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Split-step Multisymplectic Integrator for Fourth-order Schrödinger Equation with Cubic Nonlinear Term
KONG Linghua, CAO Ying, WANG Lan, WAN Long
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2011, 28 (5): 730-736.  
Abstract368)      PDF (315KB)(1063)      
A split--step muhisympleetic scheme is proposed for a kind of fourth-order Schrödinger equations with eubie nonlinear term.Ihe basic idea is to combine muhisymplectic integrator with split-step method.The method not only preserves muhisymplectic structure of multisympleetie integrators,but also has the virtue of efficiency and flexibility of split-step method in computation.Numerical experiments show that the split-step muhisympleetic method is more economic in computational time and computer memory than traditional muhisymplectic integrator.
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