超短脉冲光纤激光器非线性动力学理论模型与仿真数据

数值模拟的具有孤子自频移的超快光纤激光器中红移的产生和演化过程的数据。泵浦强度、色散移位光纤长度、饱和吸收体调制深度和初始场等不同参数对红移的影响（包括光谱数据，脉动时域波形数据，中心/右峰波长和脉冲宽度作为泵浦强度的函数数据，脉冲能量和峰值功率作为泵强度的函数数据），数据集大小26.57MHz

Dataset for the generation and evolution of red shifts in ultrafast fiber lasers with soliton self-frequency shift through numerical simulation. The dataset covers the impacts of various parameters including pump intensity, dispersion-shifted fiber length, modulation depth of saturable absorber, and initial field on red shifts, with associated data comprising spectral data, pulsating temporal waveform data, data of central/right peak wavelength and pulse width as functions of pump intensity, and data of pulse energy and peak power as functions of pump intensity. The total size of this dataset is 26.57 MHz.

搜集汇总

背景与挑战

背景概述

该数据集包含超短脉冲光纤激光器非线性动力学的理论模型与仿真数据，主要模拟了具有孤子自频移的超快光纤激光器中红移的产生和演化过程。数据涉及泵浦强度、色散移位光纤长度等参数对红移的影响，包括光谱、时域波形等类型，总计63个文件。