1.
On Incremental Edge Diffraction Coefficients
用微分边缘绕射系数法计算多边形平板的散射远场
2.
Medical Image Edge Detection Method Based on Fractional Differential Coefficient
基于分数阶微分的医学图像边缘检测方法
3.
lying around or just outside the edges or outskirts.
环绕着分布或者正好分布在边缘、边界的外面。
4.
Research of the Relationship of Microvessel Density in the Verge of the Tumor and Clinical Colorectal Carcinoma;
大肠癌边缘微血管计数与其临床关系的初步探讨
5.
Another numerical result with the boundary absorption is compared with the theoretical solution of scattering problem for a vertical cylinder.
具有岸边吸收作用的数值结果和具有边界吸收的圆柱绕射问题的分析解进行比较。
6.
Multi-Dimensional Reflected Backward Stochastic Differential Equations and the Comparison Theorem as Well as Continuous Coefficient: An Existence Result;
多维双边界反射倒向随机微分方程和比较定理以及连续系数情形下解的存在性结果
7.
Neuronavigator-assisted microsurgery for limbic and paralimbic glioma:analysis of 36 cases
神经导航辅助显微手术治疗边缘系统胶质瘤(附36例分析)
8.
4. Incremental length diffraction coefficients(ILDC?s) are obtained for theshadow boundaries of perfectly electrically conducting(PEC) convex cylinders ofgeneral cross section.
4、给出了具有广义雷达截面的理想导电凸圆柱阴影边界的增量长度绕射系数。
9.
Reflective Function and Periodic Solution of Differential Systems with Small Parameter;
小参数微分系统的周期解及其反射函数
10.
The Existence of Solution to Boundary Value Problems for a Coupled System of Nonlinear Fractional Differential Equations
分数阶微分方程耦合系统边值问题解的存在性
11.
The margin of flesh around a wound.
伤口的边缘围绕伤口的肉边
12.
Equivalence of Differential System with Reflecting Function is Separated of Variable;
具有分离变量式反射函数的微分系统的等价性
13.
Mathematical Morphology Based on Fusarium Microscopic Image Edge Detection
基于数学形态学的镰刀菌显微图像边缘检测
14.
Reflective function and periodic a solution of second order polynomial differential system
二次多项式微分系统的反射函数与周期解
15.
Numerical Analysis of Edge Effect in Laminated Composite Structures
层状复合材料结构边缘效应数值分析
16.
The Wigner Function and its Marginal Distributions for Superposition of the Coherent State
叠加相干态的Wigner函数及其边缘分布
17.
Applications of PDE in Image Decomposition and Edge Detection;
偏微分方程在图像分解及边缘检测中的应用
18.
This optic is diffraction limited at the center field but not at the edge.
衍射极限只在中心部分起了作用而不是边缘。