1)  QCSK
正交混沌键控
2)  orthogonal design
正交
1.
In this paper, the effect of composition of transition metal oxides obtained by the orthogonal design , atmosphere and the nucleation agent on the gloss of metal glazes in ferric oxides was discussed.
采用廉价的铁系氧化物,研究了正交设计的过度金属氧化物组成、气氛、晶核剂等因素对釉面金属光泽的影响。
2.
The second and the third step reaction conditions of the synthesis of L-carvone from d-limonene were studied by the use of orthogonal design, and the whole yield of these two reactions is more than 80% by the use of new reaction conditions.
利用正交法对d - 艹宁 烯合成L -香芹酮的第二步 (脱氯化氢 )和第三步 (水解反应 )反应的工艺条件进行分析 ,得到了较为理想的工艺 ,使二、三两步反应总收率达 80 %以上。
3.
In this experiment,orthogonal design with three levels of four factors(Taq DNA polymerase, dNTPs,primer and Mg2+) was used to optimize the pepper ISSR-PCR reaction system.
本试验利用正交设计,以辣椒SS69为试材,从Taq酶、dNTPs、引物、Mg2+4因素3水平来优化辣椒ISSR-PCR反应体系。
3)  Orthogonal
正交
1.
Design of Two-direction Orthogonal Partially Prestressed Concrete Beam with 32.0m × 17.0m Span;
32.0m×17.0m跨双向正交部分预应力混凝土梁的设计介绍
2.
Matri representation of the orthogonal complement in euclidan space;
欧氏空间中正交问题的矩阵描述
3.
New Definition of the Conditional Number of a Matrix──Nonorthogonal Degree;
矩阵条件数的新定义──矩阵的非正交度
4)  orthogonality
正交
1.
Completeness and orthogonality of scale transformation and its proof;
尺度变换函数的完全性和正交性及其证明
2.
Regularity and orthogonality of a new family of bivariate wavelets;
一类新的二元小波的正则性及正交性
3.
Orthogonality For Defining Hermite-polynomial;
利用正交性定义Hermite多项式
5)  quadrature
正交
1.
This paper analyzed the issues about the sideband and local oscillator leakage of a direct quadrature conversion transmitter, educed the quantitative relationship of the amplitude and phase imbalance in the modulation signal as well as local oscillator signal and the sideband and local oscillator leakage, and simulated it.
本文分析了直接正交上变频无线发射机中的边带和本振泄漏问题 ,导出了调制信号和本振信号的幅度和相位不平衡度与发射机的边带和本振泄漏抑制能力之间的定量关系 ,并进行了仿真。
2.
The theory of digitial calibration for the gain and phase mismatches between the in-phase and quadrature branches is discussed.
讨论了正交双通道幅相不一致的数字校正原理 ,提出了两种获得幅相误差函数的方法 ,包括最小二乘法和改进的Gram Schmidt正交化方法 。
6)  orthonormal
正交
1.
Structure based on nerve net time finity orthonormal wavelet;
基于神经网络的时有限正交小波构造
2.
Characterization of Separable Bivariate Orthonormal Compactly Supported Wavelet Basis;
二元可分正交紧支集小波基的刻划
3.
The paper introduces a kind of orthonormal frequrncy division multiplexing(FDM) digital modulation technique with a good performance which can solve,in some way,the fading problem of both the channel selective one resulted from multi\|path fading and Rayleigh fading.
介绍一种可较好地解决多径衰落所引起的信道选择性衰落 ,又可克服信道的瑞利衰落、性能优良的正交频分复用数字调制技术。
参考词条
补充资料:UG自定义右键弹出菜单和快捷键

UG的右键弹出菜单包含了一些我们常用的功能,比如Roate、Fit等,为了使用的更加方便,我们也可以自己打造!打开UG安装目录下的UGII下的menus文件夹,里面包含了一些*.men和*.tbr,我们以文本方式打开它,发现也不难理解。例如,我们想在右键弹出菜单里面的roate和pan之间加入如图示的view下的orient功能,首先我们打开ug_main.men,查找orient,会看到下面的内容:



BUTTON UG_VIEW_REFRESH
LABEL &Refresh
BITMAP refresh_window.bmp
ACCELERATOR F5
ACTIONS STANDARD



CASCADE_BUTTON UG_VIEW_EDIT
LABEL O&peration



BUTTON UG_VIEW_ORIENT
LABEL Ori&ent...
ACTIONS STANDARD



参考上面部分我们会看出快捷键的定义是*ACCELERATOR来指定的,我们把红色部分即BUTTON UG_VIEW_ORIENT的LABEL下面加入一行ACCELERATOR Ctrl+Alt+O(这里可以自行定义,但不要和别的重复),保存,这样我们就把快捷键定义好了,然后我们选中红色部分复制。接着打开ug_view_popup.men,它就是右键弹出菜单的定义文件。为了把它放在roate和pan之间,我们把刚才复制的部分粘贴在下面图示的位置:



TOGGLE_BUTTON UG_VIEW_POPUP_ROTATE
LABEL R&otate
BITMAP rotate.bmp
ACCELERATOR F7
ACTIONS STANDARD



BUTTON UG_VIEW_ORIENT
LABEL Ori&ent...
ACCELERATOR Ctrl+Alt+O
ACTIONS STANDARD



TOGGLE_BUTTON UG_VIEW_POPUP_PAN
LABEL &Pan
BITMAP pan.bmp
ACCELERATOR F9
ACTIONS STANDARD

说明:补充资料仅用于学习参考,请勿用于其它任何用途。