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1. Gas Composition of Fluids That Formed Ore Deposits over Geological Time: from the Archean through Cenozoic.

2. Quartz-Hosted Fluid Inclusions in Commercial Ores of Various Type at the Verninskoe Gold Deposit, Bodaibo District, Russia.

3. Lithological, Mineralogical, and Geochemical Features of the Lower Maeotian Sediments of the Kazantip Nature Reserve, Crimea.

4. He–Ne–Ar–N2–CO2 Systematics of Fernando de Noronha Mantle Xenoliths: Confirmation of Mantle Plume Origin.

5. Physicochemical Parameters of the Origin of Hydrothermal Mineral Deposits: Evidence from Fluid Inclusions. VI. Fluorite and Barite Deposits.

6. Physicochemical Parameters and Geochemical Features of Fluids at Cenozoic Gold Deposits.

7. Composition of Volatiles Captured by Diamonds during Growth in the Metal–Carbon–Silicate System at High Pressure and High Temperature.

8. Germanium and Gallium Concentrations in Natural Melts and Fluids: Evidence from Fluid Inclusions.

9. Physicochemical Parameters and Geochemical Features of Fluids at Mesozoic Gold Deposits.

11. N-C-Ar-He Isotopic Systematics of Quenched Tholeiitic Glasses from the Bouvet Triple Junction Area.

12. Physicochemical Parameters and Geochemical Features of Fluids of Paleozoic Gold Deposits.

13. Physicochemical Parameters of the Origin of Hydrothermal Mineral Deposits: Evidence from Fluid Inclusions. V. Antimony, Arsenic, and Mercury Deposits.

14. On the Separation Efficiency of Entrapped and in situ-Produced Noble Gas Components at Sample Crushing in Vacuum.

15. Composition of Volatile Components in Mineral-Hosted Fluid Inclusions at Hydrothermal Deposits. Water-Rock-Gas Systems in Ore-Forming Processes.

16. Physicochemical parameters and geochemical features of fluids of precamrbian gold deposits.

17. Equipment and newly developed methodological approaches for isotopic-geochemical studying fluid phases in rocks and minerals.

18. Physicochemical formation parameters of hydrothermal mineral deposits: Evidence from fluid inclusions. II. Gold, silver, lead, and zink deposits.

19. Transfer of Metals under Hydrothermal Conditions in the Form of Colloidal Particles and Supersaturated True Solutions.

21. An Application for Thermodynamic Calculation of AuxAg1 –x-Fluid Equilibria: Super-Pure Native Gold in Woxi Au–Sb–W Deposit, Western Hunan, China.

22. Physicochemical Conditions of Ore Formation at the Kalguty Mo–W Deposit: Thermodynamic Modeling.

24. High-Temperature Beryl from Vugless Granite Pegmatites of the Suprunovskoye Deposit, Irkutsk Oblast, Russia.

25. Composition of Volatiles Captured by Diamonds during Growth in the Metal–Carbon–Silicate System at High Pressure and High Temperature

26. Germanium and Gallium Concentrations in Natural Melts and Fluids: Evidence from Fluid Inclusions

28. Physicochemical parameters of the origin of hydrothermal mineral deposits: Evidence from fluid inclusions. IV. Copper and molybdenum deposits.

29. Geochemistry and Nd, Sr isotopes of the Pohrenk fluorites (Kırsehir-Turkey).

31. Gallium concentration in natural melts and fluids.

32. Gas mixing with aqueous solution in the ore-forming hydrothermal process: an example of gold.

33. Sites and Origin of Noble Gases in Minerals: A Case Study of Amphibole from Alkaline Granitoids of the Kola Peninsula

34. Physicochemical parameters of formation of hydrothermal deposits: Evidence from fluid inclusions. III. Uranium deposits.

36. PVT parameters of fluid inclusions and the C, O, N, and Ar isotopic composition in a garnet lherzolite xenolith from the Oasis Jetty, East Antarctica.

37. REE and fluid inclusions in zoned fluorites from Eastern Transbaikalia: Distribution and geochemical significance.

38. Composition of Volatile Components in Mineral-Hosted Fluid Inclusions at Hydrothermal Deposits. Water–Rock–Gas Systems in Ore-Forming Processes

41. Fluid inclusions in late minerals from the paleovalley-type uranium deposits of the West Siberian ore region: Thermochemical characteristics and genetic applications.

42. Studies of microorganisms in fluid inclusions in natural quartz.

43. Physicochemical parameters of the formation of hydrothermal deposits: A fluid inclusion study. I. Tin and tungsten deposits.

44. Physicochemical formation parameters of hydrothermal mineral deposits: Evidence from fluid inclusions. II. Gold, silver, lead, and zink deposits

45. Fluid+melt intrusions in lechatelierite from the Popigai suevites: A product of dynamic interaction melts and fluids during the shock melting of the target gneiss

46. Volatile components of natural fluids: Evidence from inclusions in minerals: Methods and results

47. Sm-Nd and Rb-Sr isotopic systems and captured He and hydrocarbon gases as markers of melt sources and fluid regime under which the oceanic crust of the Mid-Atlantic Ridge was formed at 5°–6° N