reduced equation

reduced equation

[ri′düst i′kwā·zhən]
(mathematics)
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
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If the i/o equation is reducible, then the realization of the reduced equation is also considered a realization for the original system.
We substitute (6), (7), or (8) into the reduced equation (5), balance the terms of the sech, tanh, and csch functions, and solve the resulting system of algebraic equations by using computerized symbolic packages.
Considering [u.sub.s](t) = [P.sub.s]u(t) and substituting the pullback limit [h.sup.(1).sub.[lambda]]([xi](t)) of the first lever system (10)-(11) into the above equation, we obtain reduced equation,
We can now easily show that the solution of (5) converges to the solution of the associated reduced equation as [epsilon] [right arrow] [0.sup.+] if the continuity of the g-Drazin inverse is assumed.
System (3) and (4) are, respectively, called the reduced equation and the layer equation of system (1).
A number of constants will remain in the reduced equation and these dimensionless parameters have the most pronounced effect on the yarn dynamics.
the reduced equation of state obtained from the resulting partition function is given by:
A PhD thesis of Baker [2] in 1911, devoted to the interior and exterior problems, referred only to Barbarin [3, 4], discussed the interior and exterior bisectors problems in a more direct fashion (without solving first, like Barbarin, the problem with two bisectors and an angle given), and studied the irreducibility and the group of the reduced equation. He also considered various special cases.
We substitute (16)-(17) into the reduced equation (15); we get
Tam, "An integrable hierarchy and Darboux transformations, bilinear Backlund transformations of a reduced equation," Applied Mathematics and Computation, vol.

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