空间域的英文

• space domain
• spatial domain

• 空间    space; enclosure; room; blan ...
• 域    land within certain boundari ...
• 单连通空间域    simply connected spatial domain
• 间域    diapason
• 潮间域    intertidal realm
• 间域土    intrazonal soil
• 时间域    time domain
• 中间域    intermediate field
• 慢度时间域    slowness-time domain
• 墙段间域    terrace interval
• 时间域处理    time domain processing
• 时间域分析    time domain analysis (tda)
• 时间域算子    time-domain operator
• 时间域电磁法    time-domain electromagnetic method
• 时间域反射仪    tdr time domain reflector; time domain reflectometer
• 时间域激电仪    time domain induced polarization instrument; time domain matrix
• 时间域滤波法    time-domain filtering
• 空间    space; enclosure; room; blank; interspace 活动空间 breathing spaces; 生存空间 living space; 时间和空间 time and space; 外层空间 outer space; 空间编码 space encoding; 空间布局 spatial distribution; 空间采暖 space heating; 空间导航 space navigation; 空间点阵 space lattice; 空间电场 space electric field; 空间定位 spatialization; 空间定向装置 tistat; 空间发射 spatial emission; 空间防御 [军事] space defense; 空间飞船 space vehicle; 空间飞行 space flight; 空间飞行器 spacecraft; 空间分布 space distribution; 空间构架 truss; 空间环境 [天文学] space environment; 空间环境监测仪 space environmental monitor; 空间基地 space base; 空间技术 [航] space technology; 空间科学 [航] space science; 空间实验室 spacelab; skylab;空间探测 [航] space exploration; 空间探测器 space probe; space exploration instrument; 空间探索 space exploration; 空间天文台 space observatory; 空间通信 space communication; 空间通信技术 space communications technique; 空间武器 [军事] space weapon; 空间物理实验卫星 spacephysics experiment satellite; 空间行走 [航空] space walk; 空间研究 space research; 空间遥测 space telemetry; 空间医学 aeromedicine; aerospace medicine; aviation medicine; space medicine; 空间站 space station
• 时间域别名注销    tdac time domain alias cancellation
• 时间域采样定理    time domain sampling theorem
• 时间域激发极化法    time domain ip method; time-domain induced polarization method
• 空间-空间链路    space-to-space link
• 空间对空间    space to space
• 空间数据 空间    spatial data
• banach空间    banach space

• Based on the lithosphere rheology , we use a 3d method in space domain to calculate the flexural stress field of the continental lithoshpere in western china . in this thesis , the vertical variation of the flexural stress field is presented
  本文在前人研究的基础上，依据岩石圈流变学理论，在空间域采用垂直和水平受力的多个变刚度的三维有限差分方法来计算弹性板的挠曲，从而求得相应的挠曲应力场。
• According to this derivation , a bi - linear optical system could be decomposed into a set of convolution kernels , which could then be convoluted with input pattern , and the resulting set of convolution fields could be superimposed to yield an intensity field
  在这里提出了一种基于卷积核的快速稀疏空间光强的光刻仿真计算方法。一个双线性光学系统分解成为一组空间域卷积核，并通过对版图的空间域卷积来计算空间光强。
• 1 . beginning with hiding information technique , the category of hiding information , its characteristics and future development are introduced . the steganography methods include special domain and frequency domain , accordingly , they have respective advantages and disadvantages
  从信息隐藏技术的概念开始，介绍了信息隐藏技术的分类、特点及发展状况，详细分析了空间域和频率域的隐藏算法，并比较各自的优点和缺点。
• Advanced mathematical technologies , especially the newly developed wavelet transform and the frame theory , provide a solid foundation for such an effort . the ray - theory based beam - summation method , such as the complex source - generated beam and the gaussian beam methods , and the local phase - space domain ( beamlet domain ) wave field extrapolation methods employing windowed fourier transform ( wft ) or wavelet transform are proposed consequently
  基于射线理论的高频渐近射束(复射束、高斯射束)叠加方法，以窗口富里叶变换( wft )以及小波变换为基础的局部相位-空间域(小波束域)波场外推方法等相继产生。
• High accuracy correlative detection technology of object signal is to search and detect objects by optical correlation , and it can detect real - timely , recognize automatically and orientate precisely , optical correction processes images at light speed and its device is simple , and fourier transformation can be realized
  高精度光学目标信号相关测试技术，利用光学相关探测方法，对要搜索、探测的目标进行实时探测，自动识别，高精度定位。光学相关是以光速进行的，处理速度快，结构简单，利用由空间域到频率域的傅立叶变换来实现的，本文针对如何设计傅立叶变换系统实现光学相关进行研究。
• Lacking of space locality in time domain , fourier analysis can only make certain of the integral singularity of a function or signal . as a result ; it is difficult to detect the spatial position and distribution of broken signal by fourier analysis . wavelet analysis has the characteristic of spatial locality , and its wideness in both windows of the time and the frequency can be adjusted , so it can analyze the details of a signal
  小波分析优于傅里叶之处在于，小波分析在时域和频域同时具有良好的局部化性质，因为小波函数是紧支集，而三角正、余弦的区间是无穷区间，所以小波变换可以对高频成分采用逐渐精细的时域或空间域取代步长，从而可以聚焦到对象的任意细节。
• The approach extends the parallel factor ( parafac ) analysis model from the common data - domain and subspace multiple invariance sensor array ( mi - sap ) formulations to the cumulant one , and forms three - way arrays by using the cumulant matrices got from array outputs , and analyzes the uniqueness of low - rank decomposition of the three - way arrays , then jointly estimates the ranges , frequencies and doas from the matrices via low - rank decomposition
  该算法将通常在数据和子空间域应用的平行因子分析模型扩展至高阶累积量域，利用阵元输出计算的高阶累积量矩阵构造三面阵，分析了该三面阵低秩分解的唯一性，并从分解得到的多个矩阵中联合估计信源距离、频率及到达角。
• By employing the theory of operator representation , the reflection / transmission operator is decomposed into the form of double domains in the scheme , so it is adaptable to laterally heterogeneous media and fluctuating reflectors , can mimic ava of reflections when the incident angle is less than 45
  文中利用算子可分表示理论将反射透射算子分解成适合于双域（空间域和波数域）运算的表达形式，使得本文得到的地震波数值模拟算法可适应于一定程度横向非均匀介质和界面起伏情况，在入射角小于45时能够准确模拟振幅随入射角( ava )的关系。
• Then the research of algorithms of texture - based image retrieval is devised from the following three aspects : 1 . texture - based image retrieval algorithms in spatial domain : perceptual - based tamura texture feature is analyzed ; run - length texture analyzing algorithm is improved ; four laws " texture operators which perform better in texture analyzing are achieved
  空间域纹理分析方法方面，分析了对应于人眼视觉感受的tamura纹理特征，将游程长度纹理分析算法改进为游程累加的纹理检索算法；总结出在基于纹理特征的图象检索中四个有效的laws纹理能量算子。
• The run stm program includes the control of scanning signal , supervise and control the running state , set the scan range , set parameters , set and acquire the clock , collect and save the image signal , etc . image manipulation functions includes : on the space of the wipe of speckle , smooth image , blur , step sharp image , laplace sharp , and automatically adjust contrast , etc
  Stm运行程序包括扫描信号控制、运行状态监控、设置运行参数，设置并获得时基、图像信号采集存取等等。图像处理功能包括在空间域上的去斑、图像平滑、模糊、图像的梯度锐化、拉谱拉斯锐化，对比度自动调整等等功能，在频域空间上完成数字图像的傅立叶变换，并讨论了理想高低通滤波。