This lesser degree of symmetry results in most modes being optically active.
This, combined with most modes being won by control rather than body count, means that life is cheap in most matches.
The two most common modes are (i) decode-and-forward (DF) and (ii) amplify-and-forward (AF) operation.
With the increase of the rotation speed the natural frequencies of most natural modes are split into two (bifurcate).
Most vibrational modes are modeled reasonably accurately with the DFT methods applied here as demonstrated by comparisons of modeled and observed frequencies on aqueous species [10].
Following this modal-damage strategy, the most damaging modes are determined using a damage analysis based on an initial detailed Finite Element Model (FEM) of the PCB.
Most binding modes are similarly docked at the interface of the two subunits.
Furthermore, most of these modes are finally diffracted into the air cone.
The most typical failure modes are classified and interpreted in the light of stress analysis.
The most important vibration modes are extracted from a real mechanical system.
The present study shows that twin twin junctions between twins belonging to the most active twinning modes are statistically relevant.
