Salt diapirism of the Dnieper-Donets depression from the standpoint of fluid dynamics representations Kurilenko VS. Salt diapirism of the Dnieper-Donets depression from the standpoint of fluid dynamics representations. 2019 ;(6):43-47.
The informational and methodical support of the aerospace monitoring of a sea shelf for the detection of anomalies over hydrocarbon deposits 1Fedorovsky OD, 1Khyzhniak AV, 2Sedlerova OV, Tovstyuk ZM, Efimenko TA, Porushkevich AY. The informational and methodical support of the aerospace monitoring of a sea shelf for the detection of anomalies over hydrocarbon deposits. 2019 ;(4):57-65.
Chromferide in impact melt rocks of the El’gygytgyn crater in Chukotka (Russia) Gurov YP, Permiakov VV. Chromferide in impact melt rocks of the El’gygytgyn crater in Chukotka (Russia). 2019 ;(3):72-77.
Phanerozoic evolution model of a stressstrain state of the Earth crust at the Dnieper-Donets paleorift Bartashchuk OV. Phanerozoic evolution model of a stressstrain state of the Earth crust at the Dnieper-Donets paleorift. 2019 ;(3):62-71.
Tectonic preconditions of the technological and natural catastrophe in the city of Dnepr 1Shatalov NN. Tectonic preconditions of the technological and natural catastrophe in the city of Dnepr. 2019 ;(2):68-77.
Molecular mechanisms of water evaporation (physical and chemical analysis) 1Kushnir SV, Kost MV, Sakhnyuk II. Molecular mechanisms of water evaporation (physical and chemical analysis). 2019 ;(2):61-67.
Preservation of paleoflora in impact melt rocks of the El’gygytgyn crater on the Chukotka Peninsula (Russia) Gurov YP, Permiakov VV, Yamnichenko AY. Preservation of paleoflora in impact melt rocks of the El’gygytgyn crater on the Chukotka Peninsula (Russia). 2019 ;(2):52-60.
A molecular model of the air/water interface structure and its influence on the water evaporation speed (physico-chemical analysis) 1Kushnir SV. A molecular model of the air/water interface structure and its influence on the water evaporation speed (physico-chemical analysis). 2019 ;(1):55-62.
The development of the Ukrainian Shield was 2.7-2.3 billion years ago. Facts and preliminary conclusions 1Usenko OV. The development of the Ukrainian Shield was 2.7-2.3 billion years ago. Facts and preliminary conclusions. 2018 ;(12):61-70.
Isotopic composition of carbon bitumen hydrothermal fields of the Donbas Suyarko VG, Ishchenko LV. Isotopic composition of carbon bitumen hydrothermal fields of the Donbas. 2018 ;(11):63-67.
