| 1. | This is the starting point for the analysis of laser power output that follows .
这是下文用来分析激光输出功率的出发点。 |
| 2. | Numerical simulation of output pulse shape for
装置激光输出波形的数值模拟 |
| 3. | Measuring methods for laser output power
激光输出功率的测量方法 |
| 4. | High output power , steady energy , adjustable , deep marking
激光输出功率高，能量稳定，连接可调，深度雕刻。 |
| 5. | A series of lasers with about 0 . 8nm spacing have been achieved . the smsr is higher than 54db
获得了一系列波长间隔约为0 . 8nm ,边模抑制比大于54db的激光输出。 |
| 6. | Nonlinear - frequency - conversion is one of the best ways in widening wavelength of laser
拓宽激光输出波长范围，最常用、最有效的方法之一是利用非线性晶体的频率变换技术。 |
| 7. | The fundamental properties of cr4 + : yag is researched , and rate equation is given when the gauss ' s distribution is considered
当注入泵浦功率为8w时，得到2 . 85w的激光输出。 |
| 8. | We have realized c - cut nd : gdvo4 laser for the first time . when the incident pump power is 8w , the output power 2 . 85w is obtained
在注入泵浦功率为8w时，得到3 . 85w的连续波激光输出。 |
| 9. | Control with pc , has energy , display on functions . operating states and failures . parameters of laser output can be set up in advance
微机控制具有能量及时间显示工作状态显示故障显示，激光输出参数可预先设定。 |
| 10. | The side mode suppression ratio about 39db is realized . 5 . a tunable cladding - pumped yb3 + - doped fiber laser system is reported
55 m可调谐光纤光栅外腔半导体激光器，得到调谐范围为7nm 、边模抑制比达39db的激光输出。 |
