In each frequency domain, asymptotic results are derived for the farfield noise, by making use of different length scales to simplify the phase behavior of the sources.
The singular behavior of the source term enters into the solution and the field will be singular at the position of particle.
As a consequence, interference does not play a major role on the system performance and the behavior of the source-destination capacity mainly depends on the term 1/R (see (6)).
These results show that it is possible to monitor the behavior of pressure sources at different depths simply by using stacked data for a combination of baselines of different lengths, without any complicated analyses being necessary.
In addition, substantial uncertainty exists in many of the parameters that control field-scale behavior of DNAPL sources and plumes.
In this study, the behavior of various sources of MSCs from two species was observed and compared on 3D collagen I-coated-MCs (COL-MC) versus 2D culture.
Several numerical examples are presented to validate the formulations and show the effect of the boundary conditions on the radiation behavior of planar sources.
The following predictor items measured concepts of the health belief model: knowledge (mode of transmission, risk groups), susceptibility to illness, severity of illness, barriers to action (safety concerns, cost), benefits of action, and cues to action (behavior of relatives, sources of information).
This precondition makes sense when the density of the attack sources is low and the behavior of the attack sources does not change dramatically.
The present study represents a different approach for analyzing the behavior of sources of emission of PAHs in space and time, and the results obtained can be compared with related sources from other regions of the world.
