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| Статья | Name | Link |
|---|---|---|
| Амфиболы | FERRIAN WINCHITE FROM THE ILMEN MOUNTAINS, SOUTHERN URALS, RUSSIA, AND SOME PROBLEMS WITH THE CURRENT SCHEME FOR AMPHIBOLE NOMENCLATURE | 7c37e15f-fb01-4af0-944a-b50534a725ec |
| Амфиболы | FERRIC/FERROUS IRON RATIOS IN SODIC AMPHIBOLES: MOSSBAUER ANALYSIS, STOICHIOMETRY-BASED MODEL CALCULATIONS AND THE HIGH-RESOLUTION MICROANALYTICAL FLANK METHOD | a22f75d0-8288-40ae-b01d-e63f40230602 |
| Амфиболы | Geochemistry and U-Pb geochronology of zircon in garnet amphibolites from Kamchatkskii Cape Peninsula, Eastern Kamchatka. | 55686059-b173-4f05-aa94-e23bd738fb10 |
| Амфиболы | IMMISCIBILITY IN CA-AMPHIBOLES | f1743270-0a2b-4006-a034-fe2e12a233c4 |
| Амфиболы | JUVENILE HELIUM IN ANCIENT ROCKS: I. THE EXCESS IN AMPHIBOLES FROM 2.8 GA CHARNOCKITE SERIES-CRUST-MANTLE FLUID IN INTRACRUSTAL MAGMATIC PROCESSES | c981568b-38c0-4381-bb37-8c403365195d |
| Амфиболы | KORNERUPINE PARAGENESES IN WHITESCHISTS AND OTHER MAGNESIAN ROCKS: IS KORNERUPINE + TALC A HIGH-PRESSURE ASSEMBLAGE EQUIVALENT TO TOURMALINE + ORTHOAMPHIBOLE? | 8fe961bf-e603-4359-9c40-c6148c08a35f |
| Амфиболы | LATERAL VARIATIONS IN THE CHEMISTRY OF ROCK-FORMING MINERALS IN THE BACKARC ZONE OF THE KURIL ISLANDS: AMPHIBOLES | ed74fde9-fbf9-44f2-9d34-61b0e4504598 |
| Амфиболы | MAGMATIC AMPHIBOLES AND MICAS IN OCEANIC PERIDOTITES AND SOME SPECIFIC FEATURES OF THE RELATED MAGMAS: 15 DEG 20'' N MAR FRACTURE ZONE | fb6cf919-36c1-4338-b565-e4e683cf8410 |
| Амфиболы | MEASUREMENT OF ELASTIC WAVE VELOCITIES IN GRANULITE AND AMPHIBOLITE HAVING IDENTICAL H2O-FREE BULK COMPOSITIONS UP TO 850°C AT 1 GPA | 016dc913-c0ca-4274-a0fe-874a0fda0465 |
| Амфиболы | MELTING OF BIOTITE + PLAGIOCLASE + QUARTZ GNEISSES: THE ROLE OF H2O IN THE STABILITY OF AMPHIBOLE | b0790c69-1061-4df3-93a4-8d5fb4e34c74 |
| Амфиболы | NB-TA-RICH MANTLE AMPHIBOLES AND MICAS: IMPLICATIONS FOR SUBDUCTION-RELATED METASOMATIC TRACE ELEMENT FRACTIONATIONS | 503ff17b-aa0d-4b0d-b10c-ccc802d83f90 |
| Амфиболы | NB-TA-RICH MANTLE AMPHIBOLES AND MICAS: IMPLICATIONS FOR SUBDUCTION-RELATED METASOMATIC TRACE ELEMENT FRACTIONATIONS | e29d2b7f-4c4a-40e9-ba3b-004646d52a68 |
| Амфиболы | NOMENCLATURE OF AMPHIBOLES: REPORT OF THE SUBCOMMITTEE ON AMPHIBOLES OF THE INTERNATIONAL MINERALOGICAL ASSOCIATION COMMISSION ON NEW MINERALS AND MINERAL NAMES | c94d756e-c1a7-4326-a93c-81e1cc0e71f5 |
| Амфиболы | NOMENCLATURE OF AMPHIBOLES: REPORT OF THE SUBCOMMITTEE ON AMPHIBOLES OF THE INTERNATIONAL MINERALOGICAL ASSOCIATION, COMMISSION ON NEW MINERALS AND MINERAL NAMES | 4ca6254c-d2c1-47b8-a50c-8b86804f331c |
| Амфиболы | OXYGEN ISOTOPE GEOCHEMISTRY OF THE AMPHIBOLES: ISOTOPE EFFECTS OF CATION SUBSTITUTIONS IN MINERALS | 85a228d1-126f-4a67-9226-a67042b1c6fd |
| Амфиболы | OXYGEN ISOTOPE GEOCHEMISTRY OF THE AMPHIBOLES: ISOTOPE EFFECTS OF CATION SUBSTITUTIONS IN MINERALS - STRATEGIES FOR HIGH PRECISION AND ACCURACY WITH LASER HEATING | b26de3d7-14d5-456b-b1e6-e48372f084c7 |
| Амфиболы | PALEOZOIC AMPHIBOLITE-GRANULITE FACIES MAGMATIC COMPLEXES IN THE HINTERLAND OF THE URALIDE OROGEN | c4d894f9-8655-4c5d-ac78-7f38a55c0cb8 |
| Амфиболы | PARTIAL MELTING OF MAFIC (AMPHIBOLITIC) LOWER CRUST BY PERIODIC INFLUX OF BASALTIC MAGMA | 59fc8fc3-eff6-4d10-ae15-e790db90cfe9 |
| Амфиболы | PARTITIONING OF HIGH FIELD-STRENGTH AND RARE-EARTH ELEMENTS BETWEEN AMPHIBOLE AND QUARTZ-DIORITIC TO TONALITIC MELTS: AN EXPERIMENTAL STUDY | eeb818fc-f41e-4b0f-9d31-7e6c5707d8c8 |
| Амфиболы | POSSIBLE ROLE OF AMPHIBOLE IN THE ORIGIN OF ANDESITE: SOME EXPERIMENTAL AND NATURAL EVIDENCE | d02a7c35-9949-499a-b8f2-a54dea2a9f4a |
| Амфиболы | Problems of the Stoichiometry and Thermobarometry of Magmatic Amphiboles: An Example of Hornblende from the Andesites of Bezymyannyi Volcano, Eastern Kamchatka | 2cc9e73a-66ef-4489-871f-c0134fa098d4 |
| Амфиболы | PROTON MICROPROBE DETERMINED PARTITIONING OF RB, SR, BA, Y, ZR, NB AND TA BETWEEN EXPERIMENTALLY PRODUCED AMPHIBOLES AND SILICATE MELTS WITH VARIABLE F CONTENT | a3319c58-123b-40eb-9103-22d959646c62 |
| Амфиболы | RELATING FORMULATIONS OF THE THERMODYNAMICS OF MINERAL SOLID SOLUTIONS: ACTIVITY MODELING OF PYROXENES, AMPHIBOLES, AND MICAS | ddcd95bf-af66-4d83-8b85-6c0983daf75e |
| Амфиболы | STABILITY AND CHEMICAL COMPOSITION OF PARGASITIC AMPHIBOLE IN MORB PYROLITE UNDER UPPER MANTLE CONDITIONS | e98b7e24-52be-4a00-bf19-7f0293bc78ab |
| Амфиболы | STRUCTURAL STATES OF MICAS IN AMPHIBOLITES OF THE KSDB-3 DEEP BORE-HOLE AND THEIR SURFACE EQUIVALENTS | 569eb066-76d0-4103-bc06-4e74ba397bc9 |
| Амфиболы | TEMPERATURE-DEPENDENT FE2+-MN2+ ORDER-DISORDER BEHAVIOUR IN AMPHIBOLES | 9a57d25e-d364-48d8-89b9-e741d365afec |
| Амфиболы | THE COMPOSITIONAL VARIATION OF SYNTHETIC SODIC AMPHIBOLES AT HIGH AND ULTRA-HIGH PRESSURES | 592bc546-8e4a-46b2-bca6-dae78f86a35d |
| Амфиболы | THE EFFECT OF BULK ROCK COMPOSITION ON THE STABILITY OF AMPHIBOLE IN THE UPPER MANTLE: IMPLICATIONS FOR SOLIDUS POSITIONS AND MANTLE METASOMATISM | 831c02ae-19b5-4b02-8746-ccec1b48078b |
| Амфиболы | THE EFFECTS OF COMPOSITION ON RETENTIVITY OF ARGON AND OXYGEN IN HORNBLENDE AND RELATED AMPHIBOLES: A FIELD-TESTED EMPIRICAL MODEL | dbf5ae41-e1c7-459d-9969-cc0e6950af0a |
| Амфиболы | THE INFLUENCE OF WATER ON THE TEMPERATURE OF AMPHIBOLE STABILITY IN MELTS | ad3e9676-b5a8-4f4a-a745-5b0ebed91d1b |
| Амфиболы | The water influence on the temperature of the amphibole stability in the melts | 60a1f14d-062a-4d79-97da-870d8465bc50 |
| Амфиболы | TRACE ELEMENT PARTITIONING BETWEEN AMPHIBOLE, PHLOGOPITE, AND BASANITE MELT | 39149e5b-d84f-4998-96f0-3ad9b6475d54 |
| Амфиболы | U-PB DATING OF THE VERKNIY UFALEY INTRUSION, MIDDLE URALS, RUSSIA: A MINIMUM AGE FOR SUBDUCTION AND AMPHIBOLITE FACIES OVERPRINT OF THE EAST EUROPEAN CONTINENTAL MARGIN | 8c981b1a-6b0a-43bb-a43c-2d20c4344744 |
| Амфиболы | UNUSUAL STRUCTURES OF MICA IN ARCHEAN AMPHIBOLITES FROM THE KOLA SUPERDEEP BOREHOLE | 2d9bda13-1c75-41c6-b11d-e5079b0aa1bd |
| Анортит | ANORTHITE-RICH CHONDRULES IN CR AND CH CARBONACEOUS CHONDRITES: GENETIC LINK BETWEEN CALCIUM-ALUMINUM-RICH INCLUSIONS AND FERROMAGNESIAN CHONDRULES | 6eef2d33-9234-4e0d-bb57-f14198683bea |
| Анортит | ARGON SOLUBILITY IN SILICATE MELTS AT VERY HIGH PRESSURES. EXPERIMENTAL SET-UP AND PRELIMINARY RESULTS FOR SILICA AND ANORTHITE MELTS | 304ef4aa-ca24-4ff3-8da7-eee0dfe130ff |
| Анортит | COMPOSITIONAL DEPENDENCE OF ELASTIC PROPERTIES AND DENSITY OF GLASSES IN THE SYSTEM ANORTHITE-DIOPSIDE-FORSTERITE | 3c6d1ea2-bc13-4b19-9e7e-1971186a0ed1 |
| Анортит | EXPERIMENTAL DETERMINATION OF ANORTHITE SOLUBILITY AND CALCIUM SPECIATION IN SUPERCRITICAL CHLORIDE SOLUTIONS AT 2 KB FROM 400 TO 600°C | 9ccece68-e749-4939-87ad-a838f9b66136 |
| Анортит | EXPERIMENTAL STUDY OF ANORTHITE DISSOLUTION AND THE RELATIVE MECHANISM OF FELDSPAR HYDROLYSIS | a1af99ce-dfa9-492b-b205-4c77a66527e2 |
| Анортит | Formation conditions of allivalites, olivine-anorthite crystal enclaves, in volcanics of the Kuril-Kamchatka Arc. | bffa2b3d-1ac6-4f1c-b51f-2af88f9c74c5 |
| Анортит | MAGNESIUM AND TITANIUM PARTITIONING BETWEEN ANORTHITE AND TYPE B CAI LIQUID: DEPENDENCE ON OXYGEN FUGACITY AND LIQUID COMPOSITION | 0cc5f3b6-c3dd-4f34-b026-305223f13c41 |
| Анортит | MG DIFFUSION IN ANORTHITE: IMPLICATIONS FOR THE FORMATION OF EARLY SOLAR SYSTEM PLANETESIMALS | 08d85dd0-39d2-4174-aa36-3d02534ac7ca |
| Анортит | MINOR ELEMENT PARTITIONING AND SECTOR ZONING IN SYNTHETIC AND METEORITIC ANORTHITE | d0463443-87be-4279-a3e6-c34d569f2690 |
| Анортит | THE REACTION TITANITE+KYANITE=ANORTHITE+RUTILE AND TITANITE-RUTILE BAROMETRY IN ECLOGITES | b10f852e-0862-4c01-a76e-99655b7b656d |
| Анортит | TRACE ELEMENTS IN ANORTHITE MEGACRYSTS FROM THE KURILE ISLAND ARC: A WINDOW TO ACROSS-ARC GEOCHEMICAL VARIATIONS IN MAGMA COMPOSITIONS | 459dddbf-0443-4fe6-bba1-f0e178785d6b |
| Антимонит | AN EXPERIMENTAL STUDY OF STIBNITE SOLUBILITY IN GASEOUS HYDROGEN SULPHIDE FROM 200 TO 320°C | 6bb79ec9-3b04-4506-a7d8-43ad85aa1b41 |
| Антимонит | Блеклые руды плутоногенного гипабиссального золото-антимонитового месторождения Кварцитовые Горки (север Центрального Казахстана) | 70b860bc-421a-4d2b-9408-78de5791ed66 |
| Антимонит | Микротвердость сульфоантимонитов свинца и серебра | 1e5f09d9-cda4-40b1-b913-b6970ea73620 |
| Антимонит | Минеральные ассоциации сульфоантимонитов свинца и серебра в различных типах месторождений | 0864fb8e-3f69-4317-b639-9c88f80581af |
| Антимонит | О деформации, расщеплении и замещении кристаллов антимонита растущими кристаллами кварца | 5dba73a2-0624-4d9f-bbc3-158e7280d62c |
| Антимонит | Химический состав и классификация сульфоантимонитов свинца и серебра | dc849057-d53c-4e5c-8945-da25b5a58333 |
| Антимонит | LOW-TEMPERATURE CRYSTAL STRUCTURES OF STIBNITE IMPLYING ORBITAL OVERLAP OF SB 5S2 INERT PAIR ELECTRONS | ffb7d0ea-4e19-45d9-8fcf-481da6b90c39 |
| Антофиллит | DIOPSIDE AND ANTHOPHYLLITE DISSOLUTION AT 25° AND 90°C AND ACID PH | 2529c7c1-c746-4d3c-8b08-b7f383db11c8 |
| Арсенопирит | Влияние микропримесей на микротвердость арсенопирита и пирита золоторудного месторождения Чертово Корыто (Патомское нагорье) | 46bacad1-e6aa-45a1-b118-f9435cdc2fbe |
| Арсенопирит | Кристалломорфология и термоэлектрические свойства пирита и арсенопирита в золоторудном месторождении Чертово Корыто (Патомское Нагорье) | 863359ac-93c0-4b39-b1b1-50cff8f86baa |
| Берилл | ИКЛ-СПЕТРОСКОПИЯ БЕРИЛЛОВ И ХРИЗОБЕРИЛЛОВ | 638fcbeb-fdc8-46f7-8ce1-96093b71772a |
| Берилл | ИМПЛАНТАЦИЯ ИОНОВ ЖЕЛЕЗА В КРИСТАЛЛИЧЕСКУЮ СТРУКТУРУ ПРИРОДНОГО БЕРИЛЛА | 371f0f28-69b5-42b3-98c1-a2c2f2de10c3 |
| Берилл | ИСТОЧНИКИ АНОМАЛЬНО ВЫСОКИХ КОНЦЕНТРАЦИЙ ТАНТАЛА, БЕРИЛЛИЯ И ИТТРИЕВОЗЕМЕЛЬНЫХ РЕДКИХ МЕТАЛЛОВ: ПРОМЫШЛЕННАЯ ЦЕННОСТЬ И ЗАДАЧИ ПОИСКОВ | 9f89a46b-f45a-4098-a7ce-1cb21a7e755d |
| Берилл | Изотопно-геохимические особенности и происхождение фтор-бериллиевых руд Ауникского месторождения (западное Забайкалье) | 84ed5f6e-92cb-4585-830a-b4c2bcf1d4f0 |
| Берилл | Исследование методами ЭПР и мессбауэровской спектроскопии структурного и валентного состояния атомов хрома и железа в хризоберилле и александрите | ab4f9658-20de-47b7-ba49-5cc7de05c079 |
| Берилл | Методы изменения декоративно-художественных свойств бериллов месторождения Шерлова гора | 1f502e1f-90e3-4aa6-94ab-03b127f39116 |
| Берилл | Минералогические признаки на редкометалльное и самоцветное оруденение на территории Мурзинско-Адуйской бериллиевой (самоцветной) субпровинции | e95b62dd-69c2-430f-8b5d-6c321650a17d |
| Берилл | ОРИЕНТИРОВАННЫЕ СРАСТАНИЯ БЕРИЛЛА С КОРДИЕРИТОМ В ПЕГМАТИТАХ ЖИЛЫ МОКРУШИ (СРЕДНИЙ УРАЛ) | 00c44766-d984-4c35-a127-d2b1a2dfb02e |
| Берилл | ПРЕЦИЗИОННОЕ ИССЛЕДОВАНИЕ СТРУКТУРЫ, РАСПРЕДЕЛЕНИЯ ЭЛЕКТРОННОЙ ПЛОТНОСТИ И ЭЛЕКТРОСТАТИЧЕСКОГО ПОТЕНЦИАЛА В БЕРИЛЛЕ | 0ae41055-4478-492d-a092-622fd5566af9 |
| Берилл | Позднебериллиевая минерализация - новый вид ограночно-коллекционного сырья Мариинского месторождения (уральские Изумрудные копи) | 6f7a15df-b259-479d-b38e-3dce6b42d167 |
| Берилл | Проблема источников флюидов Оротского бериллиевого месторождения (Западное Забайкалье) | e161e2ee-d81a-4d67-ba91-66635b5e20a1 |
| Берилл | РЕГЕНЕРАЦИЯ КРИСТАЛЛОВ БЕРИЛЛА | 8823bb26-a65b-4233-a223-33a5c30e6159 |
| Берилл | РОЛЬ БЕРИЛЛИЕВЫХ МИНЕРАЛОВ КАК НОСИТЕЛЕЙ БЕРИЛЛИЯ В ГРАНИТОИДАХ И ПАРАСЛАНЦАХ УРАЛА | 351377c9-f626-4dde-87f0-d7ca7b5e3206 |
| Берилл | РУДОНОСНЫЙ МАГМАТИЗМ ЕРМАКОВСКОГО БЕРИЛЛИЕВОГО МЕСТОРОЖДЕНИЯ В ЗАПАДНОМ ЗАБАЙКАЛЬЕ: ВОЗРАСТ, ИСТОЧНИКИ МАГМ И СООТНОШЕНИЕ С ОРУДЕНЕНИЕМ | 4bce2de8-10f0-4314-b95d-af6c0fb6f7ce |
| Берилл | Сравнительная характеристика берилла из месторождений Уральской изумрудоносной полосы по данным ЛА-ИСП-МС- и ИК-спектроскопии | 4d950fa1-7f70-4506-a168-710d555cf3d1 |
| Берилл | Сравнительный анализ включений в александрите Урала, хризоберилле Танзании и некоторых синтетических образцах | 20dcb30a-8f37-4649-8ea0-54641dc9c748 |
| Берилл | Физико-химические условия формирования берилла в месторождении «Большой Лапоть» (Кольский п-ов) | 621a5fad-c9dc-482e-8b9d-aa619e903ac0 |
| Берилл | RB-SR-ВОЗРАСТ И ИСТОЧНИКИ МАГМ РАННЕМЕЗОЗОЙСКОЙ БЕРИЛЛИЕВОЙ ПРОВИНЦИИ ЦЕНТРАЛЬНОЙ АЗИИ (НА ПРИМЕРЕ ОРОТСКОГО МЕСТОРОЖДЕНИЯ) | ccb75d08-33ae-4962-91f5-929e8e00ac23 |
| Галенит | APPLICATION OF THE PHOTOACOUSTIC METHOD FOR CHARACTERIZATION OF NATURAL GALENA (PBS) | a23a3422-c365-492c-9e44-3d784ab8c056 |
| Галенит | CHEMICAL DISSOLUTION OF THE GALENA(001) SURFACE OBSERVED USING ELECTROCHEMICAL SCANNING TUNNELING MICROSCOPY | 1c927aa9-49c9-4fda-a009-a63f65b5707c |
| Галенит | COPRECIPITATION OF NI2+, CO2+, AND MN2+ WITH GALENA AND COVELLITE, AND OF SR2+ WITH CALCITE DURING CRYSTALLIZATION VIA DIFFUSION OF H2S AND CO2 THROUGH POLYETHYLENE AT 20OC: POWER LAW AND NERNST LAW CONTROL OF TRACE ELEMENT PARTITIONING | 041d5e30-11a5-4df3-8b23-b1f27b32e1d0 |
| Галенит | Галенит и продукты его окисления в одном из пегматитов Хибинского щелочного массива | e154db53-dee3-4594-b768-89ca6dfe9aef |
| Галенит | ИЗОТОПНАЯ ГЕТЕРОГЕННОСТЬ СВИНЦА ГАЛЕНИТОВ ИЗ РУДНЫХ МЕСТОРОЖДЕНИЙ ПРИМОРЬЯ | cd1805cf-abcc-4c7e-ba3e-31bf3fd8a29d |
| Галенит | ИЗОТОПНЫЙ СОСТАВ ЭЛЕМЕНТОВ В АРСЕНОПИРИТЕ, СФАЛЕРИТЕ, СТАННИНЕ И ГАЛЕНИТЕ ИЗ РУД ТИГРИНОГО ВОЛЬФРАМ-ОЛОВЯННОГО МЕСТОРОЖДЕНИЯ | a8a54bfa-2548-480f-ae13-111739566e6f |
| Галенит | О колломорфных сфалерите и галените | dbeec127-65d8-40cc-89f1-9e76348c7806 |
| Галенит | О серебросодержащем галените одного из месторождений Приморья | d5afaddc-d42a-4799-a4ed-23a2254c1d9a |
| Галенит | О формах вхождения серебра в галенит некоторых свинцово-цинковых месторождений Дальнегорского района Приморья | e3b0a5dd-daae-445e-a1bd-1f43ece75e07 |
| Галенит | ОБ ИЗОТОПНЫХ ОТНОШЕНИЯХ PB В ГАЛЕНИТАХ РУДНЫХ МЕСТОРОЖДЕНИЙ ВОСТОКА АЗИИ | 690363c8-7b7a-45bd-98e1-95863173091d |
| Галенит | Особенности состава и некоторых свойств галенита отдельных месторождений Восточного Забайкалья | f3de7414-a8fc-4b67-838a-5371b4b07b76 |
| Галенит | ПРИМЕСИ БЛАГОРОДНЫХ МЕТАЛЛОВ В ГАЛЕНИТЕ ИЗ ЗОЛОТОРУДНЫХ МЕСТОРОЖДЕНИЙ И РОССЫПЕЙ ПРИАМУРСКОЙ ПРОВИНЦИИ | 5da92990-9c86-4978-9a02-3dc047f77e76 |
| Галенит | IN SITU INVESTIGATION OF GALENA DISSOLUTION IN OXYGEN SATURATED SOLUTION: EVOLUTION OF SURFACE FEATURES AND KINETIC RATE | 5c375ccb-fa97-4212-b95f-0a21d881d517 |
| Галенит | INITIAL OXIDATION OF SULFIDE SITES ON A GALENA SURFACE: EXPERIMENTAL CONFIRMATION OF AN AB-INITIO CALCULATION | 506140f8-410f-4dc5-8b6e-89be5c7e2a57 |
| Галенит | THE ADSORPTION OF GOLD TO GALENA SURFACES: CALCULATION OF ADSORPTION/REDUCTION ENERGIES, REACTION MECHANISMS, XPS SPECTRA, AND STM IMAGES | 53bdf275-2df6-47c1-be91-3778770fa327 |
| Гематит | AL HEMATITES PREPARED BY HOMOGENEOUS PRECIPITATION OF OXINATES: MATERIAL CHARACTERIZATION AND DETERMINATION OF THE MORIN TRANSITION | 287b7a8d-8b03-44bc-80d3-e940f3626ce3 |
| Гематит | CHARACTERIZATION OF U(VI)-CARBONATO TERNARY COMPLEXES ON HEMATITE: EXAFS AND ELECTROPHORETIC MOBILITY MEASUREMENTS | 2d3004ea-4eb7-4e9b-8623-9de80129be16 |
| Гематит | CONFORMATIONS AND AGGREGATE STRUCTURES OF SORBED NATURAL ORGANIC MATTER ON MUSCOVITE AND HEMATITE | 26814b0d-5657-460a-bdec-dd315c1ca9d3 |
| Гематит | Включения гематита в кальците, образовавшиеся путем выполнения отрицательных кристаллов | 416da8df-2fd9-4659-a8a4-d4c2005f4c6b |
| Гематит | ГИПЕРГЕННАЯ ЗОЛОТО-ГЕМАТИТ-КАЛЬЦИТОВАЯ ФОРМАЦИЯ В ОБЛАСТИ ТЕКТОНО-МАГМАТИЧЕСКОЙ АКТИВИЗАЦИИ (ЮЖНЫЙ ТЯНЬ-ШАНЬ) | 54de05ec-eeb3-4285-9344-a6d9fe402a59 |
| Гематит | Мінералогічна неоднорідність покладів гематитових кварцитів Криворізького басейну (на прикладі Валявкинського родовища) | 9bb6be4f-aa77-4f80-883b-37153aa56fdb |
| Гематит | Новые данные о ванадиевом гематите, микро- и нанокристаллах ассоциирующих с ним минералов благородных металлов, меди, цинка и железа | dcc3bd4e-95ab-46a0-a076-133aaf42931c |
| Гематит | Об особенностях синтетических и природных алюмосодержащих гетитов и гематитов | 4102b1fc-4b9f-4c33-bdee-af125ff9b08e |
| Гематит | IN SITU STUDY OF THE GOETHITE-HEMATITE PHASE TRANSFORMATION BY REAL TIME SYNCHROTRON POWDER DIFFRACTION | cec64fc4-967b-44e3-8bfe-6e09be59fc72 |
| Гематит | INTERACTION OF COPPER AND FULVIC ACID AT THE HEMATITE-WATER INTERFACE | 1615f3f5-7949-4db0-a086-6220f5d34392 |
| Гематит | IRON SULFIDES AND SULFUR SPECIES PRODUCED AT HEMATITE SURFACES IN THE PRESENCE OF SULFATE-REDUCING BACTERIA | b5016dab-ca33-4b3e-bbcd-a4112c84af4c |
| Гематит | IRON(III) SOLUBILITY AND SPECIATION IN AQUEOUS SOLUTIONS. EXPERIMENTAL STUDY AND MODELLING: PART 1. HEMATITE SOLUBILITY FROM 60 TO 300°C IN NAOH-NACL SOLUTIONS AND THERMODYNAMIC PROPERTIES OF FE(OH)4-(AQ) | c347c0ae-0f02-4663-8d02-7a14d429b9a5 |
| Гематит | KINETIC AND EQUILIBRIUM FE ISOTOPE FRACTIONATION BETWEEN AQUEOUS FE(III) AND HEMATITE | afffa08e-15fa-4359-a2a9-8af55d33767e |
| Гематит | SHORT- AND LONG-RANGE ORDERING IN THE ILMENITE-HEMATITE SOLID SOLUTION | cc48abd4-2853-4885-9050-4bbbf7e5fa38 |
| Гематит | SIDEROPHORE-PROMOTED DISSOLUTION OF HEMATITE | 2d5bc812-3174-430f-8aac-8d760a2a7f1b |
| Гематит | SOLUBILITY OF HEMATITE, FE2O3(κ, α) AT 200°C AND THE STANDARD ENTROPY OF FE3+ ION IN AQUEOUS SOLUTION | cb13935d-2bb1-4270-b829-3560a33929ba |
| Гематит | STUDY OF AL-SUBSTITUTED HEMATITES, PREPARED FROM THERMAL TREATMENT OF LEPIDOCROCITE | f8f54f6a-b6be-4c21-ad53-f4a3ccaa9296 |
| Гематит | SURFACE COMPLEXATION AND DISSOLUTION OF HEMATITE BY C1-C6 DICARBOXYLIC ACIDS AT PH = 5.0 | a679fde2-9f10-48ab-9b9b-ec5893077620 |
| Гематит | SURFACE COMPLEXATION OF SULFATE BY HEMATITE SURFACES: FTIR AND STM OBSERVATIONS - A LEED, RHEED, AND AES STUDY | 1936da2b-2803-476b-9eb0-dfc0f2fb5c1c |
| Гематит | THERMODYNAMIC PROPERTIES OF HEMATITE - ILMENITE - GEIKIELITE SOLID SOLUTIONS | 6b2ec35c-e9fd-4352-ae8a-f3e044e74975 |
| Гематит | THERMODYNAMICS AND CRYSTAL CHEMISTRY OF THE HEMATITE-CORUNDUM SOLID SOLUTION AND THE FEALO3 PHASE | 3eed375f-421d-4f30-ab38-edea065e87fe |
| Гематит | UNIQUE THERMOREMANENT MAGNETIZATION OF MULTIDOMAIN SIZED HEMATITE: IMPLICATIONS FOR MAGNETIC ANOMALIES | 4d957e7d-3b6e-4494-ae88-31d1993b707c |
| Гематит | URANIUM(VI) SORPTION TO HEMATITE IN THE PRESENCE OF HUMIC ACID - IMPORTANCE OF CHARGE NEUTRALIZATION | 7e399480-6069-45a6-9a5d-4935f023b894 |
| Гематит | VALENCE STATE MAPPING AND QUANTITATIVE ELECTRON SPECTROSCOPIC IMAGING OF EXSOLUTION IN TITANOHEMATITE BY ENERGY-FILTERED TEM | 6f8870cd-f7d9-429a-b9d9-7531ac68d0fa |
| Глаукофан | АССОЦИАЦИЯ ТАЛЬК+ФЕНГИТ В ПОРОДАХ МАКСЮТОВСКОГО ЭКЛОГИТ-ГЛАУКОФАНСЛАНЦЕВОГО КОМПЛЕКСА (Ю. УРАЛ) | f630da53-8cc4-4fff-b13b-aa5c7f2ffec5 |
| Глаукофан | ПОЛИТИПИЯ БЕЛЫХ СЛЮД ЭКЛОГИТОВЫХ И ГЛАУКОФАНСОДЕРЖАЩИХ КОМПЛЕКСОВ УРАЛА | f1743fd1-0355-4747-bb49-e806e9d4e7d8 |
| Глаукофан | NEW MINERALOGIC DATA ON THE MAKSYUTOVO ECLOGITE-GLAUCOPHANE SCHIST COMPLEX, SOUTHERN URALS | 2eab0d90-b134-448a-853e-6b9e9b72fd11 |
| Глаукофан | REGULAR PERIODICITY OF GLAUCOPHANE SCHIST AND OPHIOLITE FORMATION AS AN INDICATOR OF THE PERIODICITY OF GEOLOGIC PROCESSES | ef541dd6-8c6c-4b3d-a163-a77f1335c18d |
| Гранат | A BAROMETER FOR GARNET AMPHIBOLITES AND GARNET GRANULITES | d7200514-f5b9-4bb1-956e-be2c650c97fa |
| Гранат | A NEW GARNET-ORTHOPYROXENE THERMOMETER BASED ON REVERSED AL2O3 SOLUBILITY IN FEO-AL2O3-SIO ORTHOPYROXENE | 32088548-c0b5-4aed-b92f-9b9643b052af |
| Гранат | A POWDER INFRARED SPECTROSCOPIC INVESTIGATION OF GARNET BINARIES IN THE SYSTEM MG3AL2SI3O12-FE3AL2O12-MN3AL2SI3O12-CA3AL2SI3O12 | 73508098-2a1c-4213-a1ce-2693b68dcc7f |
| Гранат | A PREDICTIVE THERMODYNAMIC MODEL OF GARNET-MELT TRACE ELEMENT PARTITIONING | 14a69843-4e26-4b98-8336-8cbcc5344096 |
| Гранат | AN APPLICATION OF THE POINT-DIPOLE MODEL TO THE PROBLEM OF OPTICAL ANOMALIES IN GRANDITE GARNETS | 9fa6a261-b3cb-4768-86d1-6f92c1105962 |
| Гранат | AN APPRAISAL OF ENDMEMBER ENERGY AND MIXING PROPERTIES OF RARE EARTH GARNETS - CORRELATION ALGORITHMS FOR IONIC SPECIES AND EQUATIONS OF STATE PREDICTIONS TO 5KB AND 1000°C | 3ee95948-968f-4842-a9e3-e509df76b477 |
| Гранат | An Early Permian garnet-beating peraluminous granitic pluton in the South Tianshan Orogenic belt, NW China: Petrological, mineralogical and geochemical constraints | 88fb089a-8301-42c6-a6ba-103e7615a4e7 |
| Гранат | AN EXPERIMENTAL STUDY OF CA-(FE,MG) INTERDIFFUSION IN SILICATE GARNETS | 28b4c83e-75f2-4cae-afad-dc4c25691cb0 |
| Гранат | AN EXPERIMENTAL STUDY OF THE FE-MN EXCHANGE BETWEEN GARNET AND ILMENITE | 9b007f05-5128-4d9a-b8bd-090d2510f89b |
| Гранат | AN IMPROVED SET OF A–X PARAMETERS FOR FE–MG–CA GARNETS AND REFINEMENTS OF THE ORTHOPYROXENE-GARNET THERMOMETER AND THE ORTHOPYROXENE–GARNET–PLAGIOCLASE–QUARTZ BAROMETER | cd66eb14-1bd8-42c4-8d50-2ea6fc2f8ae9 |
| Гранат | AN OXYGEN BAROMETER WITH THE ASSEMBLAGE GARNET-EPIDOTE | e2a75720-d046-43a6-a8a5-1e97fa685a4f |
| Гранат | AN UNUSUAL PYROPE-GROSSULAR GARNET AND ITS PARAGENESIS FROM DIAMONDIFEROUS CARBONATE-SILICATE ROCKS OF THE KOKCHETAV MASSIF, KAZAKHSTAN | b7a835fb-4b31-48bd-892b-f80298dc11c3 |
| Гранат | APPLICATION OF NEW EXPERIMENTAL AND GARNET MARGULES DATA TO THE GARNET-BIOTITE GEOTHERMOMETER | 2e1af4fa-ce2d-4a58-a91b-58cf9edeee2f |
| Гранат | ATOMISTIC SIMULATION OF TRACE ELEMENT INCORPORATION INTO GARNETS-COMPARISON WITH EXPERIMENTAL GARNET-MELT PARTITIONING DATA | c88d5587-1544-4657-99d6-8e647e9aeb71 |
| Гранат | CARBONATION AND DECARBONATION OF ECLOGITES: THE ROLE OF GARNET | 55972eef-2bba-4d2b-b99f-ba102d8c4bfc |
| Гранат | COMBINED IN SITU X-RAY DIFFRACTION AND RAMAN SPECTROSCOPY ON MAJORITIC GARNET INCLUSIONS IN DIAMONDS | b0d360ec-64e6-404c-a240-085de5da654d |
| Гранат | COMPARISON OF LASER ABLATION ICP-MS AND ISOTOPE DILUTION REE ANALYSES - IMPLICATIONS FOR SM-ND GARNET GEOCHRONOLOGY | 1fb2e380-4fa2-47d9-96a5-c902e42211b3 |
| Гранат | COMPUTER SIMULATION OF THE INFRARED AND RAMAN ACTIVITY OF PYROPE GARNET, AND ASSIGNMENT OF CALCULATED MODES TO SPECIFIC ATOMIC MOTIONS | 75bc04e7-7058-42e1-9d93-1224dfc7d6a8 |
| Гранат | CONSTRAINTS ON THE ORIGIN OF MANTLE-DERIVED LOW CA GARNETS | dee89489-fd60-45ed-9aea-18895c645e71 |
| Гранат | CR-PYROPE GARNETS IN THE LITHOSPHERIC MANTLE. I. COMPOSITIONAL SYSTEMATICS AND RELATIONS TO TECTONIC SETTING | bbbe2d51-0b85-42fd-81e8-464d05ba96c9 |
| Гранат | CRYSTALLOGRAPHIC ORIENTATION, CHEMICAL COMPOSITION AND THREE-DIMENSIONAL GEOMETRY OF SIGMOIDAL GARNET: EVIDENCE FOR ROTATION | fe18f509-3a7d-49b7-9760-3bcbc2826e28 |
| Гранат | DIRECT OBSERVATION OF IMMISCIBILITY IN PYROPE-ALMANDINE-GROSSULAR GARNET | 86ebbb06-0fd5-4499-8718-dc1176047458 |
| Гранат | DISTRIBUTION OF RARE EARTH ELEMENTS IN GARNETS OF THE LAPLAND GRANULITE BELT AND ADJACENT TERRITORIES | cb4a574e-4f4b-4edb-8887-3c0dbf342796 |
| Гранат | DISTRIBUTION OF SILICA CONCENTRATIONS IN GARNETS OF KIMBERLITE PIPES | fd7c4882-389e-479f-804c-8ef03f751bbf |
| Гранат | ГЕНЕЗИС ГРАНАТСОДЕРЖАЩИХ ПОРОД БЕРЕЗИТОВОГО МЕСТОРОЖДЕНИЯ (ВЕРХНЕЕ ПРИАМУРЬЕ, РОССИЯ) | 59f0842e-8b7b-48f9-be0d-d5effe0d6808 |
| Гранат | ГЕОСПИДОМЕТРИЯ И ТЕМПЕРАТУРНАЯ ЭВОЛЮЦИЯ ГРАНАТ-КОРДИЕРИТОВЫХ МЕТАПЕЛИТОВ ВОРОНЕЖСКОГО КРИСТАЛЛИЧЕСКОГО МАССИВА | 47224c7f-7a94-48d5-ac54-c6d62b9cf651 |
| Гранат | ГРАНАТ ИЗ МОГИЛЬНИКА СОЛОНЧАНКА I (ЮЖНЫЙ УРАЛ) | 63433db9-16d1-444f-b0aa-76203851ae71 |
| Гранат | ГРАНАТ-ПИРОКСЕНОВЫЙ ПАРАГЕНЕЗИС ЭКЛОГИТОПОДОБНЫХ ПОРОД МАССИВА СВЕТЛЫЙ БОР КАЧКАНАРСКОГО КОМПЛЕКСА | f9f8be02-25a3-41b7-887a-1c73d9a5fa69 |
| Гранат | ГРАНАТОВЫЕ ВКЛЮЧЕНИЯ В ЩЕЛОЧНЫХ БАЗАЛЬТАХ ПРИМОРЬЯ -ГЛУБИННЫЕ КСЕНОЛИТЫ ИЛИ РОДСТВЕННЫЕ МЕГАКРИСТЫ? | 501d2118-8903-4d09-9279-313510e1cef3 |
| Гранат | ГРОТИТ ГРАНАТ-СЛЮДИСТЫХ КРИСТАЛЛИЧЕСКИХ СЛАНЦЕВ ШИХТИНСКОЙ СВИТЫ СРЕДИННОКАМЧАТСКОГО МАССИВА | f2e71760-7f14-4109-bc4e-4e803b66729d |
| Гранат | Гранат пироп-меджоритового ряда из лампрофиров Среднего Тимана | e06e8ba4-13c6-495f-bb91-c7ead6f9a98e |
| Гранат | Гранаты золотоносных скарнов Саяно-Алтайской складчатой области | 9a5caecb-f0b6-4024-986e-4b6907890304 |
| Гранат | Гранаты и клинопироксены в породах Башкирского поднятия и использование их состава для поисков коренных источников алмазов | 6369e680-5ba8-423d-ae33-bcd58b76ab1c |
| Гранат | ДВЕ СТАДИИ МЕТАМОРФИЗМА В ПОРОДАХ ВОСТОЧНОЙ ЧАСТИ КИТОЙСКОГО БЛОКА (ШАРЫЖАЛГАЙСКИЙ ВЫСТУП СИБИРСКОЙ ПЛАТФОРМЫ) ПО ДАННЫМ ИЗУЧЕНИЯ ГРАНАТОВЫХ АМФИБОЛИТОВ | ab15035a-f4ec-4a84-b827-4d2fe8ec64b1 |
| Гранат | Железо-магнезиальные слюды, гранаты и амфиболы кристаллических пород Юго-Западного Памира | 3e8ad247-ffa5-4e2c-a383-4db964af47f6 |
| Гранат | К вопросу о связи формы кристаллов гранатов с условиями минералообразования | 44c42f77-b6f8-4863-91ab-f81894910fc7 |
| Гранат | К вопросу состава гранатов во вмещающих породах и рудах месторождения Эльдорадо | 04c38fc2-af4f-4f7a-b5dc-45664e96fc9d |
| Гранат | Карельский гранат-перспективный источник скандия и редкоземельных металлов | 6ec8d69c-95eb-45e4-8912-11c80e9853f6 |
| Гранат | Коллекция титановых гранатов Минералогического музея имени А.Е.Ферсмана РАН | a53e5369-48e7-40f0-886c-8950c31de139 |
| Гранат | МИНЕРАЛЬНАЯ АССОЦИАЦИЯ ОЛИВИН-ЖЕДРИТ-ОРТОПИРОКСЕН-ГРАНАТ-МАГНЕТИТ В НЕДОСЫЩЕННЫХ КАЛИЕМ СЛАНЦАХ ВОРОНЕЖСКОГО КРИСТАЛЛИЧЕСКОГО МАССИВА | e81aa4ed-f7a4-493f-9c64-451b67bc2465 |
| Гранат | Минералогия, парагенезис и некоторые особенности происхождения гранатов из кимберлитовых трубок Сибири | 94d33c3c-4226-4620-ac30-8641a8eedd5a |
| Гранат | О ВОЗМОЖНОСТИ ИСПОЛЬЗОВАНИЯ ФОРМ КРИСТАЛЛОВ ГРАНАТА АЛЬМАНДИН-СПЕССАРТИНОВОГО РЯДА ПРИ ПОИСКАХ ПЕГМАТИТОВЫХ ТЕЛ | a7d8eb9f-f4db-4187-863d-91b9580ae82b |
| Гранат | О гранатах Шишимских гор | 6a8cd154-bf35-4884-a4d8-46393ce05c1d |
| Гранат | О гранатах в калиевых щелочных породах | 10af4399-96ac-44a8-a7df-c7b952b37d60 |
| Гранат | О гранатсодержащем нефелиновом сиените участка Тырданов Улус (Кузнецкий Алатау) | 383a9c4a-b063-4230-8681-07c259f16813 |
| Гранат | О гранатсодержащем нефелиновом сиените участка Тырданов улус (Кузнецкий Алатау) | 2449955b-9fe2-4957-bcef-76b69477c2f2 |
| Гранат | О находке брахиоподы в метаморфических гранатсодержащих породах на Среднем Урале | 5e2f59ec-091c-463f-ac02-0f1881dcb56a |
| Гранат | ОПЫТ МОДЕЛИРОВАНИЯ РЕАКЦИИ ГРАНАТ → ОРТОПИРОКСЕН + ШПИНЕЛЬ + ПЛАГИОКЛАЗ МЕТОДОМ МИНИМИЗАЦИИ ТЕРМОДИНАМИЧЕСКОГО ПОТЕНЦИАЛА | ae5114e9-c75c-4903-b34f-93acf0d1e8f3 |
| Гранат | ПЕТРОЛОГИЯ НЕДОСЫЩЕННЫХ КАЛИЕМ МЕТАПЕЛИТОВ ВОРОНЕЖСКОГО КРИСТАЛЛИЧЕСКОГО МАССИВА С РАССМОТРЕНИЕМ ПАРАГЕНЕЗИСА ОЛИВИН-ЖЕДРИТ-ОРТОПИРОКСЕН-ГРАНАТ-МАГНЕТИТ | 2d87f118-fd01-45e7-b9fa-15dfcff9e619 |
| Гранат | ПРИМЕНЕНИЕ МАСС-СПЕКТРОСКОПИИ ВТОРИЧНЫХ ИОНОВ (МСВИ) ДЛЯ АНАЛИЗА МИКРОПРИМЕСЕЙ В ГРАНАТАХ ИЗ КИМБЕРЛИТОВЫХ ТРУБОК ЯКУТИИ | d529f6a4-a6a0-4a62-8f44-6e55017bbc21 |
| Гранат | ПРИРОДА АХТАРАНДИТА И ТРИГОН-ТРИТЕТРАЭДРИЧЕСКИЕ СКЕЛЕТНО-ЗОНАЛЬНЫЕ КРИСТАЛЛЫ ГРАНАТА ИЗ АХТАРАНДИТСОДЕРЖАЩИХ ПОРОД РЕКИ ВИЛЮЙ | 70bd9906-6468-47ca-a657-a619bf4847bb |
| Гранат | ПСЕВДОТЕТРАЭДРИЧЕСКИЕ КРИСТАЛЛЫ ГРАНАТА - ИСТОРИЯ РОСТА | 06aa192f-343d-4c7c-9f9e-11abb1cc1f36 |
| Гранат | Полифазные углеводородные включения в гранате из алмазоносной трубки Мир | bcb6692c-77d3-44f7-9cc3-3889679a3260 |
| Гранат | Проблема генезиса высокохромистых гранатов в перидотитах верхней мантии по экспериментальным данным | 7863b60b-cbbe-49b4-a02f-4814e0f2be91 |
| Гранат | РЕСУРСЫ ГРАНАТА И РЕДКИХ МЕТАЛЛОВ НА РУДОПРОЯВЛЕНИИ "ВЫСОТА-181" (СЕВЕРНАЯ КАРЕЛИЯ) | 50d3fab1-0f16-4d82-ad7c-744a13e64eee |
| Гранат | Система Mg 3Al 2Si 3o 12–NaAlSi 2O 6 при давлении 7,0 и 8,5 ГПа и температуре 1300–1900 °c: фазовые отношения и кристаллизация Na-содержащего мэйджоритового граната | 32b759ff-f64d-44df-a0ac-7a33cf4b424b |
| Гранат | Состав и номенклатура гранатов андрадит-гроссулярового изоморфного ряда | afb963ec-c8c4-4824-b2bc-29444bf646e2 |
| Гранат | ТИПЫ ЗОНАЛЬНОСТИ ГРАНАТОВ И МЕТАМОРФИЧЕСКАЯ ЭВОЛЮЦИЯ МЕТАПЕЛИТОВ ТИМ-ЯСТРЕБОВСКОЙ СТРУКТУРЫ, ВОРОНЕЖСКИЙ КРИСТАЛЛИЧЕСКИЙ МАССИВ | 46efed25-e023-4ac2-97ba-8d00567652b5 |
| Гранат | ТРАНСФОРМАЦИЯ ГРАНАТОВЫХ МЕГАКРИСТОВ ПОД ВОЗДЕЙСТВИЕМ ЩЕЛОЧНЫХ БАЗАЛЬТОВЫХ МАГМ | 4f8ebe0b-369b-415d-bd1d-63bf9d80653b |
| Гранат | Трансформации породообразующих минералов при ступенчатом ударно-волновом сжатии кварц-полевошпат-биотит-гранатового сланца (Южный Урал) | 0edeb753-fb4c-47bf-bf54-b9dfcb99d8af |
| Гранат | Факторы контроля комплексных гранатовых руд месторождения «Высота-181» | 1ac03d74-df8e-49f5-aa2c-843496e46d48 |
| Гранат | ХРОМСОДЕРЖАЩИЕ ГРАНАТЫ ИЗ РОДИНГИТОВ ДЛИННОГОРСКОГО МАССИВА, ПОЛУОСТРОВ ВАЛИЖГЕН, КОРЯКИЯ | 0cc1e213-43fc-4ce9-9603-5468d2ab80eb |
| Гранат | Характер распределения золота и гранатов в одной из россыпей Алданского щита | 9876a697-0fbe-4632-a685-d01c1786d6d6 |
| Гранат | Этапы формирования нижней коры Беломорского подвижного пояса по данным изученияu-Pb и Lu-Hf изотопных систем циркона из гранатовых гранулитов | f63c9d82-abb8-41e8-8f9f-e7ea27e9c1a9 |
| Гранат | ЯВЛЕНИЕ СЕКТОРИАЛЬНОСТИ СОСТАВА В ГРАНАТАХ | 53662fa1-45c3-4040-88cf-e18cceb23b02 |
| Гранат | ELECTRON MICROSCOPY OF HIGH-PRESSURE PHASES SYNTHESIZED FROM NATURAL GARNETS IN A DIAMOND ANVIL CELL: IMPLICATIONS FOR THE MINERALOGY OF THE LOWER MANTLE | 54cd1b17-dd41-4393-9b22-e3bc77f129b6 |
| Гранат | EMPIRICAL GARNET-MUSCOVITE GEOTHERMOMETRY IN METAPELITES | 264dcd50-9d2b-4338-bde1-3e5ebc3ec05f |
| Гранат | EMPIRICAL GEOTHERMOBAROMETRY FOR GARNET PERIDOTITES AND IMPLICATIONS FOR THE NATURE OF THE LITHOSPHERE, KIMBERLITES AND DIAMONDS | ffb89732-9315-44a7-953e-cdcf6889ebdc |
| Гранат | EQUILIBRIUM COMPOSITIONS OF COEXISTING GARNET AND ORTHOPYROXENE: EXPERIMENTAL DETERMINATIONS IN THE SYSTEM FEO-MGO-AL2O3-SIO2, AND APPLICATIONS | 1460d8a7-92f9-4a84-9f01-946488726c57 |
| Гранат | EQUILIBRIUM GARNET-CALCITE OXYGEN ISOTOPE FRACTIONATION | b4e76337-fc31-4b7b-93cd-0d1bb30328dc |
| Гранат | EVALUATION OF MINERAL THERMOMETERS AND BAROMETERS APPLICABLE TO GARNET LHERZOLITE ASSEMBLAGES | 01904af8-b159-44bb-8800-03194611a7fd |
| Гранат | EVIDENCE FOR IMMISCIBILITY IN MAJORITE GARNET FROM EXPERIMENTS AT 13-15 GPA | 90483f2f-e904-47d4-89f2-4c2f5caf4f45 |
| Гранат | EXPERIMENTAL INVESTIGATION OF THE ORIGIN OF MAJORITIC GARNET INCLUSIONS IN DIAMONDS | d5de8cdb-87a0-471c-8dc8-63ec0d9c4c2c |
| Гранат | EXPERIMENTAL PARTITIONING OF HIGH FIELD STRENGTH AND RARE EARTH ELEMENTS BETWEEN CLINOPYROXENE AND GARNET IN ANDESITIC TO TONALITIC SYSTEMS - AN ION-MICROPROBE STUDY | 813deef3-42ab-49d8-8128-9a41515cb362 |
| Гранат | EXPERIMENTAL STUDY OF AMPHIBOLE-GARNET EQUILIBRIUM (CALCIUM-FREE SYSTEM) | 7bc588bb-d21b-424c-b5d4-6d1ab6800b2e |
| Гранат | EXPERIMENTAL STUDY OF SOME JOINS IN THE SYSTEM CAMGSI2O6-(CA,MG)3AL2SI3O 12-KALSI2O6-K2(CA,MG)(CO3 )2 AT 5-7 GPA IN RELATION TO THE GENESIS OF GARNET-CLINOPYROXENE-CARBONATE ROCKS OF THE KOKCHETAV COMPLEX, NORTHERN KAZAKHSTAN | d2b8862a-a755-4bbb-ba38-059fc9b7c584 |
| Гранат | EXPERIMENTAL STUDY OF THE FE-MG EXCHANGE BETWEEN GARNET AND BIOTITE: CONSTRAINTS ON THE MIXING BEHAVIOR AND ANALYSIS OF THE CATION-EXCHANGE MECHANISMS | 7efc4346-cb54-42d8-8c94-a6c0df61bdfe |
| Гранат | EXPERIMENTAL TESTS OF GARNET PERIDOTITE OXYGEN BAROMETRY | 72d63ae1-1770-4df7-9df5-40786955adb5 |
| Гранат | EXSOLUTION OF GARNET WITHIN CLINOPYROXENE OF MANTLE ECLOGITES: MAJOR- AND TRACE-ELEMENT CHEMISTRY | 285d0772-4828-4ae0-9ad4-caa16175ae8b |
| Гранат | Fe3+ partitioning systematics between orthopyroxene and garnet in mantle peridotite xenoliths and implications for thermobarometry of oxidized and reduced mantle rocks | 2072a3e2-73ad-4be4-89f6-ed9805f5f790 |
| Гранат | FEASIBILITY OF DETERMINING THE QUANTITATIVE OH CONTENT OF GARNETS WITH RAMAN SPECTROSCOPY | 1d0ecd08-37c8-4102-8962-ec1017bbfc6c |
| Гранат | FERMOR LECTURE: THE INFLUENCE OF LIFE ON THE FACE OF THE EARTH: GARNETS AND MOVING CONTINENTS | 4fcb014b-b50e-4148-9499-66c5b36985e4 |
| Гранат | FIRST FIND OF GARNET WITH ZONED BIREFRINGENCE IN MATERIAL FROM THE UDACHNAYA KIMBERLITE PIPE YAKUTIA | bcc93404-e3a2-4ea2-b193-4d909711ea0a |
| Гранат | GARNET AND DIOPSIDE-BEARING DIAMONDITES (FRAMESITES) | f3cc66d5-67df-40b5-a960-343f85a81b50 |
| Гранат | GARNET FRACTIONATION IN A HYDROUS MAGMA OCEAN AND THE ORIGIN OF AL-DEPLETED KOMATIITES: MELTING EXPERIMENTS OF HYDROUS PYROLITE WITH REES AT HIGH PRESSURE | d834d939-b81b-4ced-ac31-770c0ed8d38e |
| Гранат | GARNET GRANULITE XENOLITHS FROM THE NORTHERN BALTIC SHIELD- THE UNDERPLATED LOWER CRUST OF A PALAEOPROTEROZOIC LARGE IGNEOUS PROVINCE | 750db231-b7c8-48a3-a567-f2229289ab1a |
| Гранат | GARNET PERIDOTITE XENOLITHS FROM ALKALIC PICRITOID AND BASANITOID OF THE VITIM PLATEAU | 8e21fa83-7e67-403e-ae12-058ddcea5c77 |
| Гранат | GARNET PERIDOTITE XENOLITHS FROM THE VITIM VOLCANIC FIELD, BAIKAL REGION: THE NATURE OF THE GARNET-SPINEL PERIDOTITE TRANSITION ZONE IN THE CONTINENTAL MANTLE | 1c278390-c98c-4b23-bbbc-6ef7fa2f057e |
| Гранат | GARNET-BIOTITE-CLINOZOISITE GNEISS: A NEW TYPE OF DIAMONDIFEROUS METAMORPHIC ROCK FROM THE KOKCHETAV MASSIF | 3727e2e6-7238-4424-a2cb-60e0f8a8ff7c |
| Гранат | Garnet-pyroxene equilibria in the system CaO-MgO-Al2O3-SiO2 (CMAS): prospects for simplified ('T-independent') lherzolite barometry and an eclogite-barometer | 04ba4f87-0230-4e5f-9a5d-b8e5e36c1e57 |
| Гранат | GARNET-SPINEL-OLIVINE-ORTHOPYROXENE EQUILIBRIA IN THE FEO-MGO-AL2O3-SIO2-CR2O3 SYSTEM: I. COMPOSITION AND MOLAR VOLUMES OF MINERALS | 766777de-637d-44ec-a880-4b68b3f9ae97 |
| Гранат | GARNET-SPINEL-OLIVINE-ORTHOPYROXENE EQUILIBRIA IN THE FEO-MGO-AL2O3-SIO2-CR2O3 SYSTEM: II. THERMODYNAMIC ANALYSIS | ee64094c-0753-4a53-9ecd-bf65632c1791 |
| Гранат | GARNETIFEROUS CORONITE IN ARCHEAN GABBRO FROM THE YENISEY RIDGE | eb854318-180c-4890-a290-12861d8990d7 |
| Гранат | GARNETS RECORDING DEEP CRUSTAL EARTHQUAKES | 2c7be5d2-5f53-4111-9606-f2d104159d3c |
| Гранат | Geochemistry and U-Pb geochronology of zircon in garnet amphibolites from Kamchatkskii Cape Peninsula, Eastern Kamchatka. | 55686059-b173-4f05-aa94-e23bd738fb10 |
| Гранат | HEAT CAPACITY MEASUREMENTS OF SYNTHETIC PYROPE-GROSSULAR GARNETS BETWEEN 320 AND 1000 K BY DIFFERENTIAL SCANNING CALORIMETRY | f6991558-2a2a-43c2-89ca-6457d836698d |
| Гранат | HORNBLENDE-GARNET-PLAGIOCLASE THERMOBAROMETRY: A NATURAL ASSEMBLAGE CALIBRATION OF THE THERMODYNAMICS OF HORNBLENDE | c1542a01-8364-4de6-8b3c-d034789fbefe |
| Гранат | HYDROXYL DEFECTS IN GARNETS FROM MANTLE XENOLITHS IN KIMBERLITES OF THE SIBERIAN PLATFORM | 06a5aa94-ef75-46a1-a0bc-01ee11778f66 |
| Гранат | ISOTOPIC COMPOSITION OF CARBON FROM GAS AND BITUMENS OF GAS-LIQUID INCLUSIONS IN GARNET FROM THE MIR KIMBERLITE PIPE | ed96c883-2590-4c19-b599-fec6d5ff638b |
| Гранат | ISOTOPIC COMPOSITON OF CARBON IN POLYCRYSTALLINE AGGREGATES OF DIAMOND WITH INCLUSONS OF GARNET AND RUTILE FROM THE MIR PIPE | 58ba46f4-1042-4a3b-9bae-d34c693d4b38 |
| Гранат | KELYPHYTIC RIMS AROUND GARNET IN KIMBERLITES: AN EXPERIMENTAL STUDY | 2957daa8-c549-458b-a85b-6dbf2aae4963 |
| Гранат | LATTICE PREFERRED ORIENTATION OF QUARTZ INCLUSIONS WITHIN GARNET PORPHYROBLASTS FROM THE IMJINGANG BELT, SOUTH KOREA | 4f9845f2-6d31-46d6-b73d-6ac42e82a175 |
| Гранат | LIQUIDS EQUILIBRIA OF SOME PRIMARY LUNAR AND TERRESTRIAL MELTS IN THE GARNET STABILITY FIELD | 44ce2f8a-e385-4bc4-972b-624a4e17032e |
| Гранат | LIQUIDUS EQUILIBRIA OF SOME PRIMARY LUNAR AND TERRESTRIAL MELTS IN THE GARNET STABILITY FIELD | c80b9b34-7d0d-475f-9997-577422ac374f |
| Гранат | LOCAL CA-MG DISTRIBUTION OF MG-RICH PYROPE-GROSSULAR GARNETS SYNTHESIZED AT DIFFERENT TEMPERATURES REVEALED BY 29SI MAS NMR SPECTROSCOPY | e5a6635d-af20-405e-a1be-d2fefaf38005 |
| Гранат | MELT INCLUSIONS IN GARNET AND QUARTZ FROM DACITE PORPHYRIES OF THE AKTOBE STRUCTURE, KAZAKHSTAN: ESTIMATION OF GENERATION CONDITIONS AND COMPOSITION OF PRIMARY MELTS | e6bb5ce6-1c9d-421d-8bca-084e8293bd33 |
| Гранат | MELTING OF GARNET PERIDOTITE AND THE ORIGIN OF KOMATIITE AND DEPLETED LITHOSPHERE | 616507a9-536a-499f-9471-81455626ba5e |
| Гранат | METAMORPHIC EVOLUTION OF ECLOGITE AND ASSOCIATED GARNET-MICA SCHIST IN THE HIGH-PRESSURE METAMORPHIC MAKSYUTOV COMPLEX, URAL, RUSSIA | 7bed02dd-a489-4329-bccb-252d299355f0 |
| Гранат | METAMORPHIC PETROLOGY OF GARNET PYROXENITE AND ASSOCIATED GNEISS FROM THE EARLY PROTEROZOIC SHARYZHALGAI BLOCK IN THE SOUTHWESTERN MARGIN OF SIBERIAN CRATON | ffbabee2-c2fc-4635-9392-444a87a3c7a6 |
| Гранат | MIE SCATTERING AND CHARGE TRANSFER PHENOMENA AS CAUSES OF THE UV EDGE IN THE ABSORPTION SPECTRA OF NATURAL AND SYNTHETIC ALMANDINE GARNETS | 61fcdcab-e865-456a-ae45-2b36e323f039 |
| Гранат | MINERAL-AQUEOUS FLUID PARTITIONING OF TRACE ELEMENTS AT 900-1200°C AND 3.0-5.7 GPA: NEW EXPERIMENTAL DATA FOR GARNET, CLINOPYROXENE, AND RUTILE, AND IMPLICATIONS FOR MANTLE METASOMATISM | 14a98bc9-8de7-4ff9-bd87-49fd30a11603 |
| Гранат | MINERAL-AQUEOUS FLUID PARTITIONING OF TRACE ELEMENTS AT 900-1200°C AND 3.0-5.7 GPA: NEW EXPERIMENTAL DATA FOR GARNET, CLINOPYROXENE, AND RUTILE, AND IMPLICATIONS FOR MANTLE METASOMATISM - EVIDENCE FROM HIGH-PRESSURE EXPERIMENTS AND NATURAL ROCKS | c6fbc385-147a-4270-a76d-3842501bad01 |
| Гранат | MOLECULAR SIMULATIONS OF INTERFACIAL AND THERMODYNAMIC MIXING PROPERTIES OF GROSSULAR-ANDRADITE GARNETS | be696125-a1ae-47a6-90a7-bedf244acbe3 |
| Гранат | NEW THERMODYNAMIC MODEL OF THE STAUROLITE-GARNET GEOTHERMOMETER | c9601541-f015-41cd-8c98-97956b58fdc5 |
| Гранат | ON THE COMPLEX ZONALITY IN GRANDITE GARNETS AND IMPLICATIONS | 13c19e84-4c90-44d7-a831-6557e128fb61 |
| Гранат | ON THE ORIGIN OF ANOMALOUS BIREFRINGENCE IN GRANDITE GARNETS | def15f8e-7f31-40fc-bac0-4df6d013387e |
| Гранат | OPTIMIZED STANDARD STATE AND SOLUTION PROPERTIES OF MINERALS I. MODEL CALIBRATION FOR OLIVINE, ORTHOPYROXENE, CORDIERITE, GARNET, AND ILMENITE IN THE SYSTEM FEO-MGO-CAO-AL2O3-TIO2-SIO2 | 11860869-37ec-4a8c-8efb-f40abc7440ce |
| Гранат | ORIGIN OF GARNET IN SILICIC IGNEOUS ROCKS OF THE WESTERN CAUCASUS | 4e290c4c-ea83-45fb-b873-41117fd7f837 |
| Гранат | ORTHOPYROXENE-GARNET GEOTHERMOMETER. EXPERIMENTS AND THEORETICAL EVALUATION OF THE DATA BASE | 7f884298-e245-490b-ac7a-584d581472dd |
| Гранат | OSTWALD RIPENING OF GARNET IN HIGH P/T METAMORPHIC ROCKS | 0056ced0-2a9e-46d2-a318-5ef3813cb665 |
| Гранат | OXYGEN ISOTOPE COMPOSITION OF GARNET AND SPINEL PERIDOTITES IN THE CONTINENTAL MANTLE: EVIDENCE FROM THE VITIM XENOLITH SUITE, SOUTHERN SIBERIA | 9092c710-1f1a-4a1d-ab0f-fbde20e9094a |
| Гранат | PARAMETERIZATION OF ENERGY AND INTERACTIONS IN GARNETS: END-MEMBER PROPERTIES | cd809882-a8a8-4803-a68b-caf4526a5c23 |
| Гранат | PETROLOGY OF POTASSIUM-POOR METAPELITES OF THE VORONEZH CRYSTALLINE MASSIF WITH REFERENCE TO THE OLIVINE-GEDRITE-ORTHOPYROXENE-GARNET-MAGNETITE ASSEMBLAGE | d3b227fa-6a27-4b57-a82d-db05de3cdf9b |
| Гранат | PRIMARY NATURE OF GARNET-ZOISITE GNEISS IN THE BELOMORIAN SERIES OF ARCHEAN AGE | 82a9119d-9f42-4b5a-8aad-61e2f1a2d47d |
| Гранат | RB-SR AND SM-ND ISOTOPES IN GARNET PYROXENITE XENOLITHS FROM SIBERIAN KIMBERLITES: AN INSIGHT INTO LITHOSPHERIC MANTLE | 911d130c-40cd-4a9e-9757-8099b84c4e73 |
| Гранат | REASSESSMENT OF THE GARNET-CLINOPYROXENE FE-MG EXCHANGE THERMOMETER: I. EVALUATION OF THE PATTISON AND NEWTON (1989) EXPERIMENTS | 4faa1722-a7c6-4266-b7a0-50d4c5fb9c5a |
| Гранат | REASSESSMENT OF THE GARNET-CLINOPYROXENE FE-MG EXCHANGE THERMOMETER: II. THERMODYNAMIC ANALYSIS | 8c22d842-3dbd-4886-b36d-985af32ce2c3 |
| Гранат | RECALIBRATION OF THE FE-MG EXCHANGE REACTION BETWEEN GARNET AND CORDIERITE AS A THERMOMETER | 951e3e3e-f659-4f99-867a-45d43a8bc3f3 |
| Гранат | RECALIBRATION OF THE GASP GEOBAROMETER IN LIGHT OF RECENT GARNET AND PLAGIOCLASE ACTIVITY MODELS AND VERSIONS OF THE GARNET-BIOTITE GEOTHERMOMETER | e067a755-14b6-47fb-a5d2-55544b678dcc |
| Гранат | SCALING OF THERMODYNAMIC MIXING PROPERTIES IN GARNET SOLID SOLUTIONS | 19be11f0-ca58-402e-87c5-06f67ee3e936 |
| Гранат | SIMULATED GARNET-CLINOPYROXENE GEOTHERMOMETRY OF ECLOGITES | d14e7876-129f-4644-bbcd-c98aa2461ef5 |
| Гранат | SINGLE CLINOPYROXENE THERMOBAROMETRY FOR GARNET PERIDOTITES. PART I. CALIBRATION AND TESTING OF A CR-IN-CPX BAROMETER AND AN ENSTATITE-IN-CPX THERMOMETER | a5c26b7f-5f27-4db2-a8bb-d868389b184c |
| Гранат | SINGLE CRYSTAL INFRARED SPECTRA IN THE RANGE OF OH FUNDAMENTALS OF PARAGENETIC GARNET, OMPHACITE AND KYANITE IN AN EKLOGITIC MANTLE XENOLITH | 5694f2b3-64b8-4755-ad17-4018cde09e9a |
| Гранат | SINGLE-CRYSTAL IR- AND UV/VIS-SPECTROSCOPIC MEASUREMENTS ON TRANSITION-METAL-BEARING PYROPE: THE INCORPORATION OF HYDROXIDE IN GARNET | c622c02c-774b-44a6-98a3-0458e4e415e4 |
| Гранат | SOME GARNET MICROSTRUCTURES: AN ILLUSTRATION OF THE POTENTIAL OF ORIENTATION MAPS AND MISORIENTATION ANALYSIS IN MICROSTRUCTURAL STUDIES | ae18dbcd-2739-4501-a5e0-36d89b54c7bd |
| Гранат | SORPTION AND DIFFUSION OF HELIUM IN GARNET: IMPLICATIONS FOR VOLATILE TRACING AND DATING | 2447f7ac-2dd5-422c-a025-bbc109a18bdd |
| Гранат | SPINEL-GARNET LHERZOLITE TRANSITION IN THE SYSTEM CAO-MGO-AL2O3-SIO2 REVISITED: AN IN SITU X-RAY STUDY | 5b71c7d0-ba6d-472b-babc-36161e65e04d |
| Гранат | STRUCTURE AND TWINNING OF TETRAGONAL CA3MN2GE3O12 GARNET | 29fe6114-eda8-4e64-be0b-85af85c5e283 |
| Гранат | THE DEPTH OF THE SPINEL TO GARNET TRANSITION AT THE PERIDOTITE SOLIDUS | 2a76f8d3-03a2-42dc-9c7f-59c802850231 |
| Гранат | THE FOUR-PHASE AFM ASSEMBLAGE STAUROLITE–ALUMINUM SILICATE–BIOTITE–GARNET: EXTRA COMPONENTS AND IMPLICATIONS FOR STAUROLITE–OUT ISOGRADS | 3067dacf-7ee3-4a60-96f0-2b57123321b5 |
| Гранат | THE NEAR-SOLIDUS TRANSITION FROM GARNET LHERZOLITE TO SPINEL LHERZOLITE | ee3e5e5b-f219-43b5-a55e-eebd33654c20 |
| Гранат | THE NI-IN-GARNET GEOTHERMOMETER: CALIBRATION AT NATURAL ABUNDANCES | 12827c89-d1a4-4ca3-bf7f-84a02376a7c8 |
| Гранат | THERMODYNAMIC ANALYSIS OF FACTORS DETERMINING GROWTH ZONING IN METAMORPHIC GARNETS | be50ce0c-577e-4761-be96-1b792380bc3f |
| Гранат | THERMODYNAMICS OF (FE2+, MN2+, MG, CA)3- AL2SI3O12 GARNET: A REVIEW AND ANALYSIS | 64a74cad-db95-4961-90e3-eaef08e9459d |
| Гранат | THERMODYNAMICS OF ALUMINOSILICATE GARNET SOLID SOLUTION: NEW EXPERIMENTAL DATA, AN OPTIMIZED MODEL, AND THERMOMETRIC APPLICATIONS | 3c384d75-19f0-4533-b180-d8257e40fcc8 |
| Гранат | TRACE ELEMENT ABUNDANCES IN GARNETS AND CLINOPYROXENES FROM DIAMONDITES - A SIGNATURE OF CARBONATITIC FLUIDS | 8fa71915-a24d-448f-9118-dc72faf4c1f9 |
| Гранат | TRACE ELEMENT COMPOSITIONS OF MINERALS IN GARNET AND SPINEL PERIDOTITE XENOLITHS FROM THE VITIM VOLCANIC FIELD, TRANSBAIKALIA, EASTERN SIBERIA | b09d4608-7a08-4610-9732-1da7d9c418c9 |
| Гранат | TWO TYPES OF GARNET-CLINOPYROXENE-PLAGIOCLASE METABASITES IN THE MALá FATRA MOUNTAINS CRYSTALLINE COMPLEX, WESTERN CARPATHIANS: METAMORPHIC EVOLUTION, P-T CONDITIONS, SYMPLECTITIC AND KELYPHITIC TEXTURES | 4659e778-b6de-4f24-bb53-1b5cf4b1db0e |
| Гранат | UWG-2, A GARNET STANDARD FOR OXYGEN ISOTOPE RATIOS: STRATEGIES FOR HIGH PRECISION AND ACCURACY WITH LASER HEATING | 8c000f45-f1ff-4f73-8409-4b9b92dcc484 |
| Гранат | YAFSOANITE: A GARNET TYPE CALCIUM-TELLURIUM(VI)-ZINC OXIDE | 5a936955-694d-4228-a47f-7c896c237ed4 |
| Гранат | ZIRCON TRACE ELEMENT GEOCHEMISTRY: PARTITIONING WITH GARNET AND THE LINK BETWEEN U-PB AGES AND METAMORPHISM | b84de960-dd6f-495e-b26c-0021844c985a |
| Грюнерит | ФАЯЛИТ-ГРЮНЕРИТ-МАГНЕТИТ-КВАРЦЕВЫЕ ПОРОДЫ ЖЕЛЕЗИСТОЙ ФОРМАЦИИ ВКМ: ФАЗОВЫЕ РАВНОВЕСИЯ И УСЛОВИЯ МЕТАМОРФИЗМА | d0af5fed-0f4c-4b7b-9e0b-8348329d7272 |
| Грюнерит | ФИЗИКО-ХИМИЧЕСКИЕ УСЛОВИЯ МЕТАМОРФИЗМА МАГНЕТИТ-ГРЮНЕРИТ-РИБЕКИТОВЫХ ПОРОД ПРИОСКОЛЬСКОГО ЖЕЛЕЗОРУДНОГО МЕСТОРОЖДЕНИЯ КУРСКОЙ МАГНИТНОЙ АНОМАЛИИ | 1303f54d-f8fc-4ee6-9338-ff4ff7e6cb2a |
| Грюнерит | PHASE TRANSITION AND MIXING BEHAVIOUR OF THE CUMMINGTONITE-GRUNERITE SOLID SOLUTION | 73089e47-08a9-41ce-b10e-716435b01b30 |
| Диопсид | Отрицательные формы кристаллов диопсида из Карышского района Хакасии | e1a0db86-f8f5-4147-bd52-38d4cb5cd04d |
| Жадеит | DISSOLUTION OF NEPHELINE, JADEITE AND ALBITE GLASSES: TOWARD BETTER MODELS FOR ALUMINOSILICATE DISSOLUTION | e0f19d2e-0ded-4a8d-9163-0388487eab27 |
| Жадеит | Новые оценочные параметры ювелирного и поделочного жадеита | ebf5bf54-8588-4d7a-bbaf-50829ff294a5 |
| Жадеит | Условия формирования эндогенных месторождений жадеита | 5890f617-3997-4c70-a95b-e6614bd8b9a7 |
| Жадеит | MELTING OF JADEITE TO 16.5 GPA AND MELTING RELATIONS ON THE ENSTATITE-JADEITE JOIN | 939607e7-1d43-4bcc-bf85-55edf7cad1c8 |
| Жадеит | STABILITY OF NA2MG2SI2O7 AND MELTING RELATIONS ON THE FORSTERITE-JADEITE JOIN AT PRESSURES UP TO 22 GPA | 648eb933-7477-4639-ab75-e3da9daacd64 |
| Жадеит | THERMODYNAMICS OF MIXING AND ORDERING IN THE DIOPSIDE-JADEITE SYSTEM: I. A CVM MODEL | 0d92fcf2-d72c-47ec-8a23-739c913c274e |
| Жадеит | THERMODYNAMICS OF MIXING AND ORDERING IN THE DIOPSIDE-JADEITE SYSTEM: II. A POLYNOMIAL FIT TO THE CVM RESULTS | 290c551b-6254-44d8-b07a-8e70a2a1be79 |
| Жадеит | TRACE ELEMENT DIFFUSION IN JADEITE AND DIOPSIDE MELTS AT HIGH PRESSURES AND ITS GEOCHEMICAL IMPLICATION - AN OVERVIEW OF EXPERIMENTAL RESULTS AND GEOCHEMICAL APPLICATIONS | 5c3ea818-dec9-489e-b971-474a92e8fde5 |
| Жадеит | TRACER DIFFUSION OF POTASSIUM, RUBIDIUM, AND CESIUM IN A SUPERCOOLED JADEITE MELT | ca404a9d-4a33-4243-ab21-ed1904c94722 |
| Золото | 'MAGNETIC' NATIVE GOLD | 5e1b9259-99c5-412e-ada9-d172c9d78f80 |
| Золото | A GOLD-BEARING ALKALINE PLUTON IN EASTERN LINXI DISTRICT, INNER MONGOLIA: ITS GEOCHEMISTRY AND METALLOGENIC SIGNIFICANCE | 7d4560c4-5a6e-43cb-8c47-373ec51b3eed |
| Золото | ALKALI ELEMENTS AS INDICATORS OF GOLD AND SILVER IN THE ENDOGENE HALOES OF GOLD AND SILVER DEPOSITS IN NORTHEASTERN USSR | 0a467f46-4b56-4603-87de-0fd39d889ca4 |
| Золото | AN XPS, AES, AND SEM STUDY OF THE INTERACTIONS OF GOLD AND SILVER CHLORIDE SPECIES WITH PBS AND FES2: COMPARISON TO NATURAL SAMPLES | 1d5d75ee-ce33-46ff-ad7d-3fcc18638ee1 |
| Золото | ANALYSIS OF PLATINUM GROUP ELEMENTS AND GOLD IN GEOLOGICAL MATERIALS USING NIS FIRE ASSAY AND TE COPRECIPITATION; THE NIS DISSOLUTION STEP REVISITED | bf1953c7-0e05-4335-9c75-7cbe302c3882 |
| Золото | Analysis of the spatial patterns in localization of gold mineralization relative to the system of deep faults in the Chortomlyk greenstone structure of the Ukrainian shield | 3fb4c1ee-4944-4332-b7d7-968b80d54785 |
| Золото | Assessment of refractory gold-bearing ores based of interpretation of thermal analysis data | 7a51845e-1418-4651-a910-90c81ec4722d |
| Золото | AUROANTIMONATE, A NEW NATURAL GOLD COMPOUND | 5a18efac-63e7-49e3-8799-1a87ea85b430 |
| Золото | AUTORADIOGRAPHIC INVESTIGATION OF THE DISTRIBUTION OF FINELY DIVIDED GOLD IN PYRITES FROM CARBONACEOUS DEPOSITS OF THE BAIKAL-PATOM REGION | 5f546e9e-256d-4cb6-8cf5-9001140b3746 |
| Золото | BEHAVIOR OF GOLD AND SILVER UPON INTERACTION OF BASALT GLASS WITH FLUID (EXPERIMENTAL DATA) | 54976b1a-e25c-4954-b7a4-f4930bc439ac |
| Золото | BEHAVIOUR OF GOLD IN EARLY-STAGE MELT OF THE GREAT TOLBACHIK FISSURE ERUPTION | e23ce389-bcda-4011-a19b-d3e7e333967c |
| Золото | BIOGENIC CONCENTRATION OF GOLD IN THE GOLDFIELDS OF THE GOLETS ZONE | 05962244-8252-48f7-bf6c-20a3a0675cdf |
| Золото | BIOGEOCHEMICAL HALOES OF GOLD IN VARIOUS SPECIES AND PARTS OF PLANTS | b2b8efcf-714e-4fbc-9a09-644bf4f8d34f |
| Золото | CENTRAL ALDAN GOLD DEPOSITS | 23d4b3a8-6751-422f-9247-f82292fa3ff1 |
| Золото | CHROMATOGRAPHIC SEPARATION OF THE PLATINUM-GROUP ELEMENTS, GOLD, BASE METALS AND SULFUR DURING DEGASSING OF A COMPACTING AND SOLIDIFYING IGNEOUS CRYSTAL PILE | 66460da0-9789-422f-a25f-262d7b1c55ed |
| Золото | CHRONOLOGY AND TECTONIC FRAMEWORK OF TURBIDITE-HOSTED GOLD DEPOSITS IN THE WESTERN LACHLAN FOLD BELT, VICTORIA: | afa3b502-aaa7-490a-a1ec-28162492a350 |
| Золото | Crystal morphology and thermal EMF of pyrites in the western flank of Sukholozhsky gold ore field (Lenski ore area) | 3c0a069c-8402-447e-b413-19f141339717 |
| Золото | CRYSTAL STRUCTURE OF AS-GOLDFIELDITE | 7affcb60-eed7-44b4-a90a-eceac9ffeccb |
| Золото | DEEP STRUCTURE OF THE BEKCHI-UL GOLD DISTRICT (THE LOWER AMUR) | 0f7e738b-749a-4470-a10c-2577989d08ee |
| Золото | Deposits of gold-quartz formation in the Priamur province | fe591422-28d7-4c2c-a46f-3fc7e0368175 |
| Золото | Determination of Au, Pt, Pd in gold ore mineral raw materials by stripping voltammetry | 78896428-dbe6-4974-8420-6e904da3c690 |
| Золото | DETERMINATION OF BINDING FORMS OF GOLD IN PYRITE BY MEANS OF STATISTICAL ANALYSIS | 4de5fc3e-2739-443d-bbe3-45053854e54a |
| Золото | DETERMINATION OF GOLD, SILVER AND PLATINUM-GROUP ELEMENTS IN GEOCHEMICAL REFERENCE MATERIALS BY DIRECT ATOMIC EMISSION SPECTRAL ANALYSIS USING A MULTICHANNEL ANALYSER RECORDING DEVICE | 3f276f7c-4442-45b6-8d42-aa1abe2b43f2 |
| Золото | DISSEMINATED GOLD-SULFIDE DEPOSITS IN THE RUSSIAN NORTHEAST | eb480392-77f3-4bce-92dd-4c36cee1879f |
| Золото | DISTRIBUTION OF GOLD AND SILVER IN THE GREENSCHIST METAMORPHICS OF ZERAVSHAN-GISSAR ZONE (SOUTH TIEN SHAN) | 5d987ccc-d648-4916-b690-ce22ee0bb602 |
| Золото | DOUBLE β- DECAY OF 130TE: A NEW ISOTOPIC GEOCHRONOMERTER FOR GOLD MINERALIZTION | 83d3995e-0fa5-4926-affe-a134a85f973a |
| Золото | О СИСТЕМАТИЧЕСКОМ ПОЛОЖЕНИИ ВИДА "PSILOPHYTON" GOLDSCHMIDTII ИЗ НИЖНЕГО ДЕВОНА ЕВРАЗИИ | f461bdbe-faf8-46b1-a9f3-463622b44f38 |
| Золото | ТРЕХ-ЧЕТЫРЕХМЕРНОЕ МОДЕЛИРОВАНИЕ ГЕОЛОГИЧЕСКОГО ПРОСТРАНСТВА И ПОДГОТОВКА ТЕНЕВЫХ КАРТ ГЕОЛОГИЧЕСКОГО СОДЕРЖАНИЯ С ИСПОЛЬЗОВАНИЕМ ГИС-ПРОГРАММ GOLDEN SOFTWARE (SURFER, DIDGER, MAPVIEWER) | 2e1c90d5-11c2-4d82-8705-3da5ebeda94a |
| Золото | ENDOGENIC GEOCHEMICAL ANOMALIES OF GOLD-ORE FIELDS OF PALEOZOIC FOLDED STRUCTURES | 1771ff60-f17a-47ce-adc9-49a5d042c61b |
| Золото | EQUATION OF STATE OF GOLD AND ITS APPLICATION TO THE PHASE BOUNDARIES NEAR 660 KM DEPTH IN EARTH'S MANTLE | 365b8a39-7a74-4f9a-8733-fab83046ca4c |
| Золото | Estimating gold-ore mineralization potential within Topolninsk ore field (Gorny Altai) | de7fae9f-6f8c-4fb2-adba-7f88a4b229fe |
| Золото | EUROPIUM ANOMALY IN SCHEELITE FROM GOLD DEPOSITS | 73826871-113b-4893-9623-a1824a06bfed |
| Золото | EVALUATION OF THE ECONOMIC POTENTIAL OF GOLD DEPOSITS BY THE ANALYSIS OF OXIDIZED ORE OUTCROPS AND EXOGENIC AUREOLS: METHODS USE IN THE U.S.S.R | 6a279d31-aa67-4fbb-a4ff-aec201c85b4b |
| Золото | Exploration and local forecast of gold-ore deposits based on typomorphic properties of pyrite | 9ce4236a-754c-4459-aaf0-7d0d6aa104c7 |
| Золото | FAULT-RELATED METAMORPHISM AND ASSOCIATED GOLD MINERALIZATION FOLD SYSTEMS, AS ILLUSTRATED BY THE SOUTHERN URALS | 22d3717f-71ce-4a26-9f3a-8c0d20a54b09 |
| Золото | FLUID REGIMES DURING THE FORMATION OF THE PRINCIPAL TYPES OF GOLD DEPOSITS | 80706cec-2ccd-4a5c-9405-6fd45f419971 |
| Золото | FORMS OF GOLD IN SECONDARY DISPERSION HALOS AND TRAINS IN TOPOGRAPHICALLY AND CLIMATICALLY DIFFERENT ZONES | 222eba7b-7c93-45eb-ac33-6307cb73e491 |
| Золото | FORMS OF OCCURRENCE OF GOLD, SILVER AND MERCURY AND THEIR DISTRIBUTION PATTERNS IN ORES AND ENDOGENOUS HALOES OF GOLD-SILVER DEPOSITS | 7428a0f5-cbbc-4a97-8a00-744276f4f419 |
| Золото | GENESIS OF GOLD NUGGETS AND THE TRENDS OF THEIR GLOBAL DISTRIBUTION | d38ee2e8-e87d-4d6b-a013-6fbe56ff0eb4 |
| Золото | GEOCHEMISTRY OF ROCKS FROM VOLCANIC-PLUTONIC ASSOCIATIONS AT THE KARAMKEN GOLD-SILVER DEPOSIT, RUSSIAN NORTHEAST | cb564831-f2c9-4b86-bbe9-1335dd8cc733 |
| Золото | GEODYNAMIC SETTING OF GOLD DEPOSITS IN EASTERN AND CENTRAL TRANS-BAIKAL (CHITA REGION, RUSSIA) | 7a1b6f08-e850-4149-bd22-450670fa19b5 |
| Золото | GEOLOGICAL AND GEOCHEMICAL CONTROLS ON THE SILVER CONTENT (FINENESS) OF GOLD IN GOLD-SILVER DEPOSITS | c860d02d-97d4-4d53-b2de-369f13a01590 |
| Золото | GEOLOGICAL FEATURES AND ORIGIN OF GOLD DEPOSITS OCCURRING IN THE BAOTOU-BAYAN OBO DISTRICT, SOUTH-CENTRAL INNER MONGOLIA, PEOPLE'S REPUBLIC OF CHINA | e81a111a-4d83-4572-8636-d2a87689805f |
| Золото | GEOLOGICAL STRUCTURE AND ORE MINERALOGY OF THE KHAKANDZHA SILVER AND GOLD DEPOSIT (NORTHEASTERN RUSSIA) | e6e81b67-b031-4b3a-976d-a04dcf5c89cc |
| Золото | GEOLOGICAL STRUCTURE OF GOLD DISTRICTS OF VOLCANO-PLUTONIC BELTS IN EASTERN RUSSIA | b8b72835-92c3-4fc0-b151-53f9ffabc8d6 |
| Золото | GEOLOGY AND STRUCTURAL EVOLUTION OF THE MURUNTAU GOLD DEPOSIT, KYZYLKUM DESERT, UZBEKISTAN | 1e9894cf-0638-4c45-8fab-91e7479cd96d |
| Золото | Geology, geochemistry and gold-ore potential assessment within Akimov ore-bearing zone (the Altai Territory) | af5ebef9-a1f9-4f9a-b6f9-06e4ced62a7f |
| Золото | GOLD ACCUMULATION ON ARSENOPYRITE | 62bde965-914b-42b5-b40e-2b9f14ca9fc6 |
| Золото | GOLD AND IRON OXIDE ASSOCIATIONS UNDER SUPERGENE CONDITIONS: AN EXPERIMENTAL APPROACH | 5b9290a4-0218-41e4-9d65-612bfa907abf |
| Золото | GOLD AND SILVER IN VOLCANOGENIC FLUIDS | 8a61767d-4002-4380-a01b-13f8b4f29420 |
| Золото | GOLD AND SULFIDE SPHEROIDS FROM AN ORE OCCURRENCE IN THE INTAKH ORE DISTRICT, UPPER INDIGIRKA REGION, YAKUTIA | a82d47f8-303f-4221-adbf-febd8e4cf9ca |
| Золото | GOLD CONCENTRATION IN LICHEN IN THE GOLD ORE FIELDS OF ALPINE TUNDRA LANDSCAPES | 1426e4be-627a-47b4-923f-592b3dc18881 |
| Золото | GOLD GEOCHEMISTRY IN POSTERUPTIVE ACTIVITY ON CINDER CONES PRODUCED ON THE NORTHERN FISSURE OF THE GREAT TOLBACHIK FLANK ERUPTION IN 1975-1976 | a731a90f-1dfd-4350-a0cc-46317aaf1701 |
| Золото | GOLD IN ALUMINOUS AND FERRUGINOUS CONCRETIONS IN THE OZERNOE FRACTURE ZONE, SUBPOLAR URALS | 981d65c5-379b-44d3-913b-e0d967cc7dad |
| Золото | GOLD IN HUMIC ACIDS OF MARINE SEDIMENTS | ba894a79-d269-4602-b6b1-e7c0f8883161 |
| Золото | GOLD IN ORE ASSOCIATIONS IN AREAS OF MARGINAL ANDESITE BELTS (AS ILLUSTRATED BY THE URALS) | a7163a4a-ddea-4da4-b964-77d8fc8c6258 |
| Золото | GOLD IN PROCESSES OF PYRITE FORMATION. PART 1. GOLD ACCUMULATION DURING PYRITE FORMATION | 5ee60b77-d6de-4fe7-b4fc-995b4e1146cc |
| Золото | GOLD IN PYRITE FORMATION PROCESSES: 2. PROTON MAGNETIC RESONANCE IN SYNTHETIC GOLD-BEARING PYRITES | 95073eee-c54c-449f-8e9e-02108a9b7c33 |
| Золото | GOLD IN PYRITE FORMATION PROCESSES: 3. MöSSBAUER STUDY OF SYNTHETIC GOLD-BEARING IRON SULFIDES | c59fab92-5d2a-4e0a-b3fb-d025d99fd181 |
| Золото | Gold in sediments of the Black Sea. | f0cb1ef1-98bd-435a-80c5-33ab5e33c32b |
| Золото | GOLD MINERALISATION OF MALYI KHINGAN. REGULARITIES IN LOCALISATION, LODE GOLD ISSUE | 83b51ae0-1c3c-4ab8-8329-b549af4423dc |
| Золото | GOLD MINING BY THE METHODS OF GEOTECHNOLOGY: TECHNOLOGICAL DECISIONS | 09423984-df57-4ec2-8a7d-53f0546471f7 |
| Золото | GOLD ORE MINERALIZATION IN DIFFERENT GEODYNAMIC SETTINGS OF THE URALS | 0e3f3f45-5479-4b46-a7e7-fd8a11e5418d |
| Золото | GOLD SOLUBILITY AND SPECIATION IN HYDROTHERMAL SOLUTIONS: EXPERIMENTAL STUDY OF THE STABILITY OF HYDROSULPHIDE COMPLEX OF GOLD (AUHS°) AT 350 TO 450°C AND 500 BARS | d13feb6d-3d7a-428f-b27e-12242eca9c77 |
| Золото | GOLD SOLUBILITY IN COMPLEX SULFIDE-CHLORIDE FLUIDS AT 300-500°C AND PTOTAL = 1 KBAR | 515387cf-789c-435e-829d-25191d67ba3e |
| Золото | GOLD SOLUBILITY IN THE COMMON GOLD-BEARING MINERALS: EXPERIMENTAL EVALUATION AND APPLICATION TO PYRITE | 6347fd87-8e41-48f5-b2d3-e4fcb704e81c |
| Золото | GOLD SOLUBILITY, SPECIATION, AND PARTITIONING AS A FUNCTION OF HCL IN THE BRINE-SILICATE MELT-METALLIC GOLD SYSTEM AT 800°C AND 100 MPA | c49edb50-f55b-4b36-9cd7-0cbb0c574dc5 |
| Золото | GOLD SPECIATION IN NATURAL WATERS: I. SOLUBILITY AND HYDROLYSIS REACTIONS OF GOLD IN AQUEOUS SOLUTION | 53a64d41-c751-457e-9dc9-77b14e436cf1 |
| Золото | GOLD-BEARING ARSENOPYRITE AND ITS FORMATION CONDITION AT THE OLYMPIADA AND VEDUGA GOLD DEPOSITS (YENISEI RANGE, SIBERIA) | 70190a5c-90d3-4628-8a1b-3c9fa506b085 |
| Золото | Gold-bearing mineralized zones of the Yuzhnoe ore occurrence and its comparison with lode gold deposits of Yenisei ridge | 7930b2d2-e8c4-4d30-8eb3-7c79add8d88f |
| Золото | GOLD-COPPER MINERALIZATION IN ALKALINE ROCKS | 3cdcabb4-82b6-475a-86dd-2cb3b073c1b0 |
| Золото | H2O+ IN ROCKS AND QUARTZ FROM EPITHERMAL GOLD-SILVER DEPOSITS | c2f3e2e8-c7db-4df4-9561-d626f52e35c6 |
| Золото | High-temperature gold-copper extraction with chloride flux in lava tubes of Tolbachik volcano (Kamchatka) | cc0cc508-b4a8-453e-ba5d-7510efde7693 |
| Золото | HYDROCHEMISTRY AND MOBILIZATION OF GOLD IN THE HYPERGENESIS ZONE (KUZNETSK ALATAU, RUSSIA) | b867fb22-9d91-403c-a292-35922d376487 |
| Золото | Hydrothermal alteration mapping of Siberian gold-ore fields based on satellite spectroscopy data | 6d9f855a-656b-4d7f-b961-2de5056c9e81 |
| Золото | HYDROTHERMAL GOLD MINERALIZATION AT THE RODNIKOVOE DEPOSIT IN SOUTH KAMCHATKA, RUSSIA | abf361c4-d9a9-4564-b002-c55b3555bbe5 |
| Золото | HYDROTHERMAL TRANSPORT AND DEPOSITIONAL PROCESSES IN ARCHEAN LODE-GOLD SYSTEMS: A REVIEW | 277d74b6-b9bd-49f7-9432-5d865464057d |
| Золото | IMPLICATIONS OF COMPOSITION FOR EXPERIMENTAL PARTITIONING OF PLATINUM-GROUP ELEMENTS AND GOLD BETWEEN SULFIDE LIQUID AND BASALT MELT: THE SIGNIFICANCE OF NICKEL CONTENT | a8fa94b4-4de1-4720-b599-a3670d17ec56 |
| Золото | INVISIBLE GOLD: COMPARISON OF AU DEPOSITION ON PYRITE AND ARSENOPYRITE | c8083c7e-e73f-48f2-98ff-6c3556bc7115 |
| Золото | KINETICS OF SULFIDE OXIDATION AND THE SOLUTION OF GOLD | 01aace32-9712-47ca-b0b9-94a2bc36de5b |
| Золото | MACFLINCOR AND ITS APPLICATION TO FLUIDS IN ARCHEAN LODE-GOLD DEPOSITS | e57ee5fc-fd15-459f-8125-deed7938389d |
| Золото | MECHANISM OF SORPTION OF GOLD FROM DILUTE CHLORIDE SOLUTIONS BY DIFFERENT KINDS OF SILICA | 6bfe63f8-436b-4cab-9e69-02a7c95682f1 |
| Золото | MERCURY DISTRIBUTION IN A GOLD ORE DEPOSIT OF THE KUZNETSKIY ALATAU | 20f50705-cf56-406d-8bd2-081d4d8b6d40 |
| Золото | METHOD OF IDENTIFYING PLACER HALOES BY MORPHOMETRIC STUDY OF GOLD GRAINS | e0a712df-ce92-45d6-bb29-166f29e24177 |
| Золото | MICROORGANISMS IN REGIONS OF ACTIVE VOLCANISM AND THE FORMATION OF NEW GOLD | b2624afc-801e-4600-b10a-db1e8ca455a0 |
| Золото | Mineral-petrochemical wallrock alteration of rocks in Bericul gold-ore deposit (Kuznetsk Alatau) | 30da5c66-2f63-408c-b3af-e95333c14e62 |
| Золото | MINERALIZING FLUID COMPOSITION AND GENESIS OF GOLD-SULFIDE-TELLURIDE MINERALIZATION AT THE MEGRADZOR DEPOSIT: EVIDENCE FROM FLUID INCLUSIONS | cd7dcd87-e3ab-4e02-97cd-e2234b0fc0d4 |
| Золото | MINERALOGICAL AND GEOCHEMICAL INDICATORS OF MULTIPLE SOURCES OF NATIVE GOLD IN A GOLD DEPOSIT OF THE EASTERN SAYAN REGION | 46d0757f-ffe7-4940-8cdf-eba29ea44a65 |
| Золото | MINING THE GOLD BY METHODS OF GEOTECHNOLOGY. PART 2. PRACTICAL EXPERIENCE IN HEAP AND UNDERGROUND LEACHING OF GOLD | d24e94c1-f33a-4518-9dba-bb221e467aa3 |
| Золото | MORPHOLOGY OF NONRECOVERABLE GOLD IN THE WEATHERED MANTLE | 946f253a-3769-40cd-8222-172b32a9b9a6 |
| Золото | NATIVE GOLD DEPOSITS FROM GAS EMANATIONS OF CINDER CONES PRODUCED BY THE 1975-1976 GREAT TOLBACHIK FISSURE ERUPTIONS | f6c02da3-1627-467f-9b17-56a705266768 |
| Золото | Native gold from volcanic gases at Tolbachik 1975–76 and 2012–13 Fissure Eruptions, Kamchatka | c7e7f4a4-0a14-4acc-ac19-395048df837e |
| Золото | NATIVE SILICON ASSOCIATED WITH NATIVE GOLD AND OTHER METALS | fc2eca96-c30e-46e0-8e46-efe3967ff8dd |
| Золото | NEW DATA ON THE GOLD POTENTIAL OF THE SEDIMENTARY ROCKS IN THE SOUTHEASTERN FRAME OF THE SIBERIAN CRATON | 8c3bbcb8-6b07-4de0-a3ee-2777e548cb47 |
| Золото | NEW TYPE OF GEOCHEMICAL ZONING IN GOLD DEPOSITS | d1371843-9b02-4862-bd60-9c73a231b483 |
| Золото | NUCLEATION AND ACCUMULATION OF GOLD IN YEAST CELLS | ddb9c868-8523-42a2-89ff-f5e12cf83be1 |
| Золото | ON THE COMPILATION OF LARGE-SCALE ENVIRONMENTAL MAPS (GOLD PLACER MINING AREAS AS AN EXAMPLE) | e337b3af-d207-4435-bb7e-f7bc2e474c92 |
| Золото | ON THE POSSIBILITY OF ANALYTICAL DETERMINATION OF STRUCTURALLY BOUND GOLD IN SULFIDE MINERALS | d44b4f18-2d49-45be-8794-69f6491d0af7 |
| Золото | Ore-forming сonditions of the Blagodat gold deposit in the Riphean metamorphic rocks of the Yenisey ridge according to geochemical and isotopic data | 90b0b1fd-0b77-48c0-b339-f058b62293e2 |
| Золото | Ore-geochemical zonality and gold complex potential of Muruntau | da52f348-f106-47d1-97b0-da613bc5b58c |
| Золото | OROGENIC GOLD AND GEOLOGIC TIME: A GLOBAL SYNTHESIS | 05ff86bb-c2b8-496b-925c-40f6e69d85ac |
| Золото | OROGENIC GOLD DEPOSITS: A PROPOSED CLASSIFICATION IN THE CONTEXT OF THEIR CRUSTAL DISTRIBUTION AND RELATIONSHIP TO OTHER GOLD DEPOSIT TYPES | bdabb9ae-9b6f-4d76-b854-f9fc88877d3e |
| Золото | P-T-T-DEFORMATION-FLUID CHARACTERISTICS OF LODE GOLD DEPOSITS: EVIDENCE FROM ALTERATION SYSTEMATICS | d9f8a185-2998-4b38-aa17-4fccec09b10c |
| Золото | PALLADIUM, PLATINUM AND GOLD DISTRIBUTION IN PORPHYRY CU ± MO DEPOSITS OF RUSSIA AND MONGOLIA | 419de3e1-f05e-45a6-9eee-56d2175956a5 |
| Золото | PARTICLE-SIZE DISTRIBUTION OF FINE GOLD IN THE CRYOGENIC (FROST-WEATHERED) OXIDATION ZONE OF GOLD-ORE BODIES AND IN THEIR SECONDARY DISPERSION HALOS AND TRAINS | 324520cb-73b7-4591-9cf5-2ccb4032fc05 |
| Золото | PARTITIONING OF PLATINUM-GROUP ELEMENTS (OS, IR, RU, PT, PD) AND GOLD BETWEEN SULFIDE LIQUID AND BASALT MELT | 927364a3-2f65-42e4-a314-37029f7f2709 |
| Золото | PECULIARITIES OF FLUID COMPOSITION IN THE MINERALIZED AND BARREN ZONES OF THE SOVETSKOE QUARTZ-GOLD DEPOSIT, YENISEI MOUNTAIN RANGE BASED ON FLUID INCLUSION STUDY | 53d086b7-4877-46f2-97f3-a2b9376cf688 |
| Золото | Petrochemical features of the dike complex of the Vorontsovskoye gold-ore deposit (Northern Urals) | b1e59b9c-543a-43a1-9daf-ed1d0742c68c |
| Золото | Petrophysical zoning elements of Chertovo Koryto gold-ore deposit (Patom Upland, Eastern Siberia) | fe321667-970f-4ce9-9271-53dd9394213f |
| Золото | PHYSICOCHEMICAL CONDITIONS OF FORMATION OF EPITHERMAL GOLD-MERCURY DEPOSITS | 3b2a49b6-f450-4457-b190-31bbd9670731 |
| Золото | POSSIBLE GENERATION OF HYDROGENIC GOLD DEPOSITS | dc246bf7-b466-4dcf-8959-4db40bf1ab36 |
| Золото | POSSIBLE MECHANISM OF THE GENERATION OF MUSTARD GOLD IN THE INTERACTION OF AUROSTIBITE WITH CHLORIDE SOLUTIONS, AS INDICATED BY ELECTROCHEMICAL INVESTIGATIONS | 9ea19964-fb81-4e68-a59b-7772a057a527 |
| Золото | QUANTIFYING THE PLATINUM GROUP ELEMENTS (PGES) AND GOLD IN GEOLOGICAL SAMPLES USING CATION EXCHANGE PRETREATMENT AND ULTRASONIC NEBULIZATION INDUCTIVELY COUPLED PLASMA-MASS SPECTROMETRY (USN-ICP-MS) | 87fbf2fd-a85e-49ed-9480-75f29a14189d |
| Золото | QUANTITATIVE DETERMINATION OF GOLD AND THE PLATINUM-GROUP ELEMENTS IN GEOLOGICAL SAMPLES USING IMPROVED NIS FIRE-ASSAY AND TELLURIUM COPRECIPITATION WITH INDUCTIVELY COUPLED PLASMA-MASS SPECTROMETRY (ICP-MS) | 6705befb-24d8-4b8d-90e2-b8020510cfea |
| Золото | RAMAN SPECTROSCOPY OF GOLD CHLORO-HYDROXY SPECIATION IN FLUIDS AT AMBIENT TEMPERATURE AND PRESSURE: A RE-EVALUATION OF THE EFFECTS OF PH AND CHLORIDE CONCENTRATION - I. SOLUBILITY AND HYDROLYSIS REACTIONS OF GOLD IN AQUEOUS SOLUTION | 5d4a58ca-af9c-4589-831b-82084b1f6089 |
| Золото | RARE NATURAL POLYCOMPONENT ALLOYS BASED ON GOLD AND COPPER FROM A PLATINUM PLACER IN THE KONDER ALKALINE-ULTRABASIC MASSIF, SOUTHEASTERN ALDAN SHIELD, RUSSIA | 4e3bd71c-5e5e-4def-966c-0a34f27f8203 |
| Золото | RE-OS, SM-ND, U-PB, AND STEPWISE LEAD LEACHING ISOTOPE SYSTEMATICS IN SHEAR-ZONE HOSTED GOLD MINERALIZATION: GENETIC TRACING AND AGE CONSTRAINTS OF CRUSTAL HYDROTHERMAL ACTIVITY | e1321d6c-75a1-4b2b-a706-219a86fa6840 |
| Золото | Rear polymineral zone of near-veined metasomatic aureole in mesothermal Zun-Holba gold deposit (Eastern Sayan) | 40272e88-b327-4e7c-952e-acf3427d0616 |
| Золото | REDISTRIBUTION OF GOLD WITHIN ARSENOPYRITE AND LöLLINGITE DURING PRO- AND RETROGRADE METAMORPHISM: APPLICATION TO TIMING OF MINERALIZATION | 553df41d-836b-43fe-954f-09a730699952 |
| Золото | RELATIONSHIP OF VEIN AND DISSEMINATED GOLD MINERALIZATION AND THE LOCAL GEODYNAMICS OF ORE FIELDS | 54a571e7-f3fd-4943-bbb7-30bd3865fff8 |
| Золото | ROLE OF REDOX PROCESSES IN THE INTERACTION OF HETEROTROPHIC MICROORGANISMS OF GOLD-BEARING DEPOSITS WITH COLLOIDAL GOLD | 8882291c-22fa-4a41-b2e3-11548fddf247 |
| Золото | ROTUND VERSUS SKINNY OROGENS: WELL-NOURISHED OR MALNOURISHED GOLD? | 8c7cf3c2-237c-4701-aec5-c70070e5da43 |
| Золото | SELECTIVE FLOTATION OF GOLD-CONTAINING ORE | 971bda4d-c00c-4870-b16b-579ebde86ec7 |
| Золото | SIMULATION OF PHYSICOCHEMICAL PROCESSES OF DISSOLUTION, TRANSPORT, AND DEPOSITION OF GOLD IN EPITHERMAL AU-AG DEPOSITS IN NORTHEASTERN RUSSIA | 5e28980b-a15b-4f8c-82a4-fe000dee8a85 |
| Золото | SOLUBILITY OF GOLD IN SULFIDE-ARSENIDE SOLUTIONS AT 200-300°C | 7b4c0926-4bde-4ac2-b678-ef3602f826f4 |
| Золото | SOME CRYOGENIC WEATHERING FEATURES OF GOLD-QUARTZ VEINS AND THE FORMATION OF GOLD HALOES, BAIKAL RIFT ZONE, U.S.S.R | 9b3548e9-ea80-4c10-b924-440dffe98d9a |
| Золото | SOME METALLOGENIC FEATURES OF GOLD AND COPPER DEPOSITS RELATED TO ALKALINE ROCKS AND CONSEQUENCES FOR EXPLORATION | ce878d04-b687-4c69-8deb-dab184b2b3f8 |
| Золото | SOURCES OF ORE MATERIAL AND FORMATION CONDITIONS OF GOLD DEPOSITS IN NORTHEASTERN RUSSIA | b7e198b9-ab08-44c6-a984-de561eb849d3 |
| Золото | SPATIAL AND TEMPORAL DISTRIBUTION OF GOLD DEPOSITS IN THE URALS | 69403c79-8f99-4de4-b0a8-8139e7b071c2 |
| Золото | SPECIFIC FEATURES OF THE NITROGEN FLUID REGIME IN HYDROTHERMAL METASOMATIC SYSTEMS: CASE STUDIES OF ZOD, CHARMITAN, MURUNTAU, AND MARJANBULAK GOLD DEPOSITS | 754e4935-8d60-4ac6-9221-38293db05c80 |
| Золото | STABILITY OF CHLORIDOGOLD(I) COMPLEXES IN AQUEOUS SOLUTIONS FROM 300 TO 600°C AND FROM 500 TO 1800 BAR | 87ecbf75-2a3e-4eb1-8857-ad43db8126ba |
| Золото | STRONTIUM ISOTOPIC COMPOSITION AND EVOLUTION OF A HYDROTHERMAL FLUID SOURCE: A CASE OF THE VEDUGA GOLD DEPOSIT, THE ENISEI RANGE | 5f5d24e9-9dc8-454a-84f5-e787b90ff8c4 |
| Золото | Superficial nanotextures of placer gold | 1afa726a-97e1-46c9-8285-454d1b9066de |
| Золото | SUPERPARAMAGNETIC EFFECT OVER GOLD AND NICKEL DEPOSITS | a604872c-8f1a-4f08-8caa-a37d8fd3282f |
| Золото | TECTONIC CONSTRAINTS ON THE TIMING RELATIONSHIPS OF METAMORPHISM, FLUID PRODUCTION AND GOLD-BEARING QUARTZ VEIN EMPLACEMENT | 07d80fa0-0ef2-4a55-b40f-6dc5a4492cd6 |
| Золото | TECTONIC SETTING OF SYNOROGENIC GOLD DEPOSITS OF THE PACIFIC RIM | e195d37a-f26e-476c-86ec-f116cbe9ef49 |
| Золото | TECTONICS, GEODYNAMICS AND GOLD MINERALIZATION OF THE EASTERN MARGIN OF THE NORTH ASIA CRATON | c6a39d4b-9381-4b14-b87e-4f23b3c54b40 |
| Золото | THE "GOLDEN SPIKE" METHOD: A PROBLEM OF GEOLOGICAL AND PHYSICAL TIME COMPATIBILITY | b17731ea-41c1-44a4-98af-d2c4d2497ee7 |
| Золото | THE ADSORPTION OF GOLD TO GALENA SURFACES: CALCULATION OF ADSORPTION/REDUCTION ENERGIES, REACTION MECHANISMS, XPS SPECTRA, AND STM IMAGES | 53bdf275-2df6-47c1-be91-3778770fa327 |
| Золото | THE ADSORPTION OF GOLD(I) HYDROSULPHIDE COMPLEXES BY IRON SULPHIDE SURFACES | 9f35bec0-aa57-46e0-bc12-13bd8de4e9b1 |
| Золото | The age of mineralization of Mayskoe gold ore deposit (Central Chukotka): results of Re-Os isotopic dating | 1f176488-4615-46ab-ba88-50a357e08aa7 |
| Золото | THE BAMSK GOLD DEPOSIT, STANOVOI RANGE, RUSSIA | 4c4f8d6c-df58-4fcf-81ce-80d17e9d935b |
| Золото | THE DEPOSITION OF GOLD AND OTHER METALS: PRESSURE-INDUCED FLUID IMMISCIBILITY AND ASSOCIATED STABLE ISOTOPE SIGNATURES | 7e023440-3d01-4752-8e0b-64f7b9bf287c |
| Золото | THE DISPROPORTIONATION OF GOLD(I) CHLORIDE COMPLEXES AT 25 TO 200OC | 4ae7107f-e7d8-4fb2-a933-9898758ca2db |
| Золото | THE EFFECTS OF TEMPERATURE AND PRESSURE ON GOLD-CHLORIDE SPECIATION IN HYDROTHERMAL FLUIDS: A RAMAN SPECTROSCOPIC STUDY | 817a62a4-29c1-4692-8ce5-f42f494511ca |
| Золото | The environmental impact in the Zaamar gold mining zone of Mongolia | 5a3259e4-449d-469e-a5e1-c53ce6a00b73 |
| Золото | THE GEOLOGICAL SETTING OF LODE-GOLD DEPOSITS IN THE CENTRAL SOUTHERN URALS: A REVIEW | 2bad8093-7f13-4fdb-a469-854fbb4312ce |
| Золото | THE GIANT MURUNTAU GOLD DEPOSIT: GEOLOGIC, GEOCHRONOLOGIC, AND FLUID INCLUSION CONSTRAINTS ON ORE GENESIS | de7be86f-cd2a-49e5-a315-771ee88594b6 |
| Золото | THE GOLD POTENTIAL OF CARBONACEOUS METASOMATITES | 41aca8b9-23e4-460e-8773-2addb09ad402 |
| Золото | THE HYDROLYSIS OF GOLD(I) IN AQUEOUS SOLUTIONS TO 600°C AND 1500 BAR | bf889bec-ddaa-4a0f-9a20-3ecdce1110fb |
| Золото | THE KARAMKEN GOLD-SILVER DEPOSIT (MAGADAN OBLAST, RUSSIA): MINERALOGICAL AND GEOCHEMICAL CHARACTERISTICS AND THE METAL DISTRIBUTION PATTERN IN THE GLAVNAYA VEIN | 198d1fe3-f274-4742-9817-bd53263f5c0d |
| Золото | THE KIS-KUEL FE-CU-AU ± (AG, MO, BI) DEPOSIT, EASTERN YAKUTIA (RUSSIA) - A LINK BETWEEN IRON OXIDE COPPER-GOLD AND INTRUSION-RELATED GOLD SYSTEMS | 947f2cbe-82df-4f80-af4a-50de82308156 |
| Золото | THE OCCURRENCE OF SULFUR AND PHOSPHORUS WITHIN BACTERIALLY DERIVED CRYSTALLINE AND PSEUDOCRYSTALLINE OCTAHEDRAL GOLD FORMED IN VITRO | d932702a-aeea-47d5-9f39-399f2a5a2bfa |
| Золото | THE OLENINSKOE GOLD SULFIDE DEPOSIT (KOLA PENINSULA, RUSSIA) | 5f5f0e70-1ac6-4592-a2f1-07e9d7b22e31 |
| Золото | THE PROBLEM OF GENESIS OF GOLD MINERALIZATION IN RELATION TO PARAGENESES OF MAGMATIC AND METAMORPHIC FORMATIONS | 772cf497-5f8a-454b-9c80-17468001b6d8 |
| Золото | THE RELATIONSHIP BETWEEN MERCURY AUREOLES AND OCCURRENCES OF HYDROTHERMAL GOLD-SILVER MINERALIZATION ON THE TERRITORY OF KAMCHATKA | 82c77d98-730e-4c66-a5cf-828ba0360dba |
| Золото | THE RELATIONSHIP OF LARGE GOLD-SULFIDE DEPOSITS WITH MERCURY AND ANTIMONY MINERALIZATIONS | b76ea0d2-99e8-43f7-8fd8-336a212f5630 |
| Золото | THE ROLE OF BORON COMPOUNDS IN THE FORMATION OF TOURMALINE-GOLD DEPOSITS IN PRIAMURYE | 2f8c9945-be6e-48f1-a0fa-3fbd3ff647ce |
| Золото | THE ROLE OF SECONDARY MINERALS IN CONTROLLING THE MIGRATION OF ARSENIC AND METALS FROM HIGH-SULFIDE WASTES (BERIKUL GOLD MINE, SIBERIA) | b979417f-db92-4f4a-ae67-5888adff22dc |
| Золото | THE SOYUZNOE GOLD-SILVER DEPOSIT IN THE PRIMOR'E REGION AND ITS POTENTIAL (RUSSIA) | e020d7e6-4181-47c2-a798-c942d7c4541e |
| Золото | THE TAINSKOE GOLD DEPOSIT (EASTERN SAYAN, RUSSIA) - A NEW EXAMPLE OF THE PORPHYRY GOLD TYPE | 8db1e543-ea67-434b-93a0-41a6130187bd |
| Золото | THE TOKUR GOLD DEPOSIT (FAR EAST, RUSSIA) | 6766ae03-d7b8-470a-961c-3380c7dc6b1d |
| Золото | THERMOBAROGEOCHEMICAL ZONING AND GENESIS OF GOLD DEPOSITS AT DIFFERENT DEPTHS | 159a6794-0130-4abf-be64-ea3298995f96 |
| Золото | Unique monograph about natural nanogold | dc590bb0-0f71-40c4-9bde-481f6a62da00 |
| Золото | UNUSUAL INCLUSIONS IN NATIVE GOLD FROM THE MIR KIMBERLITE PIPE | 7f3c36c8-1b5a-4e01-93d6-a5879fe92755 |
| Ильменит | AN EXPERIMENTAL STUDY OF THE FE-MN EXCHANGE BETWEEN GARNET AND ILMENITE | 9b007f05-5128-4d9a-b8bd-090d2510f89b |
| Ильменит | AN OXYGEN BAROMETER FOR RUTILE-ILMENITE ASSEMBLAGES: OXIDATION STATE OF METASOMATIC AGENTS IN THE MANTLE | 35f5dd27-c32e-4360-927c-bb93e6271765 |
| Ильменит | COMPOSITIONAL EVOLUTION OF MICROCRYSTALLINE AND MACROCRYSTALLINE ILMENITE IN KIMBERLITE | b9ef2ff5-cde7-45c4-a102-c18bb7cd6b13 |
| Ильменит | CONDITIONS OF FORMATION AND ORIGIN OF RIPHEAN ILMENITE-TITANOMAGNETITE DEPOSITS IN THE URALS | 02a9397b-7f09-4658-8d55-be0abf748e98 |
| Ильменит | Ассоциация ильменита, пирофанита и псевдорутила в гранитах Северного массива (Чукотка) | 6ee39a7a-d1b9-4334-94b7-b243bc3c264f |
| Ильменит | ГИДРОФТОРИДНЫЙ МЕТОД ПЕРЕРАБОТКИ ИЛЬМЕНИТОВЫХ КОНЦЕНТРАТОВ | f9c6ff6f-422f-4f77-bc94-06aad4381f83 |
| Ильменит | ИНТЕРПРЕТАЦИЯ ДАННЫХ ЭЛЕКТРИЧЕСКОГО ЗОНДИРОВАНИЯ ПРИ ПОИСКАХ ИЛЬМЕНИТОВЫХ РУД В ПРИМОРЬЕ | 9e975bce-4551-4c5d-b1c1-3aca8329200d |
| Ильменит | МАГНЕТИТ-ИЛЬМЕНИТОВЫЕ РАВНОВЕСИЯ В АРХЕЙСКИХ ЭНДЕРБИТАХ СУТАМСКОГО КОМПЛЕКСА (АЛДАНСКИЙ ЩИТ) | a784917f-1175-4f3e-8aac-0793c00957bd |
| Ильменит | МАКРОКРИСТАЛЛЫ ПИКРОИЛЬМЕНИТА КИМБЕРЛИТОВЫХ ТРУБОК ХОМПУ-МАЙСКОГО КИМБЕРЛИТОВОГО ПОЛЯ (ЦЕНТРАЛЬНАЯ ЯКУТИЯ) | 128c809b-a34f-461b-821b-11d7cdd99876 |
| Ильменит | Минералого-геохимические особенности циркон-ильменитовых месторождений Томь-Яйского междуречья: автореферат диссертации на соискание ученой степени кандидата геолого-минералогических наук | 4fbd0a20-ae60-4c25-822c-74d3ee7e8a4b |
| Ильменит | НАХОДКИ НАНОСТРУКТУР ПРИРОДНОГО РТУТИСТОГО ЗОЛОТА НА ПОВЕРХНОСТИ КРИСТАЛЛОВ ИЛЬМЕНИТА ФАДЕЕВСКОГО РУДНО-РОССЫПНОГО УЗЛА (ПРИМОРЬЕ) | f2200f95-a919-45a0-ab64-ee490ca6b3f2 |
| Ильменит | О некоторых геохимических свойствах ильменита | 42d334e6-46aa-4dd8-aad2-47f1ec924772 |
| Ильменит | EXPERIMENTAL DETERMINATION OF ACTIVITIES IN FETIO3-MNTIO3 ILMENITE SOLID SOLUTION BY REDOX REVERSALS | 9d8293ae-fe43-4a67-a52f-8cda6f8fcb8d |
| Ильменит | EXPERIMENTAL MODELING OF THE REGRESSIVE TRANSFORMATION OF PICROILMENITES FROM KIMBERLITE ROCKS | d1ee3f36-06e0-4f2d-afe7-7aa639ed8e66 |
| Ильменит | FERROUS FREUDENBERGITE IN ILMENITE MEGACRYSTS: A UNIQUE PARAGENESIS FROM THE DALNAYA KIMBERLITE, YAKUTIA | 043da784-005a-4f77-bc26-ca551f72e218 |
| Ильменит | ILMENITE AND TITANOMAGNETITE IN ROCKS OF THE TRAPROCK ASSOCIATION IN THE MALAYA BOTUOBUYA AND THE ALAKIT-MARKHA KIMBERLITE FIELDS, YAKUTIA | ad9bba73-d96c-4ad9-b707-50c5e44e6774 |
| Ильменит | INFERRING DOMAIN STATE FROM MAGNETIC HYSTERESIS IN HIGH COERCIVITY DOLERITES BEARING MAGNETITE WITH ILMENITE LAMELLAE | 06c57d1a-61c3-48e8-a054-adb464ac372f |
| Ильменит | OPTIMIZED STANDARD STATE AND SOLUTION PROPERTIES OF MINERALS I. MODEL CALIBRATION FOR OLIVINE, ORTHOPYROXENE, CORDIERITE, GARNET, AND ILMENITE IN THE SYSTEM FEO-MGO-CAO-AL2O3-TIO2-SIO2 | 11860869-37ec-4a8c-8efb-f40abc7440ce |
| Ильменит | PHASE EQUILIBRIA IN THE SYSTEMS FE2O3-MGO-TIO2 AND FEO-MGO-TIO2 BETWEEN 1173 AND 1473 K, AND FE2+-MG MIXING PROPERTIES OF ILMENITE, FERROUS-PSEUDOBROOKITE AND ULVOSPINEL SOLID SOLUTIONS | df13d126-8ffb-477e-ae4b-ab21a4a477a8 |
| Ильменит | SHORT- AND LONG-RANGE ORDERING IN THE ILMENITE-HEMATITE SOLID SOLUTION | cc48abd4-2853-4885-9050-4bbbf7e5fa38 |
| Ильменит | THE ROLE OF ILMENITE IN THE SOURCE REGION FOR MARE BASALTS: EVIDENCE FROM NIOBIUM, ZIRCONIUM, AND CERIUM IN PICRITIC GLASSES | 91681a5b-6b02-4101-8d30-6921afc2a603 |
| Ильменит | THERMODYNAMIC PROPERTIES OF HEMATITE - ILMENITE - GEIKIELITE SOLID SOLUTIONS | 6b2ec35c-e9fd-4352-ae8a-f3e044e74975 |
| Ильменит | Typomorphic characteristic features of accessory ilmenite in granitoids of the polyphase Aleisk-Zmeinogorsk complex (N-W Rudny Altai area) | 308b5f68-1b75-4e1d-aab9-3c76be3e690a |
| Кальцит | A CENOZOIC SEAWATER SR/CA RECORD FROM BENTHIC FORAMINIFERAL CALCITE AND ITS APPLICATION IN DETERMINING GLOBAL WEATHERING FLUXES | b3e59e43-68c4-47cb-a093-948230d58f2d |
| Кальцит | A CONCEPTUAL MODEL FOR NEAR-SURFACE KINETIC CONTROLS ON THE TRACE- ELEMENT AND STABLE ISOTOPE COMPOSITION OF ABIOGENIC CALCITE CRYSTALS | 805715c7-d824-46b3-aa82-fd489f6c278a |
| Кальцит | A HIGH RESOLUTION STUDY OF THE CHLOROPHYLL AND BACTERIOCHLOROPHYLL PIGMENT DISTRIBUTIONS IN A CALCITE/GYPSUM MICROBIAL MAT | 8d8209db-2ec4-49d1-8d15-f4001808f195 |
| Кальцит | A MECHANISTIC MODEL FOR CALCITE CRYSTAL GROWTH USING SURFACE SPECIATION - I. A CLASSICAL CHEMICAL DESCRIPTION FOR STRONG ELECTROLYTE SOLUTIONS | 9284eee0-24f8-48ff-8467-9e1c1409a865 |
| Кальцит | A STUDY OF THE INTERACTION OF STRONTIUM IONS IN AQUEOUS SOLUTION WITH THE SURFACES OF CALCITE AND KAOLINITE | 81148fc4-ee0d-434a-ba2d-da13e6b9ddcf |
| Кальцит | A STUDY OF THE INTERACTION OF STRONTIUM IONS IN AQUEOUS SOLUTION WITH THE SURFACES OF CALCITE AND KAOLINITE - 1. X-RAY PHOTOELECTRON SPECTROSCOPIC STUDY | bab6e200-6160-405f-a76d-d3b8e148c8e3 |
| Кальцит | ALGORITHM OF CALCULATION OF LYAPOUNOV COEFFICIENTS FOR ANALYSIS OF CHEMICAL AUTOOSCILLATIONS, AS APPLIED TO CALCITE CRYSTALLIZATION MODEL | 493cf85a-c16d-4f50-8a53-deb67e2f72a2 |
| Кальцит | AN ASSESSMENT OF CALCITE CRYSTAL GROWTH MECHANISMS BASED ON CRYSTAL SIZE DISTRIBUTIONS | 3fcc98e2-5994-4810-9307-15dbab1804f3 |
| Кальцит | AN EXPERIMENTAL CALIBRATION OF THE TEMPERATURE DEPENDENCE OF OXYGEN ISOTOPE FRACTIONATION BETWEEN APATITE AND CALCITE AT HIGH TEMPERATURES (350-800°C) | f6e88e57-3c63-4a31-9fa1-420be603fbcb |
| Кальцит | AN EXPERIMENTAL STUDY OF CALCITE AND LIMESTONE DISSOLUTION RATES AS A FUNCTION OF PH FROM -1 TO 3 AND TEMPERATURE FROM 25 TO 80°C | ea68f05d-5d25-47de-aecb-dfb8ce2ed51b |
| Кальцит | AN EXPERIMENTAL STUDY OF CALCITE DISSOLUTION RATES AT ACIDIC CONDITIONS AND 25°C IN THE PRESENCE OF NAPO3 AND MGCL2 | acaa8bf2-0f4b-4e4b-b2e8-6d86ebbe8d8f |
| Кальцит | AN EXPERIMENTAL STUDY OF STRONTIUM AND LEAD DIFFUSION IN CALCITE, AND IMPLICATIONS FOR CARBONATE DIAGENESIS AND METAMORPHISM | 361bac6f-9fd2-40ce-8621-4022751fd478 |
| Кальцит | AN EXPERIMENTALLY VERIFIED MODEL FOR CALCITE PRECIPITATION IN VEINS | 4b8f7dc9-308c-479a-a90b-d7b0bed4f96f |
| Кальцит | AQUEOUS CADMIUM UPTAKE BY CALCITE: A STIRRED FLOW-THROUGH REACTOR STUDY | 6758f867-ddcb-48f6-8d31-cc6cea5356d4 |
| Кальцит | ASSESSING THE RELIABILITY OF MAGNESIUM IN FORAMINIFERAL CALCITE AS A PROXY FOR WATER MASS TEMPERATURES | e5f24dd9-7e06-4140-9bd3-c48e1cb61257 |
| Кальцит | ATOMISTIC SIMULATION OF THE DIFFERENCES BETWEEN CALCITE AND DOLOMITE SURFACES - THE ROLE OF SURFACE SPECIATION | adb39a87-d5e0-46bd-a84f-13f1e298fb0a |
| Кальцит | BROAD DISTRIBUTION OF CRYSTAL-FIELD ENVIRONMENTS FOR ND3+ IN CALCITE | 2b625713-4794-4e70-86ba-bc38da8aedae |
| Кальцит | Ca-содержащий стронцианит, барит, доломит и кальцит в метакимберлитах трубки Зарница, Якутия | f0ac290f-48d2-43bf-8aab-17419d0868e2 |
| Кальцит | CALCITE PRECIPITATION IN SYNTHETIC VEINS: IMPLICATIONS FOR THE TIME AND FLUID VOLUME NECESSARY FOR VEIN FILLING | c5aa1009-3db9-4836-8835-c4fb2d1e958c |
| Кальцит | CARBON ISOTOPE FRACTIONATION BETWEEN CALCITE, GRAPHITE AND CO2: AN EXPERIMENTAL STUDY | 42edadc2-04dc-4cc0-ab19-289d60ba3337 |
| Кальцит | CONTROLS BY SATURATION STATE ON ETCH PIT FORMATION DURING CALCITE DISSOLUTION | f98f7298-9bed-4b91-a746-ee476ba9fb61 |
| Кальцит | COPRECIPITATION OF URANIUM(VI) WITH CALCITE: XAFS, MICRO-XAS, AND LUMINESCENCE CHARACTERIZATION | ef635b5b-66fd-4a00-8290-ed4e180c6842 |
| Кальцит | COSMOGENIC CHLORINE-36 PRODUCTION IN CALCITE BY MUONS - EXPOSURE AND EROSION HISTORY | 1cf3837a-7387-4a70-93da-aa784a8a2c2d |
| Кальцит | CRYSTAL GROWTH OF SCHOEPITE ON THE (104) SURFACE OF CALCITE | 0df4de3c-89ee-42e0-8b7f-bb4a4b2a8c14 |
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