自适应随机共振算法实现,具体内容注释中会有解释
自适应随机共振算法实现,具体内容注释中会有解释.-Adaptive stochastic resonance algorithm, the specific content of the Notes will be explained....
自适应随机共振算法实现,具体内容注释中会有解释.-Adaptive stochastic resonance algorithm, the specific content of the Notes will be explained....
在进行MRI (magnetic resonance imaging)超导主磁体的设计时常采用优化设计的方法,将各设计参数看作连续变量处理,但实际上很多参数是离散变量,为了更符合工程实际,将超导MRI...
Radio frequency (RF) power amplifiers are used in everyday life for many applica- tions including cellular phones, magnetic resonance imaging, semicon...
In this paper, a new family of Cassinian wave-guides is proposed, simulating and calculation are finished with CST Microwave Studio that based on Fi...
1 为什么要重视电源噪声问题? 2 电源系统噪声余量分析 3 电源噪声是如何产生的? 4 电容退耦的两种解释 4.1 从储能的角度来说明电容退耦原理。 4.2 从阻抗的角度来理解退耦原理。 5 实际电容的特性 6 电容的安装谐振频率 7 局部去耦设计方法 8 电源系统的角度进行去耦设计 8.1 著名...