Sentence examples for mobility control and from inspiring English sources
The three crucial kinematical aspects of mobile robots (mobility, control, and positioning) are reviewed in detail for vehicles based both in conventional and in omnidirectional wheels.
The ability of surfactant foam to enhance mobility control and LNAPL recovery in a heterogeneous porous media was investigated through sandbox experiments with p-xylene used as LNAPL.
Role of different chemicals and gases, modes and patterns of the injection, mobility control and capillary mechanisms along with different laboratory studies and field implications have been discussed.
CO2 foam is effective for mobility control and blocking of high permeability channels in the process of CO2 flooding for enhanced oil recovery.
During the experiments, the CO2 flooding efficiency was evaluated through the oil recovery increment, fluid mobility control and the changes of producing pressure drop.
This chapter describes polymer flooding applications as a mobility control and profile modification process to enhance oil recovery from mature fields.
The solution properties, such as rheological property, viscoelasticity, temperature tolerance, salt tolerance, mobility control ability and oil displacement efficiency of the copolymer, were investigated under different conditions.
Benson et al. (2007) proposed a novel deep penetrating mobility control method and used a numerical simulator to model the behavior of pH-sensitive polymer in reactive porous media.
The source eNB then sends a handover command to the RN RRCconnectionon reconfiguration including mobility control information), and from then on, the data destined to the RN is forwarded to the target eNB until the handover process is finalized.
Thorough characterization of the sub-surface environment after thermal treatment of DNAPL source zones has yet to be reported, but it is likely that the treated zone immediately after steam or hot water injection will be aerobic, given that air may be injected during treatment for the purposes of contaminant oxidation (Leif et al. 1998) or DNAPL mobility control (Kaslusky and Udell 2002).
Both production pressure and fluid mobility control the amount and distribution of free gas in the system.
