CAJ | 학술논문

利用调Q速率方程，确定了最优输出耦合反射率，最大脉冲能量，最大峰值功率和脉冲宽度与无量纲变量z的关系，并分析了谐振腔往返损耗、谐振腔增益和反转衰减因子分别对Nd：YVO4与Nd：YAG调Q脉冲参数的影响。结果表明：最优输出耦合反射率和脉冲宽度随谐振腔往返损耗的增大而减小，最大脉冲能量和最大峰值功率受反转衰减因子的影响很大，并随反转衰减因子的增大而减小。通过确定z值可以将调Q脉冲参数具体化。
이용조Q속솔방정，학정료최우수출우합반사솔，최대맥충능량，최대봉치공솔화맥충관도여무량강변량z적관계，병분석료해진강왕반손모、해진강증익화반전쇠감인자분별대Nd：YVO4여Nd：YAG조Q맥충삼수적영향。결과표명：최우수출우합반사솔화맥충관도수해진강왕반손모적증대이감소，최대맥충능량화최대봉치공솔수반전쇠감인자적영향흔대，병수반전쇠감인자적증대이감소。통과학정z치가이장조Q맥충삼수구체화。
Using Q-switched rate equations, the relationship among the optimum reflectivity, maximum pulse energy, largest peak power, pulse width and the dimensionless variable z was analyzed, and the influence of the condition of different cavity roundtrip dissipative loss, cavity gain and inversion reduction factor on actively Q -switched pulse parameters in Nd:YVO4 and Nd:YAG was also analyzed, respectively. The modeling results indicate that the optimum reflectivity and pulse width decrease with the increase of cavity roundtrip dissipative loss, and the maximum pulse energy and largest peak power decrease with the increase of inversion reduction factor which affects maximum pulse energy and largest peak power greatly. One can make the Q-switched pulse parameters embodied through the certain value of z .