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1·Blazed grating based WDM device is one kind of potential one in DWDM technology.

光栅型DWDM是一种很有发展潜力的密集波分复用器件。

2·A reflective blazed grating wedge-plate, a new optical element, is proposed and designed.

提出并设计了一种新型光学元件——反射式闪耀光栅楔形平板。

3·Based on the rigorous coupled wave electromagnetic fields analysis method, the blazed grating diffraction characteristic was researched.

介绍了严格的耦合波理论分析闪耀光栅衍射特性的方法。

4·A reflective blazed grating is formed by making a toothed blazed grating on the oblique surface of a glass wedge-plate with proper metal coated.

在玻璃楔形平板的倾斜表面上加工锯齿形闪耀光栅，在光栅的表面镀相应的金属反射膜，形成反射式闪耀光栅。

5·Two problems has been solved of inserting the intracavity etalon and of selecting the optimal blazed grating and its orders at grazing incidence.

解决了装置中进一步压缩线宽的问题和在近掠入射条件下最佳光栅及其级次的选取问题。

6·The simulation results show that within the range of 8% longitudinal and 5% transverse relative error the blazed grating has a good dichroic effect.

模拟结果显示在8%和5%纵横向相对误差范围内，该闪耀光栅具有良好的分色效果。

7·Theoretical analysis shows that the number of working wavelength will increase with the increment of the harmonic number of the harmonic blazed grating.

理论分析表明，谐闪耀光栅谐振波长数目随谐波数增加而增加，因此可用于多波长斜光束的高效耦合；

8·The needed frequency of the blazed grating is in inverse ratio of the incident wavelength. The longer the wavelength, the lower the grating frequency is.

放大所需闪耀光栅的频率与入射单色波长成反比，波长越长，所需光栅频率越低。

9·The difficulty of producing the blazed gratings is avoided, and the difficulty and the cost of producing a grating type wave dividing multiplex device are reduced.

回避了闪耀光栅制造的困难，降低光栅型波分复用器件的制造难度及成本。

10·The efficiency curves of blazed characteristic of sinusoidal grating is presented. And the influence of apex angle on diffraction efficiency of triangle grating is debated.

给出了紫外全息光栅的闪耀特性分布曲线并分析了三角槽形光栅顶角大小对衍射效率的影响。