| 1. | Technical requirements for stm - 64 add - drop multiplexer
Stm - 64分插复用adm设备技术要求 |
| 2. | Technology and application of oadm
光分插复用器技术及其应用 |
| 3. | Wavelength tunable add drop multiplexer based on fiber bragg grating
基于光纤光栅的波长可调谐光分插复用器 |
| 4. | Optical transport network ; route model ; optical cross - connect ; optical add drop multiplexer
光传送网路由模型光交叉互连光分插复用 |
| 5. | Optical transport network ; transmission model ; optical cross - connector ; optical add drop multiplexer
光传送网传输模型光交叉互连光分插复用 |
| 6. | Kinematical properties and parameter optimization of separating - planting mechanism with double control unit
双控制分插机构的运动特性和优化分析 |
| 7. | The results show that the structural parameters of the mechanism are feasible and has an excellent performance
理论分析和田间试验表明，后插式分插机构的结构参数选择合理，插秧性能优良。 |
| 8. | Optical add - drop multiplexer ( oadm ) is nodal point of wave division multiplexer ( wdm ) . performance of wdm relies on the performance of oadm device
光分插复用器( oadm )是光波分复用( wdm )系统的节点器件, oadm的性能直接关系到wdm系统的整体性能。 |
| 9. | Since the soaring development of wdm all - optical communication , new types of optical add - drop mulltiplexer ( oadm ) has drawn more and more researchers " attentions
<中文摘要> =随着wdm全光通信网的发展,各种新型光分插复用( oadm )器件已越来越受到人们的关注 |
| 10. | Rotary - type transplanting mechanism of high - speed transplanter , with a transplant rate of 400 - 600 times per minute , represented the developing trend in the future
旋转式高速水稻插秧机的分插机构具有其自身优点，插次可达400 600次分钟，代表未来的发展趋势。 |
