V. Y. Lavrushin

发表

Strontium and oxygen isotopic systems in waters of mud volcanoes of the Taman Peninsula

B. Pokrovsky, B. Polyak, M. I. Bujakaite, 2014, Lithology and Mineral Resources.

Chemical geothermometry: application to mud volcanic waters of the Caucasus region

B. Polyak, V. Y. Lavrushin, O. E. Kikvadze, 2020, Frontiers of Earth Science.

Waters from mud volcanoes of Azerbaijan: Isotopic-geochemical properties and generation environments

I. Guliev, B. Pokrovsky, B. Polyak, 2015, Lithology and Mineral Resources.

New data on the geological structure of the junction of the Cape Verde Rise, Cape Verde Abyssal Basin, and Bathymetrists Seamounts (Central Atlantic Ocean)

A. S. Ponomarev, L. A. Golovina, S. Skolotnev, 2007 .

New data on the geological structure of the junction between the Cape Verde Seamount and the Cape Verde Basin, central Atlantic

L. A. Golovina, S. Skolotnev, A. Peive, 2006 .

Geochemical and Isotope Characteristics of Carbonates from Ejecta of Mud Volcanoes of the Kura Basin, Azerbaijan

B. Pokrovsky, O. Kozmenko, E. Sokol, 2019, Lithology and Mineral Resources.

Physicochemical model for the generation of the isotopic composition of the carbonate travertine produced by the Tokhana spring, mount Elbrus area, northern Caucasus

A. Bychkov, V. Kuleshov, V. Y. Lavrushin, 2007 .

Travertines of the northern Caucasus

V. Kuleshov, V. Y. Lavrushin, O. E. Kikvadze, 2006 .

Recent tectonomagmatic reactivation of the Kolyuchino-Mechigmen zone of the Chukchi Peninsula from data on the composition of gases in hydrothermal springs

B. Polyak, I. Kamensky, E. Prasolov, 2010 .

Isotope and chemical composition of gases from mud volcanoes in the Taman Peninsula and problem of their genesis

B. Polyak, B. Pokrovskii, V. Y. Lavrushin, 2014, Lithology and Mineral Resources.

Geological-geophysical studies in the northern Barents Sea and on the continental shelf of the Arctic Ocean during Cruise 25 of the R/V Akademik Nikolay Strakhov

A. Ermakov, D. Prokhorov, A. A. Chernykh, 2009 .

Gases from mud volcanoes of western and central Caucasus

B. Polyak, B. Pokrovskii, V. Y. Lavrushin, 2010 .

Isotopic evidence (He, B, C) for deep fluid and mud mobilization from mud volcanoes in the Caucasus continental collision zone

A. Kopf, K. Wallmann, A. Eisenhauer, 2003 .

Boron in an onshore mud volcanic environment: Case study from the Kerch Peninsula, the Caucasus continental collision zone

O. Kozmenko, S. Kokh, E. Sokol, 2019, Chemical Geology.

Sr Isotope Composition of Mud Volcanic Waters in the Kerch–Taman Province

A. Kuznetsov, E. Sokol, A. Kramchaninov, 2021, Doklady Earth Sciences.

Isotopic composition of oxygen and hydrogen in mud-volcanic waters from Taman (Russia) and Kakhetia (Eastern Georgia)

E. Dubinina, V. Y. Lavrushin, A. Avdeenko, 2005 .

Formation of Mud-Volcanic Fluids in Taman (Russia) and Kakhetia (Georgia): Evidence from Boron Isotopes

A. Kopf, A. Deyhle, V. Y. Lavrushin, 2003 .

Genesis of the Yessentuki Deposit of Carbonated Waters, North Caucasus

V. Y. Lavrushin, A. Aidarkozhina, A. Lisenkov, 2020, Geochemistry International.

Conditions of the formation of thermomineral waters in the Talysh fold zone of the Lesser Caucasus (Azerbaijan) based on isotope-geochemical data (3Не/4Не, $${\delta ^{13}}{C_{c{o_2}}},{\delta ^{13}}{C_{c{h_4}}},{\delta ^{15}}{N_{{N_2}}}{,^{87}}Sr{/^{86}}Sr,\delta {D_{{H_2}O}},and{\delta ^{18}}{O_{{

B. Pokrovsky, B. Polyak, I. Kamensky, 2018 .

The 3He/4He halo of the Kazbek volcanic center, northern Caucasus

B. Polyak, F. Italiano, V. Y. Lavrushin, 2007 .

The 40Ar/36Ar Isotope Ratio in Spontaneous Gases of Mineral Waters in the Caucasian Region

V. Y. Lavrushin, 2002 .