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The non-adaptive transmission mode is characterized by the fact that the transmitter does not require any instantaneous CQI.
The combustion mode is characterized using the diagnostic measures developed in Part I of this study.
This mode is characterized by the minimum electrode erosion at a satisfactory coating deposition velocity.
The second mode is characterized by a north south dipole, emphasizing the influence of topography over the streamflow variability.
The dynamics of transition stage corresponding to each mode is characterized by a second parameter denoted as mode transition parameter.
In this work, fundamental symmetric Lamb wave S0 mode is characterized in terms of its velocity variation as function of the interfacial conditions between solid bodies in contact.
Similar(45)
Inductor excited in differential mode and single-ended mode are characterized for comparison.
The MSSW modes, whose frequencies lie above the spatially uniform precession (Kittel) mode, are characterized by perpendicular wave propagation relative to the applied in-plane magnetic field.
In contrast, the BVMSW modes, with a precession frequency smaller than that of the Kittel mode, are characterized by wave propagation parallel to the applied field.
Previously, it was shown [10] that binary and ternary coatings obtained in a pulse mode are characterized by higher microhardness and wear resistance due to their smooth surface.
Hierarchically nanostructured WO3 microspheres that had two types of Au functionalization modes (i.e., Au-loaded mode and Au-doped mode) were characterized in terms of their microstructure and NO2 sensing performance.
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