操作對象 的英文怎麼說

中文拼音 [cāozuòduìxiàng]
操作對象 英文
operation objects
  • : Ⅰ動詞1 (抓在手裡; 拿; 掌握) hold; grasp 2 (做; 從事) act; do; operate 3 (用某種語言、方言說...
  • : Ⅰ動詞1 (回答) answer; reply 2 (對待; 對付) treat; cope with; counter 3 (朝; 向; 面對) be tr...
  • 操作 : 1 (按照一定的程序和技術要求進行活動) operate; manipulate; handle 2 (所進行的若干連續生產活動的...
  1. The first is a character string literal, enclosed in quote marks, and the second is the variable that contains the line from the file

    第一個操作對象是用引號括起來的一個字元串文字,第二個操作對象是包含文件中當前行的變量。
  2. Design the software of compton back - scattering imaging scanner, point out the functions of this software. give out the program modules in which the directory and contents of this software is included. give out the interfaces of the main program modules and describe the meanings of operating elements on these program interfaces briefly

    指明了本應用軟體的功能,主要是控制三維掃描運動和源的工位置、數據採集和處理以及文件管理和幫助等;給出了程序結構模塊,從中列出了軟體所含的主要目錄;給出了幾個主要的程序模塊的界面,簡要說明了界面中各操作對象的含義。
  3. Can be used to manipulate collections of objects

    System . collections中的類型可用於操作對象集合。
  4. Visual studio provides tools for manipulating objects : the

    Visual studio提供了操作對象的工具:使用
  5. Field to determine the full path of the object being manipulated

    欄位來確定正在操作對象的完整目錄。
  6. Code definition manipulation objects

    代碼定義操作對象
  7. Instruction has two operands

    指令有兩個操作對象
  8. Interoperable object reference

    可互操作對象引用
  9. Classes to give our developers more comprehensive objects to work with

    類給我們的開發人員提供更具體的操作對象
  10. You can also create your own collections to organize and manipulate objects

    也可以創建自己的集合以組織和操作對象
  11. Action object contribution

    提供的操作對象
  12. The context needed is the class of the currently executing operation object

    中,需要的上下文就是目前執行操作對象的類。
  13. In operating as “ extrude ” and “ rotate ”, objects in using should be appearance in screen

    拉伸、旋轉時,應該確保操作對象在屏幕上可見。
  14. An active object that is responsible for an asynchronous request to the message server

    操作對象:某個激活的,負責消息服務器的同步請求做響應。
  15. The micromanipulator must contact the objects to be handled in the manipulation process and the end - effector will be loaded by the exterior forces. the static mechanics of the manipulator has been analyzed on the basis of the work done above, by the way of the screw theory the mechanics jacobia is educed, furthmore, the matrix is the transpose of the kinematics jacobia in such a microscopic world. meanwhile the index of the static stiffness and payload related to the mechanics is studied

    微動機器人在過程中,必然要接觸到操作對象,末端執行器要受到力力矩的用,在前面分析的基礎上,進一步分析其靜力學性能,運用螺旋理論導出反映其靜力特性的力雅克比矩陣,並且可以看到此矩陣與速度雅克比互為轉置。同時還考察了微動機器人的靜剛度、承載能力指標。
  16. If the reference counting rules are not followed precisely, objects might be freed prematurely or unreferenced objects might accumulate in memory

    如果未能嚴格地按照引用計數的規則進行可能被過早釋放或者未引用的積存在內存中。
  17. Project - based organizations operations are primarily projects. this would include organizations whose main source of revenue is projects ( consultants, contractors ) and organizations that manage by projects

    試譯:以工程項目為基礎的組織的操作對象主要是工程項目。這包括以工程項目為主要收入來源的組織(咨詢人士,承包商)以及按工程項目來進行管理的組織。
  18. Electro - conductive fingers of gripper are connected to ground, in order to release the electric charges on the surface of fingers and gripping objects. continuous s - shaped flexures in finger would decrease the stiffness of gripping arm, and slove the contradiction between huge elastic modulus and small surface electrostatic force

    本文設計了大深寬比梳狀靜電驅動形式的微夾持器,採用了導電型並接地連接的微夾持臂,操作對象無特殊要求,且可防止靜電的影響。
  19. The security technology and performance optimum are studied in the thesis. the thesis designs the user ' s operation popedom and object for the system and sets up the security mechanisms of three ranks for the system. 6

    應用層的用戶權限和操作對象進行了深入的剖析和設計,建立了系統三級安全機制;系統的性能優化技術進行了深入的探討。
  20. Demand for precise positioning systems with nanometer accuracy is increasing quickly for some precise missions such as microsurgery, ultra - precise machining and measuring, etc. meanwhile, compare to the smaller scale of micro operation objects the whole system needs smaller outline too

    在顯微外科、超精密加工等領域急需達到納米級定位精度。而在微器、微小型機器人等領域,操作對象的微小化也使整個系統急需更小的尺度支持。
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