Cambridge University Press / vF / Gnedenko B.V. / State Oil Company / SOCAR / /
Country
Hungary / Armenia / Turkey / Azerbaijan / / /
Event
Employment Change / /
Facility
Institute of Applied Mathematics / Institute of Mathematics / Baku State University / Azerbaijan State Institute of Oil / All Union Research Institute of System Analysis / wellhead Qj / Istanbul Technical University / /
IndustryTerm
injected gas / oil recovery / gas flow rates / gas flow rate values / maximum oil production rate / real gas-hydrodynamic conditions determination / computational algorithms / gas liquid mixture area / oil and gas / gas condensate wells / injected gas mixes / injected gas rate / oil / gas intake / injected gas flow rate / gas injection flow rate / oil extraction / basis gas condensate reservoirs development / oil deposits / saturated gas / oil output / gas drive / gas lift process / linear control systems / reservoir gas / oil and gas extraction / oil well operation / gas factor / gas-liquid mixture / /
Organization
Cambridge University / High Military School of Azerbaijan / Azerbaijan Millitary High School / Institute of Mathematics of Academy Sciences of Ukraine / Istanbul Technical University / Turkic Word Mathematical Society / Faculty of Oil Deposits / Azerbaijan State Institute of Oil and Chemistry / Institute of Mathematics / Baku State University / Azerbaijan National Academy of Sciences / All Union Research Institute of System Analysis in Moscow / Institute of Applied Mathematics / /
Person
A.Kh / Breach Publ / Fikret A. Aliev / Gordon Publ / Bakhtizin / /
Position
chief of department / vice-president / young scientist / chief engineer / deputy chief / author / professor / Director / assistant professor / representative / R.N. / Co-Editor / /
TWMS J. Pure Appl. Math. V.1, N.1, 2010, pp[removed]MATHEMATICAL MODELING OF THE WELL-BED SYSTEM UNDER THE