Generation of ultrahigh-repetition-rate ultrashort laser pulses in the continuous regime

本研究项目的目的是推广超高分辨率的新技术。以纳秒脉冲为基础，将超短脉冲转换为连续脉冲。我们已经建立了为此目的所需的所有元素；“双频。“腔内拉曼生成系统”、“连续波状态下拉曼边带生成理论”。此外，我们结合了这里建立的所有这些元素，并在cw政权下进行了拉曼边带生成。在实验的基础上，明确了在连续波状态下实现宽拉曼产生所需的激发功率和约束条件。

The aim of this research project is to extend the new technique of ultrahigh-rep.-rate ultashort-pulse generation to the continuous regime, the basis of which was established in the nanosecond pulsed regime. We have build up all the required elements for this purpose ;"Dual-freq.-oscillation injection-locked Ti : Sapphire cw laser","Intracavity Raman generation system", and"Theory of Raman sideband generation in the cw regime". Furthermore, we combined all of these elements established here and carried out the Raman sideband generation in the cw regime. We have clarified the excitation power and the confinement condition necessary for realizing a broad Raman generation in the cw regime based on the experiment.