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The formula of the peak factor is simplified to a function of the third order moment (skewness) considering the spatial correlation of wind velocity, the resonance response and the background response.
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On the other hand, a performance, along with its physical trappings, falls under the heading of interpretation, commonly held to be a creative function of the second order, though it does not have to be.
where ρ ( y ) = y − [ y ] − 1 2 is the Bernoulli function of the first order.
We then obtain, (10) where J1 is a Bessel function of the first order.
where ρ ( y ) = y − [ y ] − 1 2 is a Bernoulli function of the first order.
where κ is the Rician factor, and I0 represents the modified Bessel function of the zeroth order and first kind.
where E 1 ( z ) = ∫ z ∞ e − t t dt (24). is the exponential integral function of the first order [25].
Note that, according to the condition of Theorem 5.1, the Cauchy function of the first order equation (5.3) is positive for 0 ≤ s ≤ t ≤ + ∞.
and the function E1 z) denotes the Weber function of the first order defined as [25] E ν ( z ) = 1 π ∫ 0 π sin ( ν θ - z sin θ ) d θ (5).
where we set p 2 i ( s ) = 0 for s < 0, implies the positivity of the Cauchy function of the first order equation (5.3) (see Theorem 15.7, p.358 in [28]).
The uncorrelated radial wave functions for single particles are given by F(ρ i ) = J0 θ0ρ i /R), where J0 represents the Bessel function of the zeroth order and θ0 = 2.4048 is its first root on the real axis.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com