| 1. | the bandgap of the double heterostructure was only 0. 86μm, yet up to 1ma of photo-current was detected.
双异质结的带隙仅为086m，迄今探测到的光电达1mA。 |
| 2. | The advantage of electro-absorption as a detector is that it is not necessary to fabricate a localized region of different bandgap .
利用电吸收制作探测器的优点在于不必制备出有不同带隙的局部区域。 |
| 3. | Analysis on band gap of one - dimensional photonic crystal
一维光子晶体的带隙分析 |
| 4. | A 12 ghz branch matched broad - band microstrip equalizer
一种新型紧凑电磁带隙结构 |
| 5. | A novel photonic band gap structure for microstrip lines
一种新型微带光子带隙结构 |
| 6. | Optimum design of electromagnetic band gap structure
电磁带隙结构的优化设计 |
| 7. | A novel bwo with photonic band gap structure
具有光子晶体带隙结构的返波振荡器的初步研究 |
| 8. | Photonic crystals : a new manmade band gap material
一种新型人工带隙材料 |
| 9. | Super performance cmos band - gap voltage reference
带隙电压基准源设计 |
| 10. | Analysis of photonic bandgap microstrip structure using fdtd method
方法分析光子带隙微带结构 |
