| 1. | Mismatch - off - core - radii loss
纤芯半径失配损耗 |
| 2. | Core diameter deviation
纤芯直径偏差 |
| 3. | Effective core diameter
有效纤芯直径 |
| 4. | Average core diameter
平均纤芯直径 |
| 5. | Cladding mode ' s characteristic and its affects on transmission spectrum of long period fiber gratings
长周期光纤光栅中纤芯导模与包层模耦合分析 |
| 6. | The coupling is between forward - propagating core fundamental modes and forward - propagating cladding modes
其耦合机理是前向传输的纤芯基模与前向传输的各阶包层模式之间的耦合。 |
| 7. | Optic cable of 0 . 12 million fiber core km was newly laid , basically building up a high - speed broadband network that cover shunde city
2万纤芯公里，基本建成了覆盖顺德市的高速宽带城域网。 |
| 8. | It is concluded that te11 mode is the main mode , and it always possesses the most energy . the energy occupation of te11 changes from 100 % to 70 %
随着纤芯半径的增大，即模式数量的增加， te _ ( 11 )模的能量占有率将由100趋向70 。 |
| 9. | In this novel technique conventional equipments could be used , and this technique could be applied to the commercial production of the core materials of fiber in pof
该工艺基本上保留了常规方法的设备，适合工业化生产制备塑料光纤纤芯材料。 |
| 10. | When optical fiber bends , the refraction of towline rush pith changes with stress ' s function . then conduction and close region of the fiber change too
光纤弯曲时，光纤的纤芯折射率分布由于应力作用而发生变化，因此，光纤的通导和截止空域也发生了变化。 |
