捕捉試驗 的英文怎麼說

中文拼音 [bǔzhuōshìyàn]
捕捉試驗 英文
capture assay
  • 捕 : 捕名詞（姓氏） a surname
  • 捉 : 動詞1. （握; 抓） clutch; grasp; hold; seize 2. （使落入手中） catch; capture; arrest
  • 試 : 名詞（古代占卜用的器具） astrolabe
  • 驗 : 動詞1. （察看; 查考） examine; check; test 2. （產生預期的效果） prove effective; produce the expected result
  • 捕捉 : catch; seize
  • 試驗 : trial; experiment; test
  1. Flame arresters - performance requirements, test methods and limits for use

    火焰捕捉器.性能要求，試驗方法和使用限制
  2. Flame arresters - performance requirements, test methods and limits for use ; german version en 12874 : 2001

    火花捕捉器.性能要求試驗方法和使用極值
  3. If 1839 invention of photography, change several century since the people watching and knowing peripheral visual angling of thing, it becomes possible to catching and reproducing in the twinkling of an eye to enable ; then in today, it photographs to be each handheld people of camera not merely, can used for, record one ‘ s own daily life, give play to general way that individual imagine and create, a kind of independent form of contemporary art, the experiment of pioneer whose an idea and technology make up - - and tian taiquan ‘ s photography works, is the pipeline attempting to find chaining between these two, this is value that his photography can appear too

    如果說， 1839年攝影術的發明，改變了人們數世紀以來觀看和認識周邊事物的視角，並使對瞬間的捕捉和再現成為可能；那麼在今天，攝影不僅僅是每個手持照相機的人，都可以用來記錄自己的日常生活、發揮個人想象與創造的普遍方式，還是當代藝術的一種獨立形式，一個觀念與技術彌合的先鋒實驗? ?而田太權的攝影作品，就是試圖在這兩者之間找到鏈接的管道，這也是他的攝影得以呈現的價值。
  4. While there will be exceptions, such as code detecting whether a network connection can be established where you might get any of a large number of exceptions, any code that requires the catching of a number of exceptions under normal circumstances should give an indication that the code should be tested to see if it will succeed

    可能存在異常時，例如檢測是否可以建立網路連接的代碼（這種情況下可能會出現大量異常中的任一個） ，任何需要在正常情況下捕捉異常的代碼都應該給出指示，說明應對代碼進行測試以驗證其是否能成功執行。
  5. In this respect, it tends to be an alternative of towing tank tests. the solution of 3d viscous flows around a ship in steady straightforward courses is capable of capturing more nearfield flow features than model tests and predicting viscous resistance with high accuracy, whilst for viscous flows around a ship in maneuvering motions such predictions are only in general good

    三維船舶粘性流計算方法，具有準確捕捉船體周圍粘性流動細節包括船模試驗難以測量的流動形態的能力，已成功地應用於船舶快速性方面的阻力預報；在船舶操縱性方面，這類方法雖處于初始發展階段，但也已獲得重大進展，具有精確預報船舶操縱水動力的潛力。
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