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Journal Paper
Estimating lyophilic properties of the Bazhenov formation rocks by adsorption and NMR methods (Russian)
OIJ 2017 (03): 12–16.
Journal Paper
Balance of the petroleum hydrocarbon compounds in pyrolyzed organic matter of the Bazhenov formation (Russian)
OIJ 2017 (03): 18–21.
Journal Paper
Investigation of Bazhenov formation using thermal core logging technique (Russian)
Yu. A. Popov; E. Yu. Popov; E. M. Chekhonin; A. V. Gabova; R. A. Romushkevich; M. Yu. Spasennykh; D. E. Zagranovskaya
OIJ 2017 (03): 22–27.
Journal Paper
Methodical approaches to the reserves and resources estimation of Bazhenov formation (Russian)
I. S. Gutman; G. N. Potemkin; A. V. Postnikov; O. V. Postnikova; E. V. Kozlova; A. D. Alekseev; I. A. Karpov
OIJ 2017 (03): 28–32.
Journal Paper
Laboratory modeling of high-pressure air injection in oil fields of Bazhenov formation (Russian)
OIJ 2017 (03): 34–39.
Journal Paper
Evaluation of changes in Bazhenov rocks porosity and permeability in a process of hydrothermal treatment modeling (Russian)
OIJ 2017 (03): 45–49.
Journal Paper
Optimization of multi-stage hydraulic fracturing design in conditions of Bazhenov formation (Russian)
OIJ 2017 (03): 50–53.
Journal Paper
The potential of tertiary methods application for unconventional hydrocarbon systems exposure on the example of Bazhenov formation (Russian)
OIJ 2017 (03): 54–57.
Journal Paper
Application of advanced technologies of the the Konitlorskoye field productive reservoirs exposure (Russian)
OIJ 2017 (03): 59–60.
Journal Paper
Method for monitoring and controlling the development of multi-layer objects in case of multiple-zone selective completion (Russian)
OIJ 2017 (03): 61–63.
Journal Paper
Planning and construction of the exploration extended-reach well No. 102 on Rostovitskoye oil field (Russian)
OIJ 2017 (03): 76–79.
Journal Paper
General principles of modeling operation of a vibrating hammer when removing stuck pipes (Russian)
OIJ 2017 (03): 80–84.
Journal Paper
Cyclic water flooding of Bobric formation at Sabanchinskoye field (Russian)
OIJ 2017 (03): 85–87.
Journal Paper
New way of maximum allowable differential pressure definition (Russian)
OIJ 2017 (03): 88–89.
Journal Paper
The results of testing new technologies on Bazhenov suite (Russian)
OIJ 2017 (03): 94–98.
Journal Paper
?daptability of building structures for oil and gas fields (Russian)
OIJ 2017 (03): 100–103.
Journal Paper
Determination of the limiting sizes of crack-like defects in a wall of steel vertical tanks (Russian)
OIJ 2017 (03): 104–107.
Journal Paper
Bioreactor technology for oil-contaminated soils remediation (Russian)
OIJ 2017 (03): 108–111.
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