极限环振荡 meaning in Chinese
limit cycle oscillation
Examples
- Limit cycle oscillating and chaos of the radiation field in a traveling wave tube amplifier
行波管放大器中辐射场的极限环振荡和混沌 - The limit cycle oscillation is intermittent , so in the soft nonlinear regime the limit cycle oscillation can be avoided by slightly adjusting the current . detuning and length of the interaction region
由于极限环振荡是间断出现的，所以在软非线性区域，适当的调节电流、失谐量和相互作用区长度，可以避免器件工作在极限环振荡态上。 - The radiation field evolves from a steady saturation state to a limit cycle oscillation state , and eventually to chaotic oscillation state as the current increases , the region in which the field exhibits limit cycle or chaotic oscillation is called the " soft " and " hard " nonlinear regime , respectively : ( 1 ) in the " soft " nonlinear regime , the radiation field is characterized by period doubled bifurcation and the discrete power spectrum
随着电流的增大，辐射场经历由稳定饱和到极限环型的周期振荡，并最终过渡到非周期性混沌振荡的演化过程，按其状态可分为“软”和“硬”两种非线性区域： ( 1 )在“软”非线性区域，场的极限环振荡态和稳定饱和态是交替出现的，其特征是典型的倍周期分岔，输出功率谱是分立的。 - Secondly , we present the set of nonlinear partial differential equations that describes the wave - particle interaction , by analyzing the output power spectrum , the limit cycle and chaotic oscillation of the radiation field in the traveling wave tube ( twt ) amplifier and the magnetically insulated transmission line oscillator ( milo ) are studied numerically , respectively
接着，在论文的第三章和第四章我们从导出了一组用于描述场和电子相互作用的非线性偏微分耦合方程组开始，利用频谱分析法，以行波管( twt )放大器和磁绝缘传输线振荡器( milo )为例，数值研究了o型器件和m型器件中场的极限环振荡和混沌行为。