脊波

.tw

行波

系统讨论了MQW的物理特性,分析了电吸收系数与MQW结构参数的关系,设计了InP/InGaAsP-MQW波导结构,确定了结构参数及掺杂比等;分析了InP/InGaAsP-MQW脊波导及相关器件中光波传输;建立了行波(TW)电极准静态和直接时域近似分析模型,

waveguides, ridged

内脊波导

矩形波导 waveguides, rectangular | 内脊波导 waveguides, ridged | 波导之标准尺寸 waveguides, standard sizes of

Adaptive continuous ridgelet network

自适应连续脊波网络

第五章 自适应连续脊波网络 Adaptive continuous Ridgelet network | 5.3 自适应连续脊波网络Adaptive continuous ridgelet network | 5.4 收敛性能分析 Analysis of convergence

Adaptive continuous ridgelet network

第五章 自适应连续脊波网络

本章参考文献 References | 第五章 自适应连续脊波网络 Adaptive continuous Ridgelet network | 5.3 自适应连续脊波网络Adaptive continuous ridgelet network

Current achievements in Ridgelet

脊波现有的成果

2.3 脊波的发展现状及应用前景 Advances and perspective in Ridgelet | 2.3.1 脊波现有的成果 Current achievements in Ridgelet | 2.3.2 连续和离散脊波变换 Continuous and discrete Ridgelet transform

Continuous and discrete Ridgelet transform

连续和离散脊波变换

2.3.1 脊波现有的成果 Current achievements in Ridgelet | 2.3.2 连续和离散脊波变换 Continuous and discrete Ridgelet transform | 2.4 存在的问题和进一步研究的方向 Questions and prospects

Ridgelet and monoscale Ridgelet transform

脊波及单尺度脊波变换

1.5 多尺度几何变换 Multiscale geometric transform | 1.5.1 脊波及单尺度脊波变换 Ridgelet and monoscale Ridgelet transform | 1.5.2 曲线波 Curvelet

Advances and perspective in Ridgelet

脊波的发展现状及应用前景

2.2.5 小波神经网络 Wavelet neural network | 2.3 脊波的发展现状及应用前景 Advances and perspective in Ridgelet | 2.3.1 脊波现有的成果 Current achievements in Ridgelet

Linear feature detection based on Ridgelet

第三章 基于脊波变换的直线特征检测

本章参考文献 References | 第三章 基于脊波变换的直线特征检测 Linear feature detection based on Ridgelet | 4.6 对偶框架的性质 Properties of dual frame

double-crested ripple

双脊波痕

刷模brush casts | 双脊波痕 double-crested ripple | 双向交错层理 bimodal cross bedding

uniovular twin：真孪生

uncompetitative inhibition 非竞争性抑制 | uniovular twin 真孪生 | unit membrane 单位膜

play off one against the other：挑拨离间, 从中得利

play off (难分胜负的)延长赛 使出丑 嘲弄 以...冒充 假装有病 | play off one against the other 挑拨离间, 从中得利 | play off one against another 挑拨离间, 从中得利