The inherent divergent rigid body modes are suppressed by using a dual-level control approach.
With an asymptotic analysis it is shown that all discrepancies between continuous and discrete asymptotics disappear, while, at the same time, checkerboard modes are suppressed.
It has similar properties to that filter with the additional advantage that spurious TE20 and TE30 modes are suppressed.
A numerical odd-even mode is suppressed by means of a two-timestep averaging method.
The conditions under which one mode is suppressed are also a strong function of the frequency spacing parameter.
Finally, for conditions in which one mode is suppressed, the limit cycle amplitude of the other mode is independent of the frequency spacing.
Unlike the generally observed phenomena from thermally annealed fluorescent polymer films, in the liquid-crystalline fluorescent polymer (LCFP) films, the transverse electric waveguide mode was suppressed due to the light scattering by liquid-crystalline domains in the film.
Unfortunately, the disulfide bond cleavage in the positive ion mode is suppressed by backbone dissociation and hard to be observed.
Consequently, an interference feature is observed near the Fermi energy for CC, offering an explanation as to why this mode is suppressed in the IETS of CC.
As regards to the results obtained in the various-test sets mode (Figure 1b), differences between particular experiments were suppressed.
