In order to improve the transient response of the system and to reject harmonic disturbances, generally, the angular

crossover frequency [[omega].sub.p] (=2[pi] x [f.sub.c]) of H (s) should be as high as possible.

Equations (23)-(27) summarize the parameters (i.e., Q, [[omega].sub.p1], [[omega].sub.p2], [[omega].sub.z], [[omega].sub.c] and [theta]) which are used to shape the loop gain T(s) via the compensator The

crossover frequency [f.sub.c] and the low-frequency pole at [f.sub.p1] are defined as

In order to calculate [K.sub.PIR] (7) the

crossover frequency [[omega].sub.1] needs to be determined, based on the condition that [[alpha].sub.PIR] is chosen to be 10% of [[omega].sub.1], since in that case the overall contribution of [G.sub.PIR] (7) to the phase margin is approximately equal to zero.

where [[omega].sub.c] is the gain

crossover frequency interested and [[phi].sub.m] is the phase margin required.

The analysis also shows how the small variation of the rotation

crossover frequency within a full span of the yeast growth cycle does not provide reliable information on the budding state of the yeast.

The crossover shear rate [[??].sub.c] in steady state shearing is numerically equal to

crossover frequency [[omega].sub.c] in oscillatory shearing, both [[??].sub.c] and [[omega].sub.c] are approximately equal to the inverse of the fluid's characteristic relaxation time, [tau] [approximately equal to] [[??].sup.-1.sub.c] [approximately equal to][[omega].sup.-1.sub.c] These observations is consistent with work by Raghavan and Kaler (2001) and Cates (1990) indicating that this observation can be associated with a decrease the relaxation times tR decreased and can be associated with a decrease in the average worm length.

Define the

crossover frequency [[omega].sub.C] as the least positive frequency where the curve crosses the real axis, i.e.

Calculating the

crossover frequency can be difficult.

Normally, this causes a distinct tip in the power response at and near the

crossover frequency. Nothing like this is evident at all with these speakers, as verified by several curves I ran at other speaker locations, including the room where I keep my second AV system.

Simulations performed using nominal dimensions resulted in a diplexer

crossover frequency of 1 GHz, a low pass rejection of 34 dB and a high pass rejection of 18 dB.

We suggest that conflicting visual and vestibular self-motion cues at the

crossover frequency would have the greatest potential to evoke SS.

Segregation ratios from heterozygotes with 1RS.1BL were not tested but normal (50%) male and female transmission rates and low

crossover frequency of the intercalary rye segment suggest that it would not substantially deviate from 1:2:1.