This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦法是近似法，它能进一步分海-气振子海表温度异常其他性态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成分自振动响应信号相关性原理，提出了一种频率密集成分两耦合振子自振动响应信号耦算法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦方法是近似解析方法，它能进一步分析海-气振子海表温度异他态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成分自由衰减振动响应信号相关，提出了一种频率密集成分两耦合振子自由衰减振动响应信号解耦算法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦方法是近似解析方法，它能进一步分析海-气振子海表温度异他态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成分自由衰减振动响应信号相关，提出了一种频率密集成分两耦合振子自由衰减振动响应信号解耦算法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦方法是近似解析方法，它能进一步析海-气振子海表温度异常其他态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成自由衰减振动响应信号相关原理，提出了一种频率密集成两耦合振子自由衰减振动响应信号解耦算法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦方法是近似解析方法，它能进一步分析海-气振子海表温度其他性态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成分自由衰减振动响应信号相关性，出了一种频率密集成分两耦合振子自由衰减振动响应信号解耦算法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

伦方法是近似解析方法，它能进一步分析海-气振子海表温度异常其他性态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成分自由衰减振动响应信号相关性原理，提出了一种频率密集成分两合振子自由衰减振动响应信号解法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦方法是解析方法，它能进一步分析海-气振子海表温度异常其他性态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成分自由衰减振信号相关性原理，提出了一种频率密集成分两耦合振子自由衰减振信号解耦算法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦方法是近似解方法，它能进一海-气振子海表温度异常其他性态。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

摘要基于单一频率成自由衰减振动响应信号相关性原理，提出了一种频率密集成耦合振子自由衰减振动响应信号解耦算法。

This homotopic method is an approximate analysis method, which can be more used for analyzing other behavior of the sea surface temperature anomaly of the atmosphere-ocean oscillator model.

本同伦方法是近似解析方法，它能进一步分析海-气振子海表温度异常其他。

Based on the correlation principle, an algorithm to decomposite the damped free vibration signals of a two degrees of freedom system with close natural frequencies is put forward.

要基于单一频率成分自由衰减振动响应信关原理，提出了一种频率密集成分两耦合振子自由衰减振动响应信解耦算法。