imaging instrument 中文意思是什麼

imaging instrument 解釋
成象儀器
  • imaging : 成像
  • instrument : n 1 儀表，儀器 〈cf tool implement〉。2 樂器 （＝musical instrument）。3 【法律】證件，證券，文件...
  1. Modern computer technology, digital imaging and communication technology accelerate the application and development of picture archiving and communication system ( pacs ). an anal disease therapy instrument equipped with a fiber colonoscope which provides doctors with a number of useful anal and colonic images is a helpful instrument for diagnosing and treating the anal and colonic diseases

    現代計算機技術、數字成像技術和網路通訊技術促進了影像存儲與傳輸系統（ picturearchivingandcommunicationsystem ，簡稱pacs ）的應用與發展。肛腸綜合治療儀配備纖維結腸鏡是檢查、治療肛腸疾病的理想儀器，為醫生提供了大量有用的肛腸影像信息。
  2. The main research contents of the technical design include : analyzing the necessary parts of the solar x - euv telescope and the method of imaging x and euv ray ; developing the optic, electronic and mechanical design of this instrument ; computing solar x - euv imaging telescope ' s response to different temperature plasma, analyzing combination application of telescope filters for reconstructing the plasma paramaters and apprasing the telescope ' s response to the solar activities

    技術設計的主要內容包括：分析瞭望遠鏡的系統組成及成像方式選擇；完成太陽x - euv成像望遠鏡光學、電子學、機械等方面的技術設計：計算分析了太陽x - euv成像望遠鏡對不同溫度的等離子體響應、反演高低溫等離子體參數的最佳過濾片組合利用及望遠鏡對不同太陽活動現象的響應。
  3. As previously announced, under the management of konica minolta holdings, inc., the company will be working to simultaneously reorganize its operations in the fields of image information products business, optical products business, camera business, photo imaging business, and instrument systems business, as well as its functions as a center for technology, its functions in the area of business expertise, and the strategic and managerial functions of the group as a whole

    今後，按照發表內容，在柯尼卡美能達控股公司傘下，以2003年10月1日為目標，在情報儀器事業、光電子事業、照相機事業、寫真影像事業、醫療印刷畫像事業、計測儀器事業的各領域和技術中心機能、商業專用（共通服務）機能的領域以及集團全體的戰略管理機能領域進行事業重組再編工作，形成一個新的企業集團。
  4. Different principles and modes of sfm are discussed. the imaging principle of piezoresponse atomic force microscopy, scanning nonlinear dielectric microscopy, kelvin force microscopy are theoretically analysed, and the influence of voltage, contact force and microcantilever on the domain investigation is studied. the parameters of instrument are optimized using the same sample

    探討sfm檢測電疇的不同機理和成像模式，從理論上分析了壓電響應原子力顯微鏡（ pfm ） 、掃描非線性介電顯微鏡（ sndm ）和開爾文力顯微鏡（ kfm ）檢測電疇的成像原理；實驗研究了電壓、作用力、探針等的改變對電疇成像的影響。
  5. The development tendency of ultrasonic instrument unfolds the traits of numeralization, imaging, miniaturization and real - time performance, etc. in traditional ultrasonic testing system, there exist many disadvantages in pc

    數字化、圖像化、小型化和實時化等是超聲檢測儀器的發展趨勢。
  6. Modis ( moderate resolution imaging spectroradiometer ) is an important data getting instrument of information onboard the terra and aqua satellites. these data as the substitute of noaa - avhrr data are familiar with people. the data have been mainly used in dynamic monitoring of natural disaster, changes in landscape and vegetation, global net primary productivity, ecological environment, climate changes, and ocean

    Modis傳感器是搭載在terra和aqua衛星上進行全球變化研究的主要信息數據獲取設備，其數據作為noaa - avhrr的替代產品正逐漸被人們認識和關注，並已被應用到自然災害、土地覆蓋變化、全球生產力、生態環境、氣候變化、海洋等領域的動態監測當中，具有廣泛的應用前景。
  7. In recent years, image fusion has become an important and useful technique for image analysis and computer vision, especially in medical domain. due to the difference between imaging mechanism of medical instrument and application environment, the medical images obtained have different details, using the complementary or redundancy information of several sources medical images, we can make the fusion image contain more abundant details and more complete information, the fused image is more complete and accurate than the single source image

    近年來，圖像融合已成為圖像理解和計算機視覺領域中一項重要而有用的新技術，尤其是在醫學領域中，由於醫學儀器的成像機理及應用環境的不同，得到的醫學圖像具有不同的細節，利用多源醫學圖像的互補或冗餘信息，圖像融合可使獲得的融合結果包含更豐富的細節及更全面的信息，比任何單一源圖像都更全面、更精確。
  8. As the most effective instrument for brain research, imaging techniques can provide visible measures of brain structure and function

    成像技術是腦科學研究中最有效的實驗手段，它可以直觀的展示對大腦結構或功能的相關測量。
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