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1)  equation of spatial dispersion
空间色散方程
2)  spatial dispersion
空间色散
1.
Because of its superprism effect,as one-dimensional photonic crystal,this structure exhibits high spatial dispersion,which can be designed to be linear.
结合全通滤波器的设计方法,利用一维薄膜光子晶体的超棱镜效应,设计了一种G-T腔(Gires-Tournois腔)型薄膜空间波分解复用器,可在特定波段得到线性大空间色散,实现对入射光束的空间解复用作用。
2.
The function of random scanning by using two AODs in the multi-photon fluorescence microscopy is discussed,and the considerations of AOD such as its parameters,random access time,temporal dispersion and spatial dispersion are presented too.
探讨了多光子随机扫描成像系统中AOD实现快速二维随机扫描的工作机理,并对AOD的器件参数、随机扫描定位时间、时间色散和空间色散等影响因素进行了分析,对设计多光子激发随机扫描荧光显微成像系统具有较高的参考价值。
3.
By the above method and compared with the classic low-level high reflectivity thin film stack of the same geometric thickness,the numerical simulation and the computational results show that the spatial dispersion is large and the designed multiplayer structure is more feasible in practice for fabrication.
计算结果比较表明,该设计方法明显降低了工艺设计的要求,并具有较大的空间色散和实际制备意义。
3)  dispersion equation
色散方程
1.
Deduction and analysis of the dispersion equation of 4-layer waveguide with metal-clad;
金属包覆四层平板波导色散方程的建立与分析
2.
A generalized single-point precise integration method of three-level five-point explicit difference schemes with higher stability for dispersion equation;
色散方程的高稳定性三层五点显格式的广义单点精细积分法
3.
By means of dispersion equation on fused silica and model of dispersion prism,the qualitative interpretation of experiment is presented and theoretical support is produced.
对此现象,从熔融石英的Sellmeier色散方程出发,利用分光棱镜模型给出了定性解释,对实验现象提供了理论支持。
4)  dispersive equation
色散方程
1.
Alternating group explicit iteration for dispersive equation;
解色散方程的AGE迭代方法
2.
A high order parallel iterative scheme for the dispersive equation;
色散方程高阶差分格式的并行迭代法
3.
The alternating group iterative method for the dispersive equation;
色散方程的交替分组迭代方法
5)  Riesz space fractional diffusion equation
空间分数阶扩散方程
1.
In this paper a Riesz space fractional diffusion equation on a finite domain is considered.
在有限区域内考虑具有初边值问题的Riesz空间分数阶扩散方程,传统扩散方程中的二阶空间导数由Riesz分数阶导数α(1<α≤2)代替就得到Riesz空间分数阶扩散方程。
6)  space dispersive
空间色散的
补充资料:波长色散X射线荧光光谱法
分子式:
CAS号:

性质: X射线照射试样激发产生各种波长的光,通过晶体衍射进行空间色散,分别测量不同波长的X射线分析线峰值强度,进行定性和定量分析的方法。适用于原子序数4(铍)以上所有化学元素的分析。

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