| 1. | The applying valuation of platelet count by optical method
光学法检测血小板数的应用价值 |
| 2. | With a good many advantages , the light scattering technique of particles size measurement gains extensive applications
其中，光学法测量粒径具有诸多优点，在颗粒粒径测量仪上获得了广泛的应用。 |
| 3. | The practical value of optical assay of platelet count by sysmex xe - 2100 hematoloical analyzer in abnormal platelet particle size distribution histogram
2100血液分析仪光学法计数血小板在血小板直方图异常时的应用价值 |
| 4. | A numerical technique employing the method of moments ( mom ) and physical optics ( po ) is presented for studying the scattering from a planar slotted waveguide array antennas
利用矩量法和物理光学法分析了平板波导缝隙阵列天线的散射特性。 |
| 5. | Besides , the technique of self - transmitting and self - receiving monostatic planar near - field scattering measurements is studied in the thesis based on pws and po
本文还基于平面波谱理论和物理光学法，对雷达散射截面( rcs )的“单发单收”测量技术进行了研究，该方法大大缩短了测量时间。 |
| 6. | And then a hybrid technique combining ddm with eb - fem , po , and ptd is given for the analysis of electromagnetic scattering by electrically large bodies with deep cavities
在此基础上，将ddm与eb一fem 、物理光学法、物理绕射理论相结合，分析了带有深腔的电大尺寸三维导体目标的电磁散射特性。 |
| 7. | By the ray tracing in the channel waveguide , the dependency of the launching efficiency on the relative position of the pumping beam to the waveguide is analyzed and the coupling conditions are optimized
通过几何光学法追迹泵浦光线在波导中的传播，系统地分析了泵浦光束与波导相对位置变化对泵浦耦合效率的影响，进而确定最佳耦合条件。 |
| 8. | Numerical results are given to demonstrate the effects of several factors including the number of basis functions , the thickness of waveguide , the terminations of waveguide and different frequency on the radar cross section ( rcs ) of a slot array
物理光学法用于有限电尺寸导体平板散射的分析。文中给出了缝隙阵列在不同频率、基函数个数、波导厚度、终端负载等情况下的计算结果。 |
| 9. | Maslov ' s method can overcome the drawback that the solution in the caustic region cannot be obtained with geometrical optics . the key step of the method is numerical computation of hamiltonian equations , which can be solved by the symplectic algorithm
Maslov理论克服了几何光学法无法处理焦散现象的缺陷，但应用该理论关键的一步是对相空间里hamilton正则方程组的计算，辛算法的引入使这一问题得以解决。 |
| 10. | Rcs of facets of targets coated ram was resolved by combining impedance boundary condition ( ibc ) and geometric optics ( go ) and rcs of those edges were approximated by computing the rcs of edges of impedance wedge through method of equivalent currents
其中，涂覆目标面元的散射场是通过结合阻抗边界条件和几何光学法( go )而得到；而涂覆目标棱边的散射场则是通过等效电磁流法求解阻抗劈的边缘绕射场近似得到的。 |
