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The effects of the gain coefficient and periodicity number are graphically illustrated.
ξ is the gain coefficient, which is generally given as 1≤ξ≤2.
Based on our development, the gain coefficient just was a function of diameter ratio for steady flow in parallel systems.
The gain coefficient of the equivalent channel can be expressed as (mathop {sum }limits _{q}|h_{q}|^{2}).
Now, the gain coefficient of the equivalent channel is expressed as h = |h11|2 + |h21|2 + |h12|2 + |h22|2.
Thus, it amplifies and compresses faster with increase in the N and strength of the gain coefficient.
Similar(45)
hfill end{aligned}k i (i = 1,…, 6) are the SMC parameters, ε i (i = 1,…, 6) are the gain coefficients of the switching control.
The gain coefficients are considered as the only state variables and are updated daily using the error observed between measured and forecasted flows at the catchment outlet.
The gain coefficients of the SMC are determined vigorously by the FLC according to the sliding surfaces, which are defined based on the errors between the actual system performance indices and the desired system performance indices.
The slightly higher value measured for films can be rationalized by considering that the estimated G is given by the difference of the optical gain coefficient in the active material and the optical loss coefficient γ.
Even if we take into account the slight reduction of the Brillouin gain coefficient in the nanosecond regime compared to its value for continuous beams, Brillouin scattering should largely surpass Raman scattering, which is the exact opposite of what is required for a Raman converter!
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