图像形式的英文

• graphicform
• image format
• pictorial form

• "图像"英文翻译    picture; image; presentation ...
• "形式"英文翻译    form; shape; layout; modalit ...
• "显像形式" 英文翻译 :    kinoform
• "图像形成" 英文翻译 :    image formation; imaging; pattern fabrication
• "图像形状" 英文翻译 :    image sensor; picture shape
• "成像形式概述" 英文翻译 :    overview of imaging modalities
• "光学图像形成" 英文翻译 :    optical image formation
• "图像形成曝光" 英文翻译 :    patterning exposure
• "图像形成装置" 英文翻译 :    image processing system
• "光刻胶层图像形成" 英文翻译 :    photoresist pattern delineation; resist definition
• "金属层图像形成" 英文翻译 :    metal definition
• "图像形状转换器" 英文翻译 :    image shape converter
• "无光刻胶图像形成" 英文翻译 :    resistless patterning
• "显微光刻图像形成" 英文翻译 :    microlithographic patterning
• "像形图" 英文翻译 :    pictogram
• "镜像形状" 英文翻译 :    image shape
• "石像形态" 英文翻译 :    bweb bwea astn
• "银影像形成" 英文翻译 :    silver image formation
• "影像形板" 英文翻译 :    matte
• "正像形地图" 英文翻译 :    orthopictomap
• "形式" 英文翻译 :    1.(事物的形状、结构等) form; shape; layout; modality 流于形式 become a mere formality; 形式多样 be various in forms; 形式和内容 form and content; 他已经肯定获得那份工作了, 口头审查仅是形式而已。 he is already assured of the job and his interview is a mere formality.2.[自动化] (数据安排) format; [数学] quantic; shape
• "数字化 将景物图像转化为数字形式的过程。" 英文翻译 :    digitization
• "用于图像自理的自由形式语言" 英文翻译 :    free-form language for image processing
• "像形状变换器" 英文翻译 :    image shape converter
• "图像" 英文翻译 :    picture; image; presentation; tableau; pix; representation 立体图像 stereopicture; 图像保真度 eyefidelity; 图像符号 pictorial symbol; 图像合成 building-up of image; image synthesis; 图像录制 picture recording; 图像扫描 image scanning; 图像失真 image fault; distortion; image distortion; 图像识别 pattern recognition; 图像识别装置 pattern recognition device; 图像通信 picture communication; visual communication; 图像信号 picture signal; 图像信息 image information; 图像转换 image inversion; inversion of the image

• Now , even text and image internet content is becoming a contentious issue
  现在，就连文本和图像形式的互联网内容也有争议。
• Then choose latitude for destination image format . you can also modify the final resolution and conversion quality
  然后选择目的地图像形式的纬度。你也能修改最后的决定和变换质量。
• The computer processes the received signals , calculates the wind pattern , and displays it on a graphical display ( as shown )
  电脑处理接收到的信号后计算出风场，并以图像形式显示出来(如图示) 。在
• The geographical distribution of windshear and turbulence is displayed on graphical displays for air traffic control supervisors and aviation forecasters
  风切变和湍流的位置分布则以图像形式提供予空中交通管制督导及航空预报员参考。
• The computer processes the received signals , calculates the wind pattern , and displays it on a graphical display as shown . . the display also goes to aviation forecaster at the
  .电脑处理接收到的信号后计算出风场，并以图像形式显示出来如图示。
• Making use of multivariate statistica1 analysis method of mathematical statistics , the ration composite abnormity mode1 is established . we express dispersed geochemical exploration data in image form , and make optimum estimates of unknown values with known values
  本文运用数理统计中的多元统计分析方法，建立定量组合异常模型，将离散型的化探数据表达成图像形式，利用己知值对未知值作出最佳估计。
• The main contributions of this dissertation are : in order to improve watermarking robustness against distortions and attacks , it is natural to envision the use of error correcting codes . according to the principle of rs , we encrypt the watermark which is an image
  利用rs码很强的纠错能力和较高的译码可靠性，对水印信息先进行rs编码，然后将编码后的信息(以图像形式表现) ，分多次嵌入到水印载体图像中。
• The pictures are managed , operated on , and calculated by a set of function modules , and with ttend analysis , abnormity and geological background is expressed in image form , and multipie functions , such as automatic searching for abnormal location , query and evaluation , are accomplished
  用一系列功能模块对图像进行管理、操作与运算。应用高次趋势面分析，以图像形式表达异常与地质背景，实现了异常自动搜索定位、查询与评价等多种功能。
• Scientific visualization can be used to translate the digital information which has been related to or produced in numerical simulation into static or dynamic image which is direct , comprehensive and interactive , showed in the form of graphics or image . scientific visualization can make the researcher quicken and deepen the cognition of the simulate object , find the new phenomena which can not usually be found by the digital information , accordingly , heighten the work efficiency and gain the unexpected elicitation or inspiration
  科学计算可视化凭借计算机本身的能力，把数值模拟中涉及与产生的数字信息转变为直观的、易于理解的、且可进行交互分析的、以图形或图像形式表示的静态或动态画面，以加快和加深研究人员对被模拟对象的认识，发现通常通过数字信息发现不了的现象，从而提高工作效率，获得意外的启发和灵感。