顯像分辨力 的英文怎麼說

中文拼音 [xiǎnxiàngfēnbānlì]
顯像分辨力 英文
reproduced image resolution
  • 顯 : Ⅰ形容詞1 （明顯） apparent; obvious; noticeable; evident 2 （有名聲有權勢的） illustrious and inf...
  • 像 : Ⅰ名詞1 （比照人物製成的形象） likeness （of sb ）; portrait; picture 2 [物理學] image Ⅱ動詞1 （在...
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 辨 : Ⅰ動詞（辨別; 分辨; 明察） distinguish; discriminate; differentiate; recognize Ⅱ名詞（姓氏） a surname
  • 力 : Ⅰ名1 （力量; 能力） power; strength; ability; capacity 2 [物理學] （改變物體運動狀態的作用） forc...
  • 顯像 : video picture; display; presentation; developing; development; visualization
  1. We have accomplished a primary explore of the checkout system, such as, the design of imaging optics road, the calculation and selection of sensor, the selection of digital processing chip. we utilize dam6416p board and ccs2. 2 software to put up a micro - dot simulation system

    本文完成了該檢測系統的初步探索：根據幾何光學原理，設計了成像光路的方案；完成所需圖像傳感器分辨能力的計算和型號的選擇；完成了數字信號處理晶元的選擇，及對模擬開發系統的學習和初步應用，並利用基於tms320c6416晶元的dam6416p模擬開發版和集成開發環境ccs2 . 2 ，搭建了一個顯微網點處理系統，從而驗證了系統的可行性。
  2. Accomplished a contrast experiment on images of standard step, which is to test the lateral resolution of the sabcms

    對整形環形光共焦顯微系統的標準臺階檢測圖像的pmle法復原實驗表明系統的橫向分辨力可達0 . 1 m 。
  3. For this purpose, by combining techniques of optical superresolution and image superresolution, this thesis proposes a novel lateral superresolution confocal microscopy method based on image restoration and annular pupil filtering. the following two aspects are the main research work i have completed so far. first, designed and realized a shaped annular beam confocal microscopy system ( sabcms ), in order to improve the lateral resolution of cm

    第二，對整形環形光共焦顯微系統所成像進行基於最大似然估計法（ maximumlikelihoodestimate ， mle ）的超分辨復原處理，以期進一步改善共焦顯微鏡的橫向分辨力，具體包括: 1 .實現基於pmle （ mlebasedonpoissondistribution ）法的圖像復原式整形環形光橫向超分辨共焦顯微成像系統。
  4. The results indicates that the cubic logarithm polynomials can accurately reconstruct the raw thermal images in the experiment, and can effectively suppress the interference to defect recognition caused by random noise and uneven heating in the pt testing of composite laminates ; the digital images from data reconstruction have clearer defect display or higher defect resolution than the raw thermal images, and the quadratic coefficient image of cubic logarithm regression shows the highest snr

    結果表明利用三次對數多項式回歸即可精確地重建本次實驗的原始熱像，同時能有效地克服復合材料層壓板脈沖熱像檢測中隨機噪聲和加熱不均效應對缺陷識別的干擾；經過數據重建后所作的數字圖像比原始熱像有更高的缺陷顯示度或分辨力，其中以三次對數多項式回歸公式中的二次項系數所作的數字圖像的信噪比最大。
  5. The result of the estimation demonstrated that the fused images had higher spatial resolution while maintaining the basic spectral contents of the original tm images, and the visual effect and the accuracy of the classification bad been greatly enhanced

    評價結果顯示，融合后的圖像既保留了多光譜圖像的豐富光譜信息，又不同程度提高了空間分辨能力，很大程度上改善了目視解譯效果和自動分類效果。
  6. In modern imaging and measurement field, neither the near field optical microscope nor the conventional far field optical microscope is able to meet the technical need of large scale and high spatial resolution

    近場光學顯微鏡和傳統的遠場光學顯微鏡都已無法滿足現代成像檢測對大范圍、高空間分辨能力的技術要求。
  7. It was found that large scale single crystal ttf m - nbp film can be obtained by this method. atomic resolution surface images were observed both with atomic force microscope and scanning tunneling microscope. high density data storage was realized by applying voltage pulses between the stm tip and the substrate

    用原子力顯微鏡afm和掃描隧道顯微鏡stm都觀察到了ttf m - nbp薄膜表面的原子級分辨像。通過stm針尖施加脈沖電壓在ttf m - nbp薄膜上實現了納米級的信息存儲，最小記錄點直徑約為1 . 2nm 。
  8. With the development of radar technology, one of the obvious features of radar is the improved resolution. the imaging radar is a type of high - resolution radar, which is based on the technology of broadband microwave and advanced signal processing. by use of the imaging radar, which has broad applications and has become the focus of the field, the target can be imaged hi all weathers and at anytime from far distance

    隨著雷達技術的發展，現代雷達的最顯著特點之一就是對目標的分辨能力的提高，以寬帶微波技術和先進的信號處理技術為基礎的成像雷達，它作為一種高解析度的雷達，能夠對觀測對象進行全天候、全天時、遠距離的成像，有著廣泛的應用前景，成為研究的熱點。
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