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The two-dimensional barrier passage is studied in the framework of Langevinstatistical reactive dynamics. The optimal incident angle for a particlediffusing in the dissipative non-orthogonal environment with various strengthsof coupling between the two degrees of freedom is systematically calculated.The optimal diffusion path of the particle in a non-Ohmic damping system isrevealed to have a probability to return to the potential valley under thecombined influence of the off-diagonal system tensors.

Combined Influence of Off-diagonal System Tensors and Potential Valley Returning of the Optimal Path