界面系數 的英文怎麼說

中文拼音 [jièmiànxìshǔ]
界面系數 英文
boundary coefficient
  • 界 : 名詞1 （相交的地方; 劃分的界限） boundary 2 （一定的范圍） scope; extent 3 （按職業、工作或性別等...
  • 面 : Ⅰ名詞1 （頭的前部; 臉） face 2 （物體的表面） surface; top 3 （外露的一層或正面） outside; the ri...
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 數 : 數副詞（屢次） frequently; repeatedly
  • 界面 : [物理化學] interface; boundary; limiting surface
  • 系數 : [數學] coefficient; ratio; modulus; quotient; factor
  1. We hold that the integrate effect consists of two parts : 1 + 1 > 2 and a + b = c, in terms of math : here x1, x2, . . . , xn : integrate units s : functions of new system what features an integrated system are subjective initiative, non - linear function, dynamic connection, sub - system uncertainty, selective competition. the basic factors of integration are integrate context, integrate units, integrate interface and environment, which form the integration condition respectively the basic integrate patterns covers point - to - point, pipeline and hub

    首先，深入探討了集成的內涵，即集成是指為了實現某一目標，在一定的集成環境中，若干集成單元動態地集合成一個泛邊界狀態的有機整體的過程，指出集成效應的數學解釋除了1 + 1 2外，還應該包括： a + b = c ，即若以x _ 1 ， x _ 2 ， … … ， x _ n代表集成單元， s代表集成后新系統的總功能，那麼其特徵有：主體行為性、功能非線性、關系動態性、單元泛化性、選擇競爭性；集成的基本要素包括集成背景、集成單元、集成界面和集成環境等四要素；基本模式有點到點模式、管線型模式和集線器型模式；基本條件有集成背景條件、集成單元條件、集成界面條件和集成環境條件。
  2. Plc is widely used in automatic control for its strong function, high reliability, wide applicability, modular structure and etc. many customer services, such as showing process - flow charts, displaying dynamic - data - base interfaces, editing tables, generating charts, managing production and etc, can be provided by connecting personal computers ( pcs ) to a plc network. in a plc - pc system, plcs, which serves as the low - level units, are used to collect and control the data, ( for example, the on / off quantities and analog input / output quantities )

    把個人計算機連入plc網路可以向用戶提供諸如工藝流程圖顯示、動態數據畫面顯示、報表編制、趨勢圖生成、窗口技術以及生產管理等多種功能，作為底層單元的plc完成對現場開關量、模擬輸入輸出量的控制處理，而利用微型計算機良好的人機對話界面和數據處理功能，實現對一臺或多臺plc進行監控，充分發揮plc可靠、靈活的控制性能和計算機在管理、監控等方面的優勢，提高控制系統的整體自動化程度。
  3. Based on the analysis and calculation of ship resistance, according to the main factors influencing the resistance, such as sailing speed, water depth and ship draft ratio, and coefficient of sectional form, the deepwater, shallow water and restricted channel are defined by the coefficient factor

    摘要通過對船舶阻力的分析和計算，根據影響阻力的主要因素，航速、水深與船吃水比、斷面系數，由換算系數來界定深水、淺水與限制性航道。
  4. Based on object - oriented ( o - o ) technology, an organization and resource model with network structure is constructed and the problems of permanent object storage, graphical user interface, and data consistence in the organization / resource manager are discussed in detail

    使用面向對象方法，建立了一種具有網狀結構的組織和資源模型，並詳細討論了組織資源管理器系統實現中的持久對象存儲、用戶界面和數據一致性等問題。
  5. The general industrial control software includes graphic interface system, the third party program module, control function module and real - time database system module etc. its main feature is real - time multitask, and the real - time database is its kernel and engine

    一般的工控軟體包括圖形界面系統、第三方程序介面組件、控制功能組件、實時數據庫系統等組件。它最突出的特點是實時多任務，而實時數據庫是其核心和引擎。
  6. Subsequently, software function of the system is batted around, the theory of mdi ( multi - document interface ) of it ' s software system is dissected, and the pcomm32 is introduced. finally, the application programs named for pmacnc of the entire system is developed by vc + + 6. 0, which is consisted of initialization communication interface, manual operation interface, parameter intercalation interface, status messages interface and program compiling interface. eventually, motion control programs are compiled and tested

    具體分析了以ipc pmac為控制核心的機電一體化實驗裝置的系統軟體功能，闡述了機電一體化實驗裝置的系統軟體工作原理與實現機制和機電一體化實驗裝置界面軟體的工作原理和實現機制：多文檔多視圖結構原理、 mdi應用程序框架原理，並用vc + + 6 . 0編寫了整個系統的用戶應用軟體pmacnc ，開發了中物院機制所機電一體化實驗裝置的幾個主要人機界面：初始化通訊模塊界面、手動操作模塊界面、參數設置模塊界面、狀態顯示模塊界面和程序編輯模塊界面。
  7. Design of graphical interfaces, design of menus, design of dialog boxes and design of plotting program is investigated. then visualized interface and visualized system of disposing data is appended for " nonlinear finite element ultimate analysis of reinforced concrete thin slabs with complex geometry & boundary condition " finally, according to the research, some feasible advice is put forward for engineering design

    對圖形界面的設計、菜單的設計、對話框設計、繪圖程序的設計等進行了探索，為「復雜幾何形狀和邊界條件鋼筋混凝土薄板非線性有限元極限分析程序」 ，添加了可視化的界面和數據前後處理的可視化系統。
  8. The system is perfectly realized through the four counts below : 1 ^ using configuration soft compile the person - computer interface for information management of grain depot content and the application program for data collection. this program will finish real time data collection and conversion and will dynamic come after each bam flash - locks run state and will supervise and record the run instance ^ startup or stop time 2 ^ using visual foxpro workout report table for grain depot content information management system witch carry out database management function. 3 ^ using visual c + + workout communication program between force control configurable soft and aptitude instruments

    本課題從下面四個方面實現系統要求： 1利用組態軟體forcecontrol2 . 0編制了倉容信息管理系統的人機界面和數據採集應用程序，完成設備狀態的實時採集和轉換，動態跟蹤各糧倉閘門的運行狀態，監視並記錄斗提機的運行情況、啟動和停止的時間； 2利用visualfoxpro編制了倉容信息管理系統報表記錄應用程序，實現數據庫的管理功能； 3利用visualc + +編制forcecontrol組態軟體與智能儀表以（在線流量計）為例的通訊程序，實現下列兩項功能： （ 1 ）接收來自在線流量計的數據。
  9. Filling of different quantity is completed by a fixed normal pressure flow channeling parameter controlling the filling time. the machine is supplied with a high temperature pressure steam sterilizing system to ensure a sound sterilizing effect during the filling process

    本機採用plc可編程式控制制，配以6英寸觸摸屏人機界面系統，採用常壓式固定流道參數，控制灌料時間來實現不同計量的灌裝。
  10. This machine used plc programed light controller to control, it is equipped with 6 inches touching screen and stable pressure fixing flow parameter to control the volume by controlling the filling time

    本機採用可編程式控制制，配以6英寸觸摸屏人機界面系統，採用常壓式固定流道參數，控制灌料時間來實現不同計量的灌裝。
  11. It is equipped with 10. 4 inch touching screen and stable pressure fixing flow parameter to control the volume by controlling the filling time. it is in simple structure and can fit for all sizebottles. when the bottle changed, it is unnecessary to change the parts

    本機採用可編程式控制制，配以10 . 4英寸觸摸屏人機界面系統，採用常壓式固定流道參數，控制灌料時間來實現不同計量的灌裝，結構簡單，大小瓶通用，改變瓶形無需更換配件，調整即可。
  12. The goal of this study is to construct a gui system in our embedded linux, in order to provide a friendly graphics user interface for such embedded devices as set - top box ( stb ) and personal data assistant ( pda )

    本課題的研究目標是在我院研製的嵌入式linux上構建一個圖形用戶界面系統，為機頂盒（ stb ） 、個人數字助理（ pda ）等嵌入式設備提供友好的圖形用戶界面。
  13. It s a pouring system where optical machine, electricity and air are all involved. it used a kind of normal pressure, fixed flow parameters to control the pouring materials, time and finishes various measuring pouring

    本機採用可編程式控制制，配以10 . 4英寸觸摸屏人機界面系統，採用常壓式固定流道參數，控制灌料時間來實現不同計量的灌裝。
  14. Furthermore, it designs and develops a corresponding software system model, including the system interface, the system architecture and the system functional modules, then analyzes the integration technology of remote sensing image processing system and geographical information system, the system modeling technique, the component development technique and dynamic link library technique. it establishes a new data model, which can process the grid data and vector data synchronously and effectively

    然後在此基礎上設計並開發了相應的軟體系統原型，包括系統界面、系統框架、系統功能模塊等；分析了遙感影像處理系統與地理信息系統的集成技術，系統建模技術，組件式開發技術和dll動態鏈接庫技術；建立了一種新型數據模型，可以同時有效的處理矢量數據和柵格數據。
  15. Our purpose is to develop an open, easily maintainable, extensible and user - friendly scientific data mining system ( sdms ) which can extract useful knowledge from scientific data and analyze the simulation result of scientific computing. the system is hosted on dbms and windows platform. currently a prototype system with functions of data denoise, compress, attribute reduction, discretion, classifying and clustering has been completed

    科學數據具有維數高、數據量大，數據不完全，有噪聲等特點，本課題在現有的數據庫和windows平臺上，開發一個具有開放體系結構的、易擴充的、易維護的、具有良好人機交互界面的數據挖掘系統，從科學數據中提取隱含在其中的有用的知識，為科學計算中的模擬信息提供符合規律的模擬結果分析。
  16. Of those, the main function of graphical user interface module is to manage graphical user interface and interface programming. the main function of design and compute module is to taking on selecting the construction, the parts and checking the design results of servo feed cad system. the main function of graphics system is to draw the assembly graphics of servo feed system by the design results

    其中界面系統部分進行統一的界面管理並組織相應的介面程序；科學計算部分承擔伺服進給系統結構選型、零部件選取和校核計算；圖形系統能根據計算部分的結構參數繪制出相應的各部件設計圖紙及裝配圖；數據庫負責保存相關的設計數據、圖表和繪好的圖表。
  17. The dynamic distributed principia on the simulation module are given, as well as the dynamic analyses arithmetic on the load of the servers. the arithmetic which to test the data pertinence of the simulation module which driven by the data source is put forward. the dissertation also designs an efficient distributed arithmetic on the simulation module the concept of xml template is put forward to realize the save format and the backward - compatibility of visualize edit interface system

    研究過程中，作者確立了鬆散耦合分散式的系統架構；給出了模擬模塊動態分散式的原則和服務器負載狀況動態分析演算法，提出了數據源驅動的模擬模塊數據相關性檢測的演算法，設計了簡單而有效的模擬模塊動態分散式演算法；提出了xml模版的概念，實現了存儲格式和可視化編輯界面系統的向後兼容的問題；使用soap實現異構模擬組件的遠程調用與數據交換；提出模擬容器的模型來簡化異構組件間通信對二次開發造成的負擔；建立了模擬模塊自適應檢測的機制，達到模擬演算法系統的通用性。
  18. Design of graphic interface system and real - time database system in intelligent building integration

    樓宇集成監控界面系統和實時數據庫系統的設計
  19. The hardware platform of the measure and control system consists of transducers, data acquisition modules, industrial control modules, eight - channel digital display instruments, display and control instruments and personal computer etc. the interactive interface of the system is developed on the basis of the data acquisition software dasylab and the program language labwindows / cvi. on the one hand, the interactive interface designed by dasylab is used to acquire the data from the wavebook / 512 and wbk. 14. on the other hand, the active interface designed by labwindows / cvi is used to acquire the data from the industrial control modules and control the modules

    測控系統的硬體平臺用傳感器、數據採集器、工控模塊、八通道數字顯示儀、控制顯示儀、計算機等組成，測控系統的人機交互界面用數據採集與分析軟體dasylab與程序設計語言labwindows cvi開發。該測控系統利用dasylab組建的人機界面完成對數據採集器wavebook 512與wbk14的數據採集，利用labwindows cvi編制的人機界面完成來自於工控模塊的數據採集與控制。
  20. This machine used plc programed light controller to control, added with six inches, touched face of a screen - man machine. it use a kind of normal pressure, fixed flow parameters to control the pouring materials, time and finishes various measuring pouring

    本機採用可編程式控制制，配以6英寸觸摸屏人機界面系統，採用常壓式固定流道參數，控制灌料時間來實現不同計量的灌裝。
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