developing flow中文是什么意思

發(fā)音:

中文翻譯
造句

展開流

develop vt. 1.使發(fā)達，使發(fā)展；使發(fā)生；使進化。 2.開發(fā)， ...
flow vi. 1.流，流動。 2.(血液等)流通，循環(huán)。 3. ...
developing 發(fā)展中的; 開發(fā); 顯象; 顯影，沖洗; 顯影；顯色；展開; 展開；顯色; 展開的
a developing country 一個發(fā)展中的國家
crack developing 裂紋擴展
daylight developing 亮室顯影
developg developing 發(fā)展
developing advertising 設計廣告
developing agent 顯色劑; 顯像劑; 顯影劑; 展開劑
developing analysis 顯層分析
developing and fixign 顯影及定影
developing and fixing 顯影及定影
developing apron 顯影膠帶
developing bath 顯色浴; 顯像浴; 顯影浴
developing butt 開拓巷道
developing chamber 展開室
developing chance 發(fā)展契機
developing chi 發(fā)展中智
developing clip 洗片夾; 顯影夾子
developing conditions 顯影條件
developing countries 不發(fā)達國家或新興國家統(tǒng)稱為“發(fā)展中國家”; 發(fā)展中國家
developing country 發(fā)達國; 發(fā)展的國家; 發(fā)展中的國家; 發(fā)展中國家; 開發(fā)中國家
developing data 顯影數(shù)據(jù)
developing dish 顯相皿; 顯影盤
developing disk 顯影盤

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例句與用法

The effects of developing flow , condensate film roughness , property variation in the gas phase were considered
分析中，考慮了流動發(fā)展段、液膜波動和氣相物性變化對冷凝過程的影響。
A h . 263 real - time video coding system based on dsp chip is then designed which follows the develop flow of a dsp system
然后遵循dsp系統(tǒng)的開發(fā)流程，設計開發(fā)了一個基于dsp芯片的h 263實時視頻壓縮編碼系統(tǒng)。
A h . 263 real - time video coding system based on dsp chip is then designed which follows the develop flow of a dsp system
然后按照dsp系統(tǒng)的開發(fā)流程，設計開發(fā)了一個基于dsp芯片的h . 263實時視頻壓縮編解碼系統(tǒng)。
So far the mechanism and the effects of developing flow , condensate film roughness , property variation in the gas phase , system pressure , and sorts of noncondensable gases and its contents on condensing are not adequately understood
而且，系統(tǒng)壓力、蒸氣過熱度、蒸氣流速和不凝性氣體種類及其含量是影響蒸氣冷凝的重要因素，這使得蒸氣冷凝換熱現(xiàn)象大大復雜化。
2 . by analyzing the enterprise ' s real status and demand , the network top structure and soft system structure are set up for implementation . also , the design target and develop flow of the entire application are provided for next process
2 、分析了企業(yè)的現(xiàn)狀與需求，確定了系統(tǒng)的硬件網(wǎng)絡拓樸結構和軟件體系結構及開發(fā)環(huán)境，并建立了應用系統(tǒng)的設計目標，為整個應用系統(tǒng)的下一步設計提供了開發(fā)流程。
For unsteady - state calculations , jameson ' s dual - time method is used . to confirm the validity , effectivity and reliability of developed flow solvers based on ausm + scheme , test cases of steady / unsteady transonic flow of naca0012 airfoil and onera m6 wings are investigated first
本文首先以naca0012翼型、 oneram6機翼為算例，驗證了本文發(fā)展的基于ausm +格式的跨音速定常、非定常navier - stokes euler方程解算器是正確、有效和可靠的。
Through the introduction of its key technology and the architecture based on developing usb driver under wince , it analyses the working theory of usb camera , the goal of driver and registry setting . then it focuses on analysis of the whole developing flow of the driver , and provides the flowchart to implement every key fuction . finally it gives some issues need to be pay attention during the developing procedure
本文首先在分析wince系統(tǒng)下開發(fā)usb設備驅(qū)動程序的關鍵技術和驅(qū)動架構基礎上,闡述了usb攝像頭的工作原理、驅(qū)動程序的設計目標及注冊表的設置等,然后重點介紹了驅(qū)動的整體開發(fā)流程以及采用流接口函數(shù)實現(xiàn)usb設備驅(qū)動的具體實現(xiàn)思路,并以流程圖形式給出了驅(qū)動程序各個函數(shù)例程的具體實現(xiàn)過程。
Javapos provides a good solution for the problems of the translatability , dynamic loading , safety and cross - platform of embedded pos system . it can support other 3rd party developing application easily , simplifies and standardizes the developing flow of pos application , and shorten developing cycle and the time of coming into the market of application system
Ejavapos很好地解決了嵌入式pos系統(tǒng)可移植性、動態(tài)加載、安全性、跨平臺等多方面的問題,很容易支持第三方開發(fā)應用軟件,可以簡化和規(guī)范pos應用的開發(fā)流程,大大縮短應用系統(tǒng)的開發(fā)周期和上市時間。
In this paper , com / dcom standard as a component standard of microsoft company is introduced firstly . according to some special application system , the flow which based on the component technology and can be reorganized is proposed . in the end , sluice cad system is showed to explain how to develop flow - reorganizable software based on the component technology
本文以microsoft提出的組件標準com / dcom規(guī)范為基礎，根據(jù)一些專業(yè)系統(tǒng)的特點，提出了基于com的流程可重組的設計思想，并以作者親自參與開發(fā)的水閘cad系統(tǒng)應用為例，說明如何進行基于組件技術的流程可重組的軟件開發(fā)。
It is also found that the flow developments in all radial locations are not synchronized , but it extended gradually from the core region to the wall , until finally a fully developed flow is achieved across the whole cross - section of the riser . the flow development at the annulus region near the wall , as a control process of the whole flow development in the riser , is much slower , and more sensitive to the change of operation conditions than that at the core region
氣固兩相流動沿徑向的發(fā)展并不同步，而是一個由核心區(qū)向邊壁區(qū)逐漸擴展，最終達到充分發(fā)展的過程，該過程主要受邊壁區(qū)發(fā)展過程控制；相對于核心區(qū)，邊壁區(qū)的發(fā)展不僅顯著緩慢，而且受操作條件的影響也較顯著。

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