| 1. | In 1818 fresnel entered a competition sponsored by french academy .
1818年菲涅耳参加了法国科学院主办的一次竞赛。 |
| 2. | The difficulty was resolved by fresnel with his addition of the concept of interference .
菲涅耳通过加进来干涉概念，解决了这个困难。 |
| 3. | In many cases, the simpler huygens-fresnel treatment will prove quite adequate for our purpose .
在许多情况下，对于我们的目的来说，更简单的惠更斯菲涅耳方法将是合适的。 |
| 4. | Spotlight model with monte carlo radiosity algorithm
聚光灯与菲涅耳原理 |
| 5. | Analysis on dispersion characteristics of fresnel waveguides
菲涅耳波导的波导色散特性分析 |
| 6. | The huygens - fresnel principle ' s fixed quantization
菲涅耳原理的定量化 |
| 7. | Growth and characterization of crn zrn multilayers
菲涅耳硅橡胶透镜表面防护薄膜的制备与表征 |
| 8. | Study of non - zero offset fresnel zone
非零炮检距菲涅耳带研究 |
| 9. | Large - fresnel - number optical resonator
大菲涅耳数光学共振器 |
| 10. | Spectral anomalies of the fully , spatially coherent light diffracted by a fresnel zone plate
菲涅耳波带片衍射产生的光谱奇异现象 |
