1.
Research on the Spot-spot Correction Techniques for Luminance Ununiformity of LED Display
LED显示屏亮度非均匀性逐点校正技术的研究
2.
Analysis of Misunderstanding in LED Roadway Lighting Luminaire's Photometric Design--Illuminance Uniformity is not Luminance Uniformity
LED道路照明灯具配光设计的误区分析——照度均匀性并非亮度均匀性
3.
The Optical Design of the Moon Simulator and the Analysis for Irradiance and Uniformity
月亮模拟器光学系统设计与辐照度均匀性分析
4.
A Fast Detection Method for Brightness Uniformity of Full Color LED Display Screen
一种全彩LED显示屏亮度均匀性快速检测方法
5.
Algorithm for handling uneven brightness in image processing of fogdrop micrograph
雾滴显微图像分析中处理亮度不均匀性的算法
6.
heterogeneous thermoelectric effect
非均匀温度差电效应
7.
Study on Spectrum Characteristic of Fiber Grating in Non-Uniform Temperature Filed
光纤光栅在非均匀温度场中光谱特性的研究
8.
Investigation of the Radial Inhomogeneity of the Crosslinking Degree in XLPE Cable Insulation
交联聚乙烯电缆绝缘交联度径向非均匀性探讨
9.
Dependence of Reflectance on Incident Angle in the Inhomogeneous Medium
非均匀介质薄膜反射率的角度依赖特性
10.
LED installs around lens, provides equal and stable brightness.
采用环绕镜头的LED同抽冷光源导光，亮度均匀，稳定性好。
11.
With the decreasing of heterogeneity, the main failure process presents brittle behavior, and vice versa, with the increasing of heterogeneity, failure process presents ductile behavior.
随著非均匀程度的降低，主破裂呈现脆断模式，而随著非均匀程度的增加而呈现韧性破坏特徵。
12.
An Experimental and Theoretical Studies of Non-Uniform Magnetization and Excitation;
矩形单元阵列的形状各向异性及磁化强度的非均匀性和非均匀激发的研究
13.
Sensitivity Analysis of Networks Including Uniform and Nonuniform Transmission Lines;
含均匀和非均匀传输线网络的灵敏度分析
14.
A THEORETICAL STUDY ON INHOMOGENEITY OF BRIGHT BAND IN MEI-YU FRONTAL CLOUD SYSTEM
梅雨云系中亮带不均匀性的理论探讨
15.
IR FPA non|uniformity correction study based on the approach of modified two point temperature correction accuracy
提高两点温度定标法精度的焦平面非均匀性校准技术研究
16.
a piecewise uniform quantization strategy is appled to quantize the luminance shifting. Finally.
再次，用分段均匀量化方法量化亮度平移量；
17.
Research on the Methods of Improving Uniformity and Brightness of the Backlight System;
背光源系统均匀导光与亮度增强的方法研究
18.
The heterogeneity of scale-free network topology is studied using network structure entropy (NSE).
利用网络结构熵定量分析了无标度网络拓扑结构的非均匀性。