研究了在连续锁模和调Ｑ锁模两种脉冲泵浦条件下，掺Ｅｒ（３＋）和掺Ｅ３＋／Ｙｂ３＋单模ＧｅＯ２／ＳｉＯ２石英光纤中，１３１３ｎｍＮｄ：ＹＬＦ激光到７８０ｎｍ波长的频率上转换过程。Ｅｒ３＋离子在共振吸收两个光子后到４Ｆ９／２态，再经快速的无辐射转移到４Ｉ９／２态．形成７８０ｎｍ辐射。在连续锁模泵浦条件下．１３１３ｎｍ至７８０ｎｍ的转换效率比调Ｑ锁模条件下更高．而后者的峰值功率是前者的几百倍。 The frequency upconversion of 1313 nm Nd: YLF laser to 780 nm wavelength in Er 2 + and E 3 + / Yb 3 + single mode GeO 2 / SiO 2 fibers with continuous mode and Q mode-locked modes is investigated. . Er3 + ion absorbs two photons after resonance to 4F9 / 2 state, and then transfers to 4I9 / 2 state by fast non-radiation. 780 nm radiation is formed. In the continuous mode-locked pump conditions. 1313nm to 780nm conversion efficiency than the Q-mode clamping conditions higher. The latter peak power is a few hundred times the former.