攝影密度 的英文怎麼說

中文拼音 [shèyǐngmìdù]
攝影密度 英文
photographic density
  • 攝 : Ⅰ動詞1 （吸取） absorb; assimilate2 （攝影） take a photograph of; shoot 3 [書面語] （保養） cons...
  • 影 : Ⅰ名詞1 （物體擋住光線后映出的形象） shadow 2 （鏡中、水面等反映出來的物體形象） reflection; image...
  • 密 : Ⅰ名詞1 （秘密） secret 2 [紡織] （密度） density 3 （姓氏） a surname Ⅱ形容詞1 （距離近; 空隙小）...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 攝影 : 1. （照相） take a photograph; shoot 2. （拍電影）; shoot a film; film
  1. Micrographics - duplicating film, silver, diazo and vesicular - visual density - specifications and measurement

    縮微攝影技術銀鹽重氮和微泡拷貝片視覺密度技術規范和測量
  2. Determination of thiosulphate and other residual chemicals in processed photographic materials - iodine - amylose, methylene blue and silver sulphide densitometric methods

    已加工的攝影材料中硫代硫酸鹽及其他化學殘留物的測定方法.碘-直鏈澱粉法亞甲藍法和硫化銀密度法
  3. Cinematography - colour motion - picture prints and slides for television - density specifications

    電影攝影技術.電視用彩色電影拷貝和幻燈片.密度規范
  4. Micrographics - test target of optical density measurement for microfilming negative

    縮微攝影技術縮微攝影時檢驗負像光學密度用測試標板
  5. Making use of the predominance of the computer system, this paper makes an improvement on the method for density detection on the aerophotographic negative, then presents and implements a density detection system of aerophotographic negative

    摘要利用了計算機系統的優勢，改進了航空攝影負片的密度檢測方法，實現了航空攝影負片密度檢測系統，實驗證明了該系統的可行性和實用性。
  6. Geometric conditions for measuring transmission density

    攝影透射密度測量的幾何條件
  7. Photography - density measurements - part 2 : geometric conditions for transmission density

    攝影技術.感光密度測量.第2部分:透射密度的幾何條件
  8. Photography - density measurements - geometric conditions for reflection density

    攝影技術.密度測量.反射密度用幾何學條件
  9. Micrographics - first generation silver - gelatin microforms of source documents - density specifications and method of measurement

    縮微攝影.源文件的第1代銀明膠型縮微製品.密度規范和檢測方法
  10. As a mature technology for its static and accurate positioning, is widely used in the fields of geoscience study, geoid survey and other survey applications, which has brought about a new revolution for the methods and ways of survey. the digital photogrammetry can effectively reduce the work of the field survey and alleviate the labor intensity. its output results, such as digital ground model and digital products, can be widely used for engineering construction ; the outlook of its application has a bright future

    Gps靜態精密定位作為一種成熟技術已廣泛應用於地球科學研究、大地測量等各個測繪應用領域，給測量手段和方式帶來了一場新的革命；數字攝影測量技術可以有效減少野外測量的工作量，減輕勞動強度，其輸出成果數字地面模型及其數字化產品，與工程建設結合最為緊密，應用前景非常廣闊；遙感地質技術可為公路規劃和設計從宏觀上提供準確可靠的工程地質資料； cad作為一種可以極大地提高設計效率的有效手段已經被廣泛採用，目前正朝著可視化、動態化、三維化方向發展。
  11. Spectral conditions for measuring photography density

    攝影密度測量的光譜條件
  12. Standard test method for calibrating and meausring ct density

    校準和測量計算機斷層攝影密度的標準試驗方法
  13. Experience of assessment in using the thoracic part photograph density standards

    胸部攝影密度標準評判應用的體會
  14. Photographic density patterm

    攝影密度特性曲線
  15. Photographic density measurements - geometric conditions for transmission density

    攝影密度測量.傳輸密度的幾何條件
  16. Photographic density measurements - guide for terms, symbols and notations

    攝影密度測量.第1部分:術語符號與標記指南
  17. Terms, symbols, coordinate system and functional notations for photographic density measurements

    攝影密度測量的術語符號坐標系和函數表示法
  18. In order to study the combustion process and the movement of propellant in the barrel, a multi - photo x - ray experiment system was designed. four groups of photos under different ignition systems were obtained, and these photos were manipulated with digital image manipulation technology. the gray degree of the photos was averaged, and the information, such as density, velocity of the projectile and the trace - indicating grains and confliction velocity of the propellant against the projectile under the consideration of the velocity of the projectile, was extracted and analyzed quantitatively

    本文就利用由多幅脈沖x光攝影技術所獲得的四種不同點火條件下的火炮膛內火藥顆粒群運動狀況的陰影照片，進一步利用數字圖像處理的技術及相關演算法，編制軟體對照片進行了處理，統一了照片的灰度，最終在定量上獲得了不同點火條件下的火藥顆粒的密度分佈規律、彈丸和示蹤藥粒的運動速度以及在考慮到彈丸運動的前提下的火藥顆粒與彈丸的撞擊速度。
  19. However after digitizing, the inspection work is still using an inefficiently traditional manner which monitors the abnormal events by the human

    另外，一旦變動攝影機架設位置或密度時，會直接影響整個監控系統的復雜度，造成監控的死角。
  20. Repeatable photography is unnecessary, dose of irradiation increased largely. the low dose of ldrd device has gone through x - ray dose examination by many authority department, for sample national x - ray examination center etc

    使用灰度調節，一次攝影可以觀察不同密度的組織，減少重復攝影，降低受照劑量。
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