resolved component 中文意思是什麼

resolved component 解釋
解析組分
  • resolved : adj. 堅決的,斷然的;決心的。adv. -ly
  • component : adj 構成的,組成的,合成的,成分的。 component motion 【物理學】分運動。 component part 組成部分...
  1. Predicting service life of reinforced concrete component is a problem that need be resolved urgently, since it can be used for reinforced concrete structure durability design, evaluation and maintenance strategies decision

    鋼筋混凝土構件耐久壽命的預測是鋼筋混凝土耐久性設計、評估和結構維修決策急需解決的問題。
  2. Gets the data source component from the associated control container, resolved to a specific data member

    從解析到特定數據成員的關聯控制項容器中獲取數據源組件。
  3. While single component has explicit functions in runtime after strictly qualified, problems come out with composed components, which developed by different developers in different time. those problems are so called " feature interaction ". and those feature interactions, which influence the normal system operations and decrease the system efficiency, are called " feature interaction problem ", and should be checked out and be resolved

    大多數構件經過了嚴格的質量認證,單獨運行時功能十分明確,但當來自於不同開發者、不同開發時間的構件組裝在一起時,就會發生很多問題,這些問題被稱為「特徵干擾」 ,而其中那些影響系統正常運行或降低系統運行效率的特徵干擾被稱為「特徵干擾問題」 ,這些問題是必須被檢測出來並予以解決的。
  4. An applied tensile or compressive stress resolved into a shear component along a specific plane and direction within that plane

    一個實際拉或壓應力沿某一特定平面和在該平面特定方向上分解得到的切應力分量。
  5. With the application of object - oriented program technique and design mode combined compiling language with interpreting language, “ the auto - calculating system for building quantity ” had been finished in delphi5. 0, which successfully resolved many problems puzzled us many years in the field of computerization of building quantity, such as the input of building component, flexibility of building component class, re - customization of building component class, automatic transfer of parameters of building component, automatic deduction of quantity of crossed building component, etc. the auto - calculation of building quantity had been realized so far

    運用面向對象的編程技術和很多編程技巧,採用編譯型語言和解釋型語言相結合的編程方式,在delphi編程環境下編制完成了「建築工程量自動計算系統」軟體,成功解決了建築構件信息輸入、構件類的開放性、構件類二次開發、構件參數自動傳遞、相交構件工程量自動扣減、相交基礎構件工程量自動扣減等困擾建築工程量電算化領域多年的難題,實現了建築工程量自動計算。
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