Sentence examples for pole yields from inspiring English sources

where we have the convention that division at pole yields zero.

Then the h-fractional function (t_{h}^{(alpha )}) is defined by t_{h}^{(alpha )}:=h^{alpha }frac{Gamma (frac{t}{h}+1)}{Gamma ( frac{t}{h}+1-alpha )}, where Γ is Euler gamma function, (frac{t}{h}notin {-1, -2, -3, ldots }) and we use the convention that division at a pole yields zero.

However, the cylindrical pole yield from roundwood was set at 0.8 [43], while the actual use in wooden guardrails is set at 40%%; the remaining 10%% assumed to be processing residue.

However, the cylindrical pole yield from roundwood was set at 0.8 [ 43], while the actual use in wooden guardrails is set at 40%%; the remaining 10%% assumed to be processing residue.

In some regimes, such as (tau_{4} ll tau_{2}), the zero-pole decomposition yields a good approximation for the transfer function.

The pole expansions yield corrections that remove maximal errors of low order, introduced by singular behaviour of the integrands as the evaluation point approaches the poles.

With this interpretation, we see that the zero-pole interpolation yields a transfer function close to the true transfer function when the feedforward-only term can be neglected.

Then imposing the requirement that (varphi _{2}) should not have a pole at (y=0) yields a condition on (H_{1a}+K_{1a}) that leads to the required result.

And No. 7? It is, as New Year's balls go, a neophyte, having made only one trip down the pole, as 1999 yielded to 2000.

Now the joint analysis, which also includes data from BICEP2's successor at the South Pole, the Keck Array, yields no definite sign of primordial B modes.

Seamounts from that period, give or take 2 million years, yield two pole locations 16° to 20° apart.