共振峰值 meaning in Chinese
resonance peak
resonant peak value
Examples
- From the results , we can see that jinhuai bridge has no noticeable vertical deflection peak . it is mainly because of the restrictions of some parameters such as velocity of the vehicle on highway and damping of the bridge , which can limit the peak values
计算结果表明，公路桥梁也存在多个瞬态响应相互叠加的问题，但由于受车辆行驶速度和阻尼因素的影响，津淮刚架拱桥没有出现明显的共振峰值。 - At last , in according to the experiment results , the interpretation of the mechanism of the slip phenomenon of prepressing - contact spring - damping system was given in this dissertation . further more , the relationship among the limit frequency , the value of prepressing , excitation frequency , the amplitude of excitation and the materiel parameter was analyzed . base on the theory analysis the limit frequency formula was given , and the contact - slip condition for engineering application was concluded
最后根据理论研究与试验分析的结果，分析预紧接触式弹簧阻尼系统产生滑移现象的机理以及共振峰值漂移现象的理论解释，并通过定性分析接触分离时的频率与预紧量、激励频率、激励力幅值以及垫层的材料参数之间的关系，提出能定量描述系统出现滑移现象的极限频率公式，总结了预紧接触式结构始终保持接触的条件。 - It is demonstrate that sr realized by turning system parameters can be explained as sr via adding noise after a transformation . it is found that sr via turning noise could be made equivalent to turning system parameters and adjusting signal amplitude accordingly . but the psr method can appear under the more worse environment than sr via adding noise does
本文对于参数调节随机共振与传统的噪声调节随机共振联系与区别进行了研究，经过尺度变换后，二者是可以相互解释的，参数调节随机共振就是寻找传统的噪声调谐共振峰值所对应系统的一种理论和方法，它具有适应范围广和调节方便的优点。 - In the point of - information theory ; - the - baseband binary pulse amplitude modulated ( pam ) signal transmission , via turning the nonlinear receiver ' s parameters , is studied over an additive white gaussian noise ( awgn ) channel . it is demonstrated that the channel capacity of binary communication systems , for a given signal added noise , can be maximized by optimal designed receivers . this new form of sr is referred to as psr in a broad sense
本文研究并设计了含有双稳态随机共振系统作为一个接收装置的基带数字通信系统，在加性高斯白噪声信道中，通过研究这个非线性接收器的性能，发现了数字信号传输中存在的参数调节随机共振现象?信道容量随着系统响应速度的增加具有一个共振峰值，并对这种非线性现象发生的基本机理进行了解释。