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The waves exhibit anti-phase disturbances in thermal plasma and magnetic field pressures.
The formulation is applied to a multi-source system and the dimension sensitivity analysis of near field pressures of two-dilating-spherical source is performed.
Proxy models are routinely developed to generate spatially-varying output such as field pressures and saturations, or well responses such as production rates and bottom-hole pressures.
Sensitivity of the field pressures to the machine's dimensions (size), surface velocity and frequency is examined on the bases of the boundary element model of the machine and half-space condition.
A method for reconstruction of the boundary conditions of an arbitrarily shaped three-dimensional (3-D) sound source from a finite number of field pressures is presented and the associated field is repredicted by using the Helmholtz integral equation.
To minimize the reconstruction error due to noise in the field pressures, a filtering method is proposed and it is verified that numerically singular values which correspond to the higher-order modes of the evanescent-like components of the source velocities are eliminated.
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The designed flood pattern decreases injection pressure, augments injection, and keeps field pressure.
In the reconnection layer at the magnetopause, the solar wind plasma pressure balances with the magnetic field pressure of the earth dipole field; β~1.
, propose a method for determining effective well bore permeability from a field pressure test.
Near field pressure data reveal that fences reduce the characteristic frequency of the flow fluctuations.
Flow field pressure was derived using an equation governing the behavior of incompressible fluids.
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