1) minimum discernible signal
最小可分辨信号
2) MDS
最小可辨信号
3) minimum discernible signal
最小的可辨别信号
4) resolutive signal
可分辨信号
1.
This paper gives the concept of resolutive signal space and a constructive approach to the sampling theorem,which results in a new scheme of signal processing containing Shannon sampling theorem as a special case.
建立了可分辨信号空间的概念,构造性地建立起该空间内函数的采样定理,由此将以Shannon采样定理为核心的信号处理方式纳入新的体系。
5) minimum angle of resolution
最小可分辨视角
6) MRTD
最小可分辨温差
1.
At last,the affection of every noise component,which can affect the MRTD,is discussed.
首先分析了一、二代热成像系统噪声的不同之处;然后就二代热成像系统分析了三维噪声模型,将系统噪声按时间、空间三维空间划分为7个噪声分量,就三维噪声模型的各个分量表现方式进行详细地分析,并给出实验结果;最后就三维噪声各分量对最小可分辨温差(MRTD)的影响进行了探讨。
2.
Aiming at the method based on intelligent MRTD(Minimum Resolvable Temperature Difference) testing for thermal imaging system using ANN,the realized process,theory foundation,model of neural network and testing deviation were introduced briefly.
针对已提出的基于神经网络智能测量热成像系统最小可分辨温差(MRTD)的方法,简要阐述其实现方法、理论根据、神经网络算法模型以及测试结果分析。
3.
A systematic and detailed comparison between two standards to characterize imaging IR system performance-minimum resolvable temperature difference/minimum resolvable contrast (MRTD/MRC) and triangle orientation discrimination threshold (TOD) is presented.
比较了表征光电成像系统性能的两种方法———最小可分辨温差法/最小可分辨对比度(MRTD/MRC)法与三角形方向辨别(TOD)法在测试样条、测量方法、适用范围、性能预测精度等方面的差别,分析了这些差别的产生机理,展望了TOD法在未来光电成像系统性能评估和测试领域的应用。
补充资料：高分辨电子显微镜(见高分辨电子显微术)
高分辨电子显微镜(见高分辨电子显微术)
high resolution electron microscope
高分辨电子显微镜high resolution eleetronmieroseope见高分辫电子显微术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条