The geometries, vibrational frequencies and the singlet point energy of all stationary points on potential energy surface (PES) are obtained.
得到该反应势能面上的各稳定点的几何构型、振动频率和单点能等信息。
The imaginary vibration model of transition state is studied chiefly, and points to reactant and product, and illuminates that stationary points locate the right reaction channel.
重点研究了过渡态的虚振动模式，它指向反应物和产物，说明这些驻点均位于正确的反应途径上。
Secondly, the stationary points of the LCCM cost function are analyzed to demonstrate that the LCCMA attempts to suppress multipath of the desired user's signal rather than exploit it.
其次，通过分析代价函数的稳定点，证明LCCMA算法只是试图抑制期望用户信号的多径，而不是利用它。
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