of manganese dioxide in aqueous solutions

Robert P Eganhouse; John A Calder, 1976:
The solubility of medium molecular weight aromatic hydrocarbons and the effects of hydrocarbon co-solutes and salinity

Sorokin, V.I.; Alekhin, Y.V.; Dadze, T.P., 1978:
The solubility of mercury in the systems Hg-H (sub 2) O, Hg-S-(Cl)-H (sub 2) O and its forms of occurrence in the sulfide-forming thermal waters of Kamchatka and Kunashir Island

Hanor, J.S., 1981:
The solubility of methane in sedimentary pore waters; effect of other dissolved gas species

de Bruyn Warren, J.; Saltzman Eric, S., 1997:
The solubility of methyl bromide in pure water, 35 per mil sodium chloride and seawater

Ikornikova, N.Y.; Vasil chikova I.A.; Antoshin, A.V., 1973:
The solubility of minerals in chloride hydrothermal solutions

Adcock, S.W.; MacKenzie, W.S., 1981:
The solubility of minerals in supercritical water

Gordon, L.I.; Cohen, Y.; Standley, D.R., 1977:
The solubility of molecular hydrogen in seawater

Frost Gwen, R.; Ridley Moira, K., 2004:
The solubility of natural and synthetic jarosites at 50 degrees C

Burns, G.L.; Hajash, A., 1988:
The solubility of natural quartz sand at 150 degrees C and 345 bars; an experimental investigation in a flow-through hydrothermal system

Zakhartchouk, V.V.; Burchard, M.; Fockenberg Thomas; Maresch Walter, V., 2004:
The solubility of natural spinel in supercritical water; experimental determination

Kharaka Yousif, K.; Specht Daniel, J., 1988:
The solubility of noble gases in crude oil at 25-100 degrees C

S.P.S.ith; B.M.K.nnedy, 1983:
The solubility of noble gases in water and in NaCl brine

Claude, T.Herzberg, 1979:
The solubility of olivine in basaltic liquids; an ionic model

Weissberg Byron, G.; Dickson, F.W.; Tunell George, 1963:
The solubility of orpiment in Na (sub 2) S-H (sub 2) O solutions from 25 degrees C to 200 degrees C and 100 bars to 1,500 bars pressure, with geologic implications

Millero Frank, J.; Fen Huang; Laferiere Arthur, L., 2002:
The solubility of oxygen in the major sea salts and their mixtures at 25 degrees C

Knauss Kevin, G.; Copenhaver Sally, A., 1994:
The solubility of p-xylene in water as a function of temperature and pressure and calculated thermodynamic quantities

Hanley John, J.; Pettke, T.; Mungall, J.E.; Spooner, E.T.C., 2005:
The solubility of platinum and gold in NaCl brines at 1.5 kbar, 600 to 800 degrees C; a laser ablation ICP-MS pilot study of synthetic fluid inclusions

D.R.gge P.; Huys, D.; Boden, R.; Daniels, A.; Van Loon, C.; Klein, M.; Vandevelde, L., 1985:
The solubility of plutonium based fuels at the reprocessing stage

Blount, G.W.; Dickson, F.W., 1967:
The solubility of portlandite (Ca(OH) (sub 2) ) in water at temperatures to 257 degrees and at pressures to 1500 bars

Mucci, A., 1990:
The solubility of pseudokutnahorite in seawater; carbonate saturation in deep-sea sediment pore waters

Rafal skiy R.P., 1985:
The solubility of pyrite in hydrothermal solutions

Arutyunyan, L.A.; Malinin, S.D.; Petrenko, G.V., 1985:
The solubility of pyrrhotite in chloride solutions at elevated temperatures and pressures

Wasserburg, G.J.; Wood John, A.J., 1958:
The solubility of quartz at high temperatures and pressures; discussion

Manning Craig, E., 1994:
The solubility of quartz in H (sub 2) O in the lower crust and upper mantle

Learned, R.L.; Dickson, F.W.; Tunell George, 1967:
The solubility of quartz in Na (sub 2) S and NaOH solutions at elevated temperatures and 100 bars

Fournier Robert, O.; Rosenbauer Robert, J.; Bischoff James, L., 1982:
The solubility of quartz in aqueous sodium chloride solution at 350 degrees C and 180 to 500 bars

Wasserburg Gerald, J., 1958:
The solubility of quartz in supercritical water as a function of pressure

Wood, J.A., 1958:
The solubility of quartz in water at high temperatures and pressures

Morey, G.W.; Fournier, R.O.; Rowe, J.J., 1962:
The solubility of quartz in water in the temperature interval from 25 degrees to 300 degrees C

Hayatsu, A.; Waboso, C.E., 1982:
The solubility of rare gases in rock melts; implications for K-Ar dating and Earth degassing

A.H.yatsu; C.E.W.boso, 1985:
The solubility of rare gases in silicate melts and implications for K-Ar dating

Ertel, W.; O.N.ill Hugh, S.C.; Sylvester, P.J.; Dingwell, D.B.; Spettel, B., 2001:
The solubility of rhenium in silicate melts; implications for the geochemical properties of rhenium at high temperatures

Jensen Dorthe, L.; Boddum Jens, K.; Tjell Jens Christian; Christensen Thomas, H., 2002:
The solubility of rhodochrosite (MnCO (sub 3) ) and siderite (FeCO (sub 3) ) in anaerobic aquatic environments

Andrews David, R.A.; Brenan James, M., 2002:
The solubility of ruthenium in sulfide liquid; implications for platinum group mineral stability and sulfide melt-silicate melt partitioning

Tropper Peter; Manning, C.E., 2004:
The solubility of rutile and corundum in H (sub 2) O at high P and T; constraints on Ti and Al mobility during high-P metamorphism

Hitchen Charles Stansfield, 1945:
The solubility of silica

Pittwell, L.R., 1974:
The solubility of silica in carbonate waters

Woodruff Clarence, M., 1954:
The solubility of silica in hydrogen beidellite

Morey George Washington, 1957:
The solubility of solids in gases

Morey George Washington; Hesselgesser James, M., 1951:
The solubility of some minerals in superheated steam at high pressures

Mountain, B.W.; Seward, T.M., 1994:
The solubility of sparingly-soluble minerals at 25 degrees C using a flow-through column

Daskalakis Kostas, D.; Helz George, R., 1993:
The solubility of sphalerite (ZnS) in sulfidic solutions at 25 degrees C and 1 atm pressure

Barrett, T.J.; Anderson, G.M., 1988:
The solubility of sphalerite and galena in 1-5 m NaCl solutions to 300 degrees C

Ptitsyn, A.B., 1968:
The solubility of sphalerite and pyrrhotite in an ammonium chloride solution at high temperatures

Ovchinnikov, L.N.; Kozlov, Y.D.; Rafal skiy R.P., 1982:
The solubility of stibnite in chloride solutions at elevated temperatures

Busenberg Eurybiades; Plummer, L.N.el; Parker Vivian, B., 1984:
The solubility of strontianite (SrCO (sub 3) ) in CO (sub 2) -H (sub 2) O solutions between 2 and 91 degrees C, the association constants of SrHCO (sub 3) (super +) (aq) and SrCO (super 0) (sub 3) (aq) between 5 and 80 degrees C, and an evaluation of the thermodynamic properties of Sr (super 2+) (aq) and SrCO (sub 3) (cr) at 25 degrees C and 1 atm total pressure

Kromann Jenna, 2006:
The solubility of sulfates in gypsum in relation to wells in the Glen Rose Aquifer

Gorbachev, N.S.; Zyryanov, V.N.; Bettcher, A., 1985:
The solubility of sulfides in fluid-containing silicate melts at high pressures

Nagashima, S.; Katsura, T., 1973:
The solubility of sulfur in Na (sub 2) O-SiO (sub 2) system under various oxygen partial pressures at high temperatures

Al mukhamedov A.I.; Medvedev, A.Y.; Solomonova, L.A.; Taroyev, V.K., 1974:
The solubility of sulfur in basaltic melts and some geochemical consequences of it

Al mukhamedov A.I.; Medvedev, A.Y.; Solomonova, L.A.; Taroyev, V.K., 1974:
The solubility of sulfur in basaltic melts and some of its geochemical consequences

Skinner Brian, J.; Peck Dallas, L., 1966:
The solubility of sulfur in basic magmas

Clemente Beatrice; Scaillet Bruno; Pichavant Michel, 2004:
The solubility of sulphur in hydrous rhyolitic melts

N.J.Pilkington, 1990:
The solubility of technetium in the near-field environment of a radioactive waste repository

McPhail, D.C.; Crerar, D.A., 1990:
The solubility of the assemblage magnetite-K-feldspar-biotite-quartz in potassium chloride brines

Kelleher Eduardo; Reardon Eric, J., 1994:
The solubility of the calcium arsenates as a function of pH at 25 degrees C

Bates, C.H.; White, W.B.; Roy, R., 1966:
The solubility of transition metal oxides in zinc oxide and the reflectance spectra of Mn (super 2+) and Fe (super 2+) in tetrahedral fields

Kudrin, A.V., 1985:
The solubility of tugarinovite MoO (sub 2) in aqueous solutions at elevated temperatures

Burton Jacqueline, C., 1983:
The solubility of uraninite from 200 degrees C to 300 degrees C; implications for formation of unconformity-type uranium deposits

Brush, L.H.; Holland, H.D., 1980:
The solubility of uranium (VI) hydrates at 60 degrees C and 90 degrees C in 0, 1, 2, and 4 molal NaCl solutions

Khitarov, N.I.; Kadik, A.A.; Lebedev, Y.B., 1968:
The solubility of water in a basalt melt

Oxtoby, S.; Hamilton, D.L., 1979:
The solubility of water in alkali-alumino-silicate melts to 8 kbars

Kovalenko, N.I.; Pisarskaya, V.A., 1977:
The solubility of water in fluorine-bearing plumasite melts

Goranson Roy Waldemar, 1931:
The solubility of water in granite magmas

Burnham Clifford Wayne; Jahns Richard Henry, 1958:
The solubility of water in granitic magmas, (Part 1) of Experimental studies of pegmatite genesis

Kim, K.T.e; Burley, B.J., 1971:
The solubility of water in melts in the system NaAlSi (sub 3) O (sub 8) -NaAlSiO (sub 4) -H (sub 2) O

Sorapure, R.; Hamilton, D.L., 1984:
The solubility of water in melts of albite composition with varying additions of fluorine

Sun Qiang; Hie Hongsen; Guo Jie; Ding Dongye; S.G.nli, 2000:
The solubility of water in silicate melt and its significance

Ellis, A.J., 1959:
The solubility of zinc sulfide in water at high temperatures

Laudise, R.A.; Kolb, E.D., 1963:
The solubility of zincite in basic hydrothermal solvents

Turtsev, A.A., 1938:
The solubility under the pressure of some gypsified rocks of the Kama river

Durasova, N.A.; Khramov, D.A.; Polosin, A.V.; Barsukov, V.L.; Ryabchikov, I.D.; Urusov, V.S.; Kravtsova, R.P.; Ignatenko, K.I., 1985:
The solubility, valency, and structural states of tin in magnetite

Kadik, A.A.; Lukanin, O.A., 1973:
The solubility-dependent behavior of water and carbon dioxide in magmatic processes

Paul, R.W.lsh; Robert, A.D.ce, 1976:
The solubilization of anthropogenic atmospheric vanadium in sea water

Siegal, D.I.; Guber, A.L., 1971:
The solubilization of quartz by anaerobic bacteria

MacKinnon, C.E.; Moritz, G.J., 1970:
The solubilization of rock salt anhydrite

Popivnyak, I.V.; Simkiv, Z.A., 1981:
The soluble components of mantle mineral-forming environments

Perez Sirvent, C.; Arana, R.; Ortiz Gonzalez, R., 1995:
The soluble components of the Episcopal Palace of Murcia

Crenshaw Miles, A., 1972:
The soluble matrix from Mercenaria mercenaria shell

Rainwater, F.H.; White, W.F., 1958:
The solusphere, its inferences and study

Jefferies, RPS., 1990:
The solute Dendrocystoides scoticus from the Upper Ordovician of Scotland and the ancestry of chordates and echinoderms

Sharpe Saxon, E., 2003:
The solute ecotone, a key to past hydrology

Sippel Robert, F.; Glover Everett, D., 1964:
The solution alteration of carbonate rocks, the effects of temperature and pressure

Weyl, P.K., 1964 :
The solution alteration of carbonate sediments and skeletons

Nutting Perley Gilman, 1932:
The solution and collodial dispersion of minerals in water

Mathieu, P., 1972:
The solution and transport of solid matter, major elements and trace elements from Birrimian schists in the forest basin of Amitioro, Ivory Coast

Mysen Bjorn, O., 2007:
The solution behavior of H (sub 2) O in peralkaline aluminosilicate melts at high pressure with implications for properties of hydrous melts

Stanton Robert, J.Jr., 1966:
The solution brecciation process

Anonymous, 1983:
The solution cavity of Jean-Nouveau

William M Landing; Stig Westerlund, 1988:
The solution chemistry of iron(II) in Framvaren Fjord

Yardley Bruce, W.D., 1994:
The solution chemistry of metamorphic fluids

Waterlot Gerard, 1969:
The solution depression in the Paleozoic of Don, Nord

Anonymous, 1981:
The solution for nuclear facilities from a labor union point of view; position of the Nuclear Technique Work Collective at IG Metall and OTV

Shirasaka Miki; Arai Shoji; Ishimaru Satoko; Ishida Yoshito; Shimizu Yohei; Morishita Tomoaki, 2004:
The solution introduction ICP-MS technique to trace element analysis of rocks

Weyl Peter, K., 1958:
The solution kinetics of calcite

Abramovici Flavian; L.L.wrence H.T.; Kanasewich Ernest, R., 1990:
The solution of Cagniard's problem for an SH line source in elastic and anelastic media, calculated using omega -kappa integrals

Marych, M.I., 1973:
The solution of Molodenskiy's problem using Taylor's series

Von Roepenack, A., 1982:
The solution of a discharge problem; example of zinc industry

Everett, M.E., 1995:
The solution of a nonlinear 2-D geophysical inverse problem by reduction to a system of polynomial equations

Kudrya, A.V., 1972:
The solution of a reverse gravimetric problem, based on harmonic moments of the gravity field

Bakhterev, V.V.; Bakhterev, D.V., 1997:
The solution of an inverse neutron activation logging problem using the effective nuclear-physical parameters of a medium

Glogovskiy, V.M.; Grinshpin, A.V.; Meshbei, V.I. (Meshbey, V.I.; Tseytlin, M.I., 1977:
The solution of an inverse problem of seismic prospecting in a layered earth using reciprocal points

Kurbanov, R.K.; Mametov, K.M.; Sinichenko, V.P.; Belozerov, A.A., 1986:
The solution of certain problems in seismostratigraphy and the forecasting of lithophysical sections by means of the method of effective seismic models

Alekseev, A.S. (Alekseyev, A.S.; Mikhailenko, B.G., 1980:
The solution of dynamic problems of elastic wave propagation in inhomogeneous media by a combination of partial separation of variables and finite-difference methods

Qin Rong; Wang Zhanying, 1990:
The solution of earthquake dynamic response of the dam-body by spline function

Brokaw Albert Dudley, 1910:
The solution of gold in the surface alterations of ore bodies

Firman, R.J.; Dickson, J.A.D., 1968:
The solution of gypsum and limestone by upward flowing water

Kayiran, T., 1975:
The solution of inverse problem in resistivity and a numerical example

Nedyalkov, I.P., 1970:
The solution of inverse problems of the theory of the potential by the selection method using display techniques

Filipovik Gordana, 1970:
The solution of lead, zinc and copper for geochemical and colorimetrical determination by means of dithizone

Smith, D.I., 1972:
The solution of limestone in an Arctic environment

Doyle Christopher, D.; Naldrett Anthony, J., 1985:
The solution of nickel oxide in mafic magmas; a simple model

Balk, P.I.; Balk, S.P., 2000:
The solution of nonlinear inverse gravimetry problems using finite-element representations of field sources

Pujol Jose, 2007:
The solution of nonlinear inverse problems and the Levenberg-Marquardt method

Pietraru Vitalie, 1969:
The solution of seepage problems with the aid of electronic computers

Belogorodsky, B.A.; Malyshev, L.K.; Panteleev, A.A. (Panteleyev, A.A., 1977:
The solution of seismic stability problems on small-scale models by optic methods

Zakradze, M.V., 1985:
The solution of some direct and inverse problems of seismology in the case of dipole concentrated forces

Yentsova, F.I., 1975:
The solution of some problems in paleotectonics of the Late Permian and Triassic using data from a study of rock catagenesis and detailed correlation of sections; for example, in the Northern Urals and the Uralian Foreland

Stephansson Ove, 1973:
The solution of some problems in structural geology by means of the finite-element technique

Ivanov, V.K., 1984:
The solution of some stratigraphical contradictions in the Upper Carboniferous

deSaussure Raymond Edward, 1955:
The solution of speleothems

Hooijer, DA., 1984:
The solution of the Cryptomastodon problem

Grafarend, E.W.; Syffus, R., 1998:
The solution of the Korn-Lichtenstein equations of conformal mapping; the direct generation of ellipsoidal Gauss-Kruger conformal coordinates or the transverse Mercator projection

Weiner, J.S.; Oakley, K.P.; Clark, W.E.L.G.os, 1953:
The solution of the Piltdown problem

Clarke, C.J.S.; Janday, B.S., 1989:
The solution of the biomagnetic inverse problem by maximum statistical entropy

List, R.D., 1982:
The solution of the dynamic field of the Haskell fault model reconsidered

van Gelderen, M.; Rummel Reiner, 2001:
The solution of the general geodetic boundary value problem by least squares

Cabala Dusan, 1976:
The solution of the hydrogeological deposits, demonstrated by the Burda Deposit

M.A.Brodsky, 1981:
The solution of the inverse gravity potential problem for cylindrical bodies

Resler, R.; Duzemond, D.; Khagel gans R., 1981:
The solution of the inverse problem in geophysics

Zhdanov, M.S.; Frenkel, M.A., 1983:
The solution of the inverse problems on the basis of the analytical continuation of the transient electromagnetic field in the reverse time

W.Sherman, S.C., 1982:
The solution of the layover problem of side-looking radar images

L.N.P.rokhova; M.M.K.arlamov, 1990:
The solution of the one-dimensional inverse problem for induction soundings by an efficient linearization technique

Oparin, V.N., 1975:
The solution of the reverse problem of vertical electrical logging

Eskola, L., 1984:
The solution of the stationary electric field strength and potential of a point current source in a 2 and 1/ 2 dimensional environment; discussion

Eskola, L.; Hongisto, H., 1981:
The solution of the stationary electric field strength and potential of a point current source in an 2 1/ 2-dimensional environment

Longman, I.M.; Beer, T., 1975:
The solution of theoretical seismic problems by best rational function approximations for Laplace transform inversion

Komova, O.S.; Maslov, L.A.; Tuyezov, I.K., 1984:
The solution of three-dimensional geomechanic problems for anomalous density bodies; the mechanic stage analysis of the ocean-continent transition zone

Prutkin, I.L., 1986:
The solution of three-dimensional inverse gravimetric problem in the class of contact surfaces by the method of local corrections

Morlotti, R.; Ottonello, G., 1984:
The solution of trace amounts of Sm in forsteritic olivine; an experimental study by emf galvanic cell measurements

Power, H.; Brebbia, C.A., 1996:
The solution of transport problems using dual reciprocity boundary element; a review

Urushibara Yoshino Kazuko; Miotke Franz Dieter; Kashima Naruhiko; Kuramoto Tadashi; Enomoto Hiroyuki; Kina Hiroyuki; Nakahodo Tadashi, 1998:
The solution rate of limestone tablets and CO (sub 2) measurements in limestone areas of Japan

Kobrunov, O.I., 1981:
The solution splitting method

Huang, R.; Lu, Z.; Dai, H.; Velde, D.Vander.; Prakash, O.; Jiang, H., 2007:
The solution structure of clip domains from Manduca sexta prophenoloxidase activating proteinase-2

Delbecq, Séphane.; Auguin, D.; Yang, Y-Shan.; Löhr, F.; Arold, S.; Schetters, T.; Précigout, E.; Gorenflot, Aé.; Roumestand, C., 2007:
The solution structure of the adhesion protein Bd37 from Babesia divergens reveals structural homology with eukaryotic proteins involved in membrane trafficking

Matsuoka, O.; Yahata, K., 1978:
The solution subjected to the harmonic point force in the interior of a semi-infinite elastic medium

Antonov, Y.V.; Lyubimov, G.A., 1981:
The solution to an inverse gravimetric problem using the field separation method

Borchardt, G.; Brockner, W.; Hillebrecht, M.L.; Klappauf, L.; Willerding, U., 1989:
The solution; interdisciplinary cooperation; only with common research can problems be solved

Smith, D.I., 1969:
The solutional erosion of limestones in an arctic morphogenetic region

Liu Chunping, 1991:
The solutions of ground-water system optimization models and their relations with time

Fedorova, N.V.; Tsirul skiy A.V., 1977:
The solvability in finite form of the inverse logarithmic-potential problem for a contact surface

Apekin, Y.N., 1982:
The somewhat horizontal range of the Ordovician and Lower Silurian in the Zeravshan-Hissar mountain area

Sawada, M.; Gyoda, N.; Koyama, E.; Tsuji, H., 1989:
The sompi spectral analysis of volcanic earthquakes observed at Asama

Hosono, T.; Furukawa, S.; Bojo, T.; Takai, Y., 1975:
The sonic study in the nearshore area off North Kyushu, Southwest Japan

Kotkin, V.V.; Reingol d B.M.; Razvozzhaeva, E.A. (Razvozzhayeva, Y.A., 1980:
The sorption activity of dispersed organic matter in the carbonaceous schists of a gold-ore deposit of the veinlet-impregnational type

Hodges, S.L.; McCurdy, M.; Griffin, D.M.; Nelson, J.D., 1995:
The sorption and desorption of copper from clay sediments in a natural water system

Bertsch Wolfmar; Linke Renate, 1973:
The sorption behavior of Sr-85 and Cs-137 on loose sediments of the Upper Rhine (Germany); studies on sand from the ground-water zone of the lower and middle terraces of the Upper Rhine

Hair Lucy, M., 1992:
The sorption behavior of oil shale kerogens

Worch, E.; Schreiber, B., 1999:
The sorption behavior of organic sulfur compounds in soils and sediments

Chang, J.H.; Qiang, Z.; Huang, C.P., 2006:
The sorption characteristics of PAHs onto soils in the presence of synthetic and bio surfactant

Ceckiewicz Stanislaw, 1996:
The sorption method used for removing of liquid hydrocarbons from water surface

Svanidze, Z.S., 1990:
The sorption methods of zinc concentration in natural waters

Conway, H.L.; Wahlgren, M.A.; Peterson, N.; Nelson, D.M., 1977:
The sorption of (super 237) Pu by the diatom Asterionella formosa

Tournassat Christophe; Charlet Laurent, 2002:
The sorption of ferrous iron onto clay minerals; could aqueous Fe(II) outcompete with radionuclides for immobilization?

Murakami, M.; Nakajima, F.; Furumai, H., 2007:
The sorption of heavy metal species by sediments in soakaways receiving urban road runoff

Zhou, J.L.; Rowland, S.J., 1997:
The sorption of hydrophobic pyrethroid insecticides to estuarine particles; a compilation of recent research

R.M.Barrer, R.Papadopoulos, and J.D.F.Ramsay, 1972:
The sorption of krypton and xenon in zeolites at high pressures and temperatures; II, Comparison and analysis

Andreyeva, Y.V.; Lysenko, M.P., 1985:
The sorption of moisture by clay soils

Lenhart John; Hwang, Y.S.k, 2006:
The sorption of naturally occurring organic acids and their influence on oxide reactivity

Edel shteyn I.I.; Zuzuk, F.V., 1975:
The sorption of nickel by chlorites

Matzner Robert, A.; Bales Roger; Pemberton Jeanne, 1990:
The sorption of nitrogen heterocyclic compounds on porous silica

Hassett John, J., 1985:
The sorption of nonpolar organics

Gray, D.J., 2001:
The sorption of platinum and palladium on soils and regolith materials

Kimble Kathi, D.; Chin, Y.P.ng, 1994:
The sorption of polycyclic aromatic hydrocarbons by soils in low-methanol/ water mixtures

B.J.A.derson; E.A.J.nne; T.T.C.ao, 1973:
The sorption of silver by poorly crystallized manganese oxides

Gaeth Stefan, 1996:
The sorption of soils; variational regions with concentrations of heavy metals in the ground

Ballantyne Colin, K., 2001:
The sorted stone stripes of Tinto Hill

Zhao Chunxiang, 1983:
The sorting experiment of the monominerals in granulite at Laoniugou of Huadian County, Jilin Province

Ghosh, J.K., 1988:
The sorting hypothesis and new mathematical models for changes in size distribution of sand grains

Krumbein William Christian, 1959:
The sorting out of geological variables illustrated by regression analysis of factors controlling beach firmness

Henderson, J., 1930:
The Sorting Power of Wind and Wave

Tanner William, F., 1982:
The sorting process; inference from granulometry

Mackay, J.Ross, 1993:
The sound and speed of ice-wedge cracking, Arctic Canada

Smirnov Sergey, V.; Vorob yeva Emiliya Ivanovna, 1986:
The sound conducting apparatus in the Anura and in the Urodela and the problem of their origin

Sarah, A.L.ttle; Keith, D.S.olzenbach; G.M.chael Purdy, 1990:
The sound field near hydrothermal vents on Axial Seamount, Juan de Fuca Ridge

Odom, R.I., 1982:
The sound field of laterally inhomogeneous structures using local normal mode expansions

Sumita, M.; Oikawa, J., 1993:
The sound of active volcanoes; a case study from 1992 eruption of Unzen

Hill, D.P., 1976:
The sound of an earthquake

Brown Stuart, F., 1996:
The sound of global warming.; 3

Amato, I., 1991:
The sound of one dune booming

Riddihough Robin, P., 1991:
The sound of sea-floor spreading

Denham, R.N.; Kibblewhite, A.C., 1970:
The sound-velocity structure of the south Pacific Ocean

Ambrosio, M.; Dellomonaco, G.; Fagioli, M.T.; Giannini, F.; Pareschi, M.T.; Pignatelli, L.; Rosi, M.; Santacroce, R.; Sulpizio, R.; Zanchetta, G., 2000:
The sounding rod and AF shallow core system in the assessment of the thickness and stratigraphy of volcaniclastic covers affected by debris flow-forming detachments

Sylvander Matthieu; Mogos Dorin, G., 2005:
The sounds of small earthquakes; quantitative results from a study of regional macroseismic bulletins

Arefiev, S.S. (Aref yev S.S.; Aptekman, Z.Y.; Bykova, V.V.; Matveev, I.V. (Matveyev, I.V.; Mikhin, A.G.; Molotkov, S.G.; Pletnev, K.G.; Pogrebchenko, V.V., 2006:
The source and aftershocks of the Altai (Chuya) earthquake of 2003

Yechieli Yoseph; Ronen Daniel; Kaufman Aaron, 1996:
The source and age of groundwater brines in the Dead Sea area, as deduced from (super 36) Cl and (super 14) C

Kamei Gento, 2001:
The source and behavior of iodine dissolving in groundwater in the Mobara gas field

Anonymous, 2007:
The source and control of fluorine in edible betel nut

X.C.eng; Huang Zhilong; Q.L.ang; Xiao Huayun, 2001:
The source and evolution of ore-forming fluids in the Maoniuping rare earth deposit, Sichuan, China; evidence from REE geochemistry of fluorites

L.K.eying; Shen Jialin; Wang Xiaoping, 1987:
The source and evolution of parent magma of Mesozoic volcanics in Zhejiang, Fujian and Jiangxi

Smith, D.K.; Neville, S.; Elders, W.A.; Miller, G.E., 1983:
The source and migration of uranium in sedimentary rocks in geothermal fields in the Salton Trough, California and Mexico

Cullers Robert, L.; Podkovyrov Victor, N., 2002:
The source and origin of terrigenous sedimentary rocks in the Mesoproterozoic Ui Group, southeastern Russia

David, J.W.P.per; Ali, E.A.su, 1987:
The source and origin of the 1929 Grand Banks turbidity current inferred from sediment budgets

V.Rama Murthy, 1975:
The source and origin of the exotic component and KREEP-rich materials on the Moon

Sawyer Robert, K.; Griffin George, M., 1983:
The source and origin of the mineralogy of the northern Florida Everglades

Song Sheng Rong; L.H.ann Jih, 1995:
The source and origin of the volcaniclastics in Linkou Formation of northern Taiwan

Lin Chengkun, 1985:
The source and quantity of the cohesive sediments of the Yangtze Estuary

Arnorsson Stefan; Sveinbjornsdottir Arny, E., 2004:
The source and relative age of non-thermal and up to 90 degrees C ground waters in the Skagafjordur tholeiite flood basalt province, N-Iceland

Aki Keiiti, 1981:
The source and scattering effect on the spectra of small local earthquakes

S.K.lley; G.T.rner; A.W.B.tterfield; T.J.S.epherd, 1986:
The source and significance of argon isotopes in fluid inclusions from areas of mineralization

Zhang Hongfei; Luo Tingchuan; Zhang Benren, 1996:
The source and tectonic setting of the Piaochi Batholith in the North Qinling

Lin Chengkun; Wei Te; Shi Liren, 1980:
The source and the quantity of the gravel bed load of the Yangtze River at Gezhouba

Peters Stephen, C.; Blum Joel, D., 2003:
The source and transport of arsenic in a bedrock aquifer, New Hampshire, USA

Khourey Christopher, J.; Strain William, H.; Mohr Eileen, T., 1985:
The source and transport of nitrate within a shallow ground water system in northeastern Ohio

Winterer Edward, L.; Gee Jeffrey, S.; Van Waasbergen Robert, J., 1988:
The source area for Lower Cretaceous clastic sediments of the Galicia margin; geology and tectonic and erosional history

Carusi, A.; Cavarretta, G.; Cinotti, F.; Civitelli, G.; Coradini, A.; Fulchignoni, M.; Funiciello, R.; Taddeucci, A.; Trigila, R., 1972:
The source area of Apollo 15 green glasses

Maysadze, F.D., 1974:
The source area of Paleogene rocks in the middle reaches of the Bzyb River

Walpole, B.P., 1960:
The source bed concept

Murray, W.J.; Carter, S.R.; Hall, G., 1959:
The source bed concept; Mount Isa, epigenetic or syngenetic

N.P.i; X.K.qin, 1993:
The source bed of gold and its formation in Liaodong Peninsula

X.Jing, 1992:
The source bed of gold ores

Chen Xianpei, 1996:
The source beds of stratabound deposits, with the Devonian system in Guangxi as an example

Zacharov, A.I.; Chepkunas, L.S., 1982:
The source characteristics of some large earthquakes of Europe and surrounding areas

Nabelek, J.; Toksoz, M.N., 1979:
The source characterization of the Coyote Lake earthquake of August 6, 1979 from synthesis of teleseismic body waves

Wang Songshan; Sang Haiqing; Qiu Ji, 1997:
The source component of (super 40) Ar/ (super 36) Ar of the Earth's atmosphere and its geological implication

Sun Chih Hsien; Stern Robert, J., 1998:
The source controversy for the origin of shoshonitic lavas in the IBM arc system, western Pacific

Pirjola, R.; Viljanen, A.; Hakkinen, L.; Kauristie, K., 1992:
The source field problem of EM studies in the northern part of the Baltic Shield

Tarboton David, G., 1994:
The source hydrology of severe sustained drought in the Southwestern United States

Deng Zongli; Zhu Weijun, 1984:
The source material and metallogenetic conditions of the Zhenzhupo polymetallic deposit, Guangxi, China

Rahiman Tariq, I.H.; Pettinga Jarg, R.; Watts Phil, 2007:
The source mechanism and numerical modelling of the 1953 Suva tsunami, Fiji

Wang Shaojin; Y.L.min; L.Q.nzu, 1991:
The source mechanism of moderate and small events determined by P and S amplitude ratio in Lancang-Gengma earthquake area

S.L.S.rgeant; P.W.B.rton; A.D.uglas; J.R.E.ans, 2002:
The source mechanism of the Athens earthquake, September 7, 1999, estimated from P seismograms recorded at long range

Ebel, J.E.; Burdick, L.J.; Stewart, G.S., 1978:
The source mechanism of the August 7, 1966 El Golfo earthquake

Julian, B.R.; Dewey, J.W., 1976:
The source mechanism of the Guatemala earthquake of February 4, 1976

M.S.utian; Hao Jianguo, 1997:
The source mechanism solution for July 12, 1995 earthquake with M (sub s) = 7.3, on the boundary between China and Myanmar

Beard Brian, L.; Taylor Lawrence, A.; Scherer Erik, E.; Johnson Clark, M.; Snyder Gregory, A., 1996:
The source mineralogy of high- and low-Ti basalts based on their Hf isotopic composition

M.P.yret; J.C.éry; Y.D.amour; A.A.allone; F.S.rti; P.B.iole; M.S.rpoulaki, 2007:
The source motion of 2003 Bam (Iran) earthquake constrained by satellite and ground-based geodetic data

VanDorn, W.G., 1963:
The source motion of the tsunami of March 9, 1957 as deduced from wave measurements at Wake Island

Calvez, J.Y.; Marcoux, E., 1985:
The source of Armorican vein mineralization based on lead isotope geochemistry

Heerdt Siegfried; Ulrich Axel, 1968:
The source of Eocene material in the Kuehlung pressure moraine

Evans Horace, F., 1905:
The source of Fraser River gold

Pfau Gerchard Edmund; Saunders, R.S., 1984:
The source of Mangalla Vales

Baudin, P.; Coulon Christian; Vidal, P.; Popoff, M.; Maluski, H., 1992:
The source of Mesozoic to Cenozoic magmatism of the Benue Trough, Nigeria; continental lithospheric mantle and asthenospheric plume? Geodynamic implications

Pacltova Blanka; Pouba Zdenek, 1975:
The source of Proterozoic stromatolites in the Barrandian

Hedman, M.M.; Burns, J.A.; Tiscareno, M.S.; Porco, C.C.; Jones, G.H.; Roussos, E.; Krupp, N.; Paranicas, C.; Kempf, S., 2007:
The source of Saturn's G ring

Sal nikov A.I., 1982:
The source of a secondary electrical supply in an analogous part of a digital seismic station

Phillips, J.D., 1991:
The source of alluvium in the lower Tar and Neuse rivers, North Carolina

Pinarelli, L.; Salvi, D.; Ferrara, G., 1995:
The source of ancient Roman lead, as deduced from lead isotopes; the ingots from the Mal di Ventre wreck (western Sardinia, Italy)

Ilani, S.; Minster, T.; Kronfeld, J.; Even, O., 2005:
The source of anomalous radioactivity in the springs bordering the Sea of Galilee, Israel

Kucheruk, Y.V., 1981:
The source of anomalously high stratal pressures and the use of data concerning them in prospecting for hydrocarbon deposits not associated with anticlines

Zhou Qiu; Chen Xiu ru, 1981:
The source of apparent polarizability anomalies

Webster Jenny, G., 1999:
The source of arsenic (and other elements) in the Marbel-Matingao river catchment, Mindanao, Philippines

Carignan Jean; Simonetti Antonio; Gariepy Clement, 1998:
The source of atmospheric Pb in northeastern North America

Mallory Greenough Leanne, M.; Gorton Michael, P.; Greenough John, D., 2002:
The source of basalt vessels in ancient Egyptian archeological sites; a mineralogical approach

Klimushin, I.M.; Vorontsova, G.V., 1981:
The source of bitumen flooding in wells

Schmitt Anne Desiree; Stille, P., 2005:
The source of calcium in wet atmospheric deposits; Ca-Sr isotope evidence

Hoppe, W., 1966:
The source of carbonic acid in the ground waters of Thuringia

Arnorsson Stefan; D.A.ore Franco, 2000:
The source of chemical and isotopic components in geothermal fluids

Eschman, D.F., 1977:
The source of chloride contamination of ground water near Sault Ste. Marie, Michigan

Yarosh, P.Ya, 1980:
The source of chromite in dunite and the nature of accessory chromite

Zaripov, O.G.; Rubkevich, M.Y.; Ushatinskiy, I.N., 1973:
The source of clastic material in the western Siberian basin in the Hauterivian and Barremian

Qian Ning (Ning Chien); Wang Keqin; Yan Linde; F.R.nshou, 1980:
The source of coarse sediment in the middle reaches of the Yellow River and its effect on the siltation of the lower Yellow River

Lin Chengkun, 1992:
The source of cohesive sediment and its transport in the Yangtze Estuary and near sea

Bailey, J.R.A., 1978:
The source of copper at the start of the Copper Age and of tin during the entire Bronze Age of the East Mediterranean; two black holes in history

Strelitz, R.A., 1979:
The source of deep moonquakes

Berzon, I.S.; Starodubrovskaya, S.P.; Mitronova, V.A., 1973:
The source of disruption in the correlation of reflected waves in thin-layered media

Boyle, R.W., 1969:
The source of elements in epigenetic mineral deposits ; a metallogenetic concept for prospecting

Rakhmedov, U.; Mirsaidova, P., 1989:
The source of elements of the carbonatite-like rocks of Chilten synclinal fold

Baldwin, A.D.ight Jr.; Gall Ivan; Ritzi Robert, 1992:
The source of elevated radon in ground water of southwestern Ohio

Gonzalez Gabriel, 1984:
The source of energy for vibrations in hydrocarbon exploration

Branch, C.D., 1967:
The source of eruption for pyroclastic flows; cauldrons or calderas

Kohichi Uhira; Minoru Takeo, 1994:
The source of explosive eruptions of Sakurajima Volcano, Japan

Lewis, R.R.; Senftle, F.E., 1966:
The source of ferromagnetism in zircon

Castro Antonio, 2004:
The source of granites; inferences from the Lewisian Complex

Flowerdew, M.J.; Millar, I.L.; Vaughan, A.P.M.; Horstwood, M.S.A.; Fanning, C.M., 2006:
The source of granitic gneisses and migmatites in the Antarctic Peninsula; a combined U/ Pb SHRIMP and laser ablation Hf isotope study of complex zircons

Yeremin, G.D., 1976:
The source of heat fields in the case of horizontal boundary divisions

Smirnov, V.N.; Lin kov Y.M., 1967:
The source of high-frequency seismic disturbances and arc-gravitational waves in the Antarctic

Adabi Mohammad, H.; Rao Prasada, C.; Kitto Paul, A., 1996:
The source of hydrothermal fluids responsible for carbonate alteration, Renison, Tasmania, Australia

Erez, J., 2003:
The source of ions for biomineralization in Foraminifera and their implications for paleoceanographic proxies

N.J.M.Naughton; D.I.G.oves; W.K.W.tt, 1993:
The source of lead in Archaean lode gold deposits of the Menzies-Kalgoorlie-Kambalda region, Yilgarn Block, Western Australia

Berger, V.I.; Mirkina, S.L.; Kochergin, V.S., 1979:
The source of lead in antimony and mercury deposits of Verkhoyansk-Kolyma province

Gariepy, C.; Gauthier, M., 1988:
The source of lead in sulphide ores from the southeastern Quebec Appalachians

Bjorlykke Arne; Thorpe Ralph, I., 1982:
The source of lead in the Osen sandstone lead deposit on the Baltic Shield, Norway

Rossovskiy, L.N.; Mogarovskiy, V.V., 1987:
The source of lithium in relation to the formation of spodumene pegmatites

Rossovskiy, L.N.; Mogarovskiy, V.V., 1988:
The source of lithium in spodumene pegmatites

Hager Bradford, H.; Richards, M.A., 1984:
The source of long-wavelength gravity anomalies

Chaynikov, V.I., 1969:
The source of manganese in Pacific Ocean floor sediments

Smith Guy, M.; Banerjee Subir, K., 1984:
The source of marine magnetic anomalies; some results from DSDP Leg 83

Samoilov, V.S.; Plyusnin, G.S., 1982:
The source of material for rare-earth carbonatites

Ozerova, N.A.; Vinogradov, V.I.; Babkin, P.V.; Rozenblyum, I.S., 1977:
The source of mercury sulfide deposits in hydrothermal zones

Bailly, L.; Leroy, J.; Fornari, M.; Rondeau, S., 1994:
The source of metals (Ag-Bi-Zn-Pb-Sb) in the Cerro Bonete mineralizations, Bolivia; the role of opaque accessory minerals

Tvalchrelidze, G.A.; Buadze, V.I.; Kaviladze, M.S., 1975:
The source of metals and sulfur in some sulfide deposits

Zhou Chaoxian; Wei Chunsheng; Guo Jiyun; L.C.aoyang, 2001:
The source of metals in the Qilinchang Zn-Pb deposit, northeastern Yunnan, China; Pb-Sr isotope constraints

Kissin Stephen, A.; Corbeil Marie Claude; Helmer James, W.; Whitridge Peter, 1998:
The source of meteoritic iron in Thule Inuit and Dorset culture artifacts from the Canadian Arctic

Wedekind, R.; Large, R.R., 1990:
The source of mineralising fluids at Tennant Creek

Amov, B.G.; Otkhmezuri, Z.V.; Baldzhiyeva, T.T., 1988:
The source of mineralized materials in some polymetallic deposits in the Greater Caucasus in light of studies on lead isotopic composition

Zhao Lin, 2000:
The source of natural gas in the Nanbaxian gas field, Qaidam Basin, China, and its significance for exploration

L.Minggang, 1981:
The source of oil in the western Tarimu Basin

McNaughton, N.J.; Cassidy, K.F.; Dahl, N.; de Laeter, J.R.; Golding, S.D.; Groves, D.I.; H.S.E.; Mueller, A.G.; Perring, C.S.; Sang, J.H., 1990:
The source of ore components in lode-gold deposits of the Yilgarn Block, Western Australia

S.E.H.; D.I.G.oves; N.J.M.Naughton; E.J.M.kucki, 1992:
The source of ore fluids and solutes in Archaean lode-gold deposits of Western Australia

Barsukov, V.L., 1975:
The source of ore material

Barsukov, V.L., 1972:
The source of ore materials

Yaroslavskiy, R.I., 1981:
The source of ore materials and the possible formation mechanism of gold manifestations in northern Nuratau, southern Tien Shan

Mladentsev, G.D.; Gurba, V.V., 1978:
The source of ore materials of the Dzhezkazgan Deposit

Shcherbak, O.A., 1987:
The source of ore matter and origin of color of multi-colored copper-bearing deposits in Carpathian flysch

Sawkins Frederick, J.; Kowalik Joseph, 1981:
The source of ore metals at Buchans; magmatic versus leaching models

Yang Bin; Luo Dexuan; H.H.izhou, 1999:
The source of ore-forming materials and the origin of the Dachang ore field, Guangxi, southern China

Qui Yumin, 1990:
The source of ore-forming materials in Zhao-Ye gold belt and the direction of gold prospecting

Luo Xianlin, 1990:
The source of ore-forming substances of Precambrian gold deposits in Hunan

Lintern, M.J.; Sheard, M.J.; Chivas, A.R., 2006:
The source of pedogenic carbonate associated with gold-calcrete anomalies in the western Gawler Craton, South Australia

Sukhoverkhova, M.V., 1989:
The source of phosphorus in ultrabasite-basite plutons

Macaulay, R.M., 1919:
The source of placer platinum in the Tulameen District of British Columbia

Kish Stephen, A., 2006:
The source of pumice found at prehistoric archaeological sites in Florida; petrographic and geochemical evidence

Sultankhodzhayev, A.N.; Tyminskiy, V.G.; Trofimova, I.B., 1973:
The source of radioactive gases in seismically active regions, with the Tashkent Artesian Basin as an example

Dickson, B.L.; Giblin, A.M.; Snelling, A.A., 1987:
The source of radium in anomalous accumulations near sandstone escarpments, Australia

Taylor Robert, W., 1991:
The source of radium in ground water produced from the sandstone aquifer of southeastern Wisconsin

Balashov, Y.A.; Kazakov, G.A., 1968:
The source of rare-earth elements in glauconite from the Pacific Ocean

Krivovichev Vladimir, G., 1992:
The source of rare-metal mineralization in pegmatites

Bykov, A.D., 1979:
The source of raw materials for electrothermal production of aluminosilicates

Stankevich, Y.F.; Batalin, Y.V., 1986:
The source of salt-water recharge in present-day and ancient salt-forming basins

Ahlbrandt Thomas, S., 1974:
The source of sand for the Killpecker sand-dune field, southwestern Wyoming

Dyrssen David, W., 1998:
The source of silica and trace metals in particulate matter in Framvaren Fjord

Ismailov, M.A., 1981:
The source of silica for amethyst formation at the Miskansay Deposit, Chatkal Mountains, Uzbekistan

Aplonov, V.S., 1970:
The source of silica for quartz crystal-bearing veins in the northern Verkhoyansk area

Belevtsev Yakov Nikolayevich; Koval Vadim Borisovich; Blokh Abram Moiseyevich, 1985:
The source of solutions, their composition and concentration

Barsukov, V.L.; Belyayev, Y.I.; Sergeyeva, N.; Sokolova, N.T., 1968:
The source of some components associated with uranium in deposits of the so-called Bi-Co-Ni-Ag-U formation

Sabine, P.A., 1949:
The source of some erratics from north-eastern Northamptonshire and adjacent parts of Huntingdonshire

Frape, S.K.; Bryant, G.; Durance, P.; Ropchan, J.C.; Doupe, J.; Blomqvist, R.; Nissinen, P.; Kaija, J., 1998:
The source of stable chlorine isotopic signatures in groundwaters from crystalline shield rocks

Chauris, L., 1991:
The source of stones used to build a town on an estuary; Morlaix, Brittany

Meyer, C.J.; McKay, D.S.; Anderson, D.H.; Butler, P.J., 1975:
The source of sublimates on the Apollo 15 green and Apollo 17 orange glass samples

Mironyuk, Y.P.; Golubchina, M.N., 1978:
The source of sulfur for the formation of the gold-sulfide ores of the Aldan Shield

Spiro, B.; Puig, A., 1988:
The source of sulphur in polymetallic deposits in the Cretaceous magmatic arc, Chilean Andes

Lock Brian, E., 1973:
The source of the Cow Head Breccias of western Newfoundland: new evidence

West, W.D., 1959:
The source of the Deccan trap flows

Hager Bradford, H.; Richards Mark, A.; O.C.nnell Richard, J., 1984:
The source of the Earth's long-wavelength geoid anomalies; observations and implications

Schoenberg, R.; Naegler, T.F.; Gnos, E.; Kramers, J.D.; Kamber, B.S., 2003:
The source of the Great Dyke, Zimbabwe, and its tectonic significance; evidence from Re-Os isotopes

Ahnert Gerald, T., 1984:
The source of the Klondike placer gold

Speight, R., 1933:
The source of the Mount Herbert lavas

Wang Deju; Chen Siwen; Zhou Guocheng, 1999:
The source of the Pc3-4 geomagnetic pulsation in the very low latitude region studied by the eclipse effects of geomagnetic pulsation

Kolodeznikov, K.Y.; Frolov, V.I.; Labutina, T.M.; Korneva, L.M. , 1968:
The source of the Sylgybastakh oil seep

Shepherd, J.B.; Robson, G.R., 1967:
The source of the T phase recorded in the eastern Caribbean on October 24, 1965

Avisar, D.; Kronfeld, J.; Kolton, J.; Rosenthal, E.; Weinberger, G., 2001:
The source of the Yarkon Springs, Israel

Palmer Curtis, A.; Finkelman Robert, B.; Luttrell Gerald, H.; Zhang Chaosheng; Eble Cortland, 2004:
The source of the coal in the Titanic and effects of exposure to seawater

Lindberg James, D., 1984:
The source of the facet quality feldspar crystals fom Rincon, New Mexico

Stolz, J.; Large, R.R., 1990:
The source of the gold in western Tasmanian VMS deposits

Zheng Xiangshen; Jin Chengwei; Zhai Mingguo; Shi Yonghong, 2000:
The source of the gray gneisses in the northern Dabie Mountains, China; Sm/ Nd isochron ages and isotopic composition

Ben Menahem, A.; Aboodi, E.; Schild, R., 1975:
The source of the great Assam earthquake; an interplate wedge motion