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two-layer model - traducción al ruso
Two fluid model
two-layer model
нефтегазовая промышленность
двухслойная модель (пласта)
Open Systems Interconnection
MODEL WITH 7 LAYERS TO DESCRIBE COMMUNICATION SYSTEMS
Open Systems Interconnection; Open Systems Interconnection Specification; Open Systems Interconnection--Reference Model; OSI seven-layer model; Open systems interconnection; OSI seven layer model; OSI Model; OSI reference model; ISO/OSI Reference Model; Osi model; Seven-layer OSI model; Open System Interconnection; 7 layer model; X.200; Open systems interconnect; Open Systems Interconnect; Osi 7 layer model; Layer 7; OSI stack; OSI layer; Osi layer; OSI RM; N-Facility; 7 layer osi; Osi stack; OSI Reference Model; TP0-TP4; OSI protocol suite; OSI-model; Osi layers; OIS Model; ISO model; ISO/OSI; 7 Layer OSI Model; Seven-layer model; ISO 9542; OSI 7-layer model; ISO OSI; Osi reference model; OSI layers (mnemonics); OSI layers; 7 layer; OSI protocol; ISO 7498; OSI/ISO; 7 Layer Model; OSI Layer; ISO/IEC 7498-1; Open Systems Interconnection model; Layer 2.5; Iso osi; ISO/IEC 7498; X.225; ISO OSI reference model; ISO OSI model; ISO OSI Reference Model; ISO OSI Model; ISO/OSI reference model; ISO/OSI model; ISO/OSI Model; Open Systems Interconnection Model; ISO Open Systems Interconnection Model; Open Systems Interconnection Reference Model; ISO Open Systems Interconnection Reference Model; ISO Open Systems Interconnection model; Open Systems Interconnection reference model; ISO Open Systems Interconnection reference model; Open systems interconnection model; Open systems interconnection reference model; ISO open systems interconnection model; ISO open systems interconnection reference model; ISO-OSI Reference Model
см. OSI
seven-layer model
MODEL WITH 7 LAYERS TO DESCRIBE COMMUNICATION SYSTEMS
Open Systems Interconnection; Open Systems Interconnection Specification; Open Systems Interconnection--Reference Model; OSI seven-layer model; Open systems interconnection; OSI seven layer model; OSI Model; OSI reference model; ISO/OSI Reference Model; Osi model; Seven-layer OSI model; Open System Interconnection; 7 layer model; X.200; Open systems interconnect; Open Systems Interconnect; Osi 7 layer model; Layer 7; OSI stack; OSI layer; Osi layer; OSI RM; N-Facility; 7 layer osi; Osi stack; OSI Reference Model; TP0-TP4; OSI protocol suite; OSI-model; Osi layers; OIS Model; ISO model; ISO/OSI; 7 Layer OSI Model; Seven-layer model; ISO 9542; OSI 7-layer model; ISO OSI; Osi reference model; OSI layers (mnemonics); OSI layers; 7 layer; OSI protocol; ISO 7498; OSI/ISO; 7 Layer Model; OSI Layer; ISO/IEC 7498-1; Open Systems Interconnection model; Layer 2.5; Iso osi; ISO/IEC 7498; X.225; ISO OSI reference model; ISO OSI model; ISO OSI Reference Model; ISO OSI Model; ISO/OSI reference model; ISO/OSI model; ISO/OSI Model; Open Systems Interconnection Model; ISO Open Systems Interconnection Model; Open Systems Interconnection Reference Model; ISO Open Systems Interconnection Reference Model; ISO Open Systems Interconnection model; Open Systems Interconnection reference model; ISO Open Systems Interconnection reference model; Open systems interconnection model; Open systems interconnection reference model; ISO open systems interconnection model; ISO open systems interconnection reference model; ISO-OSI Reference Model
семиуровневая модель соединений открытых систем (Международной организации по стандартизации)
Wikipedia
Two-fluid model
Two-fluid model is a macroscopic traffic flow model to represent traffic in a town/city or metropolitan area, put forward in the 1970s by Ilya Prigogine and Robert Herman.
There is also a two-fluid model which helps explain the behavior of superfluid helium. This model states that there will be two components in liquid helium below its lambda point (the temperature where superfluid forms). These components are a normal fluid and a superfluid component. Each liquid has a different density and together their sum makes the total density, which remains constant. The ratio of superfluid density to the total density increases as the temperature approaches absolute zero.
