developing flow meaning in Chinese
展开流
Examples
- 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机翼为算例，验证了本文发展的基于ausm +格式的跨音速定常、非定常navier - stokes euler方程解算器是正确、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系统下开发usb设备驱动程序的关键技术和驱动架构基础上,阐述了usb摄像头的工作原理、驱动程序的设计目标及注册表的设置等,然后重点介绍了驱动的整体开发流程以及采用流接口函数实现usb设备驱动的具体实现思路,并以流程图形式给出了驱动程序各个函数例程的具体实现过程。 - 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很好地解决了嵌入式pos系统可移植性、动态加载、安全性、跨平台等多方面的问题,很容易支持第三方开发应用软件,可以简化和规范pos应用的开发流程,大大缩短应用系统的开发周期和上市时间。 - 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提出的组件标准com / dcom规范为基础，根据一些专业系统的特点，提出了基于com的流程可重组的设计思想，并以作者亲自参与开发的水闸cad系统应用为例，说明如何进行基于组件技术的流程可重组的软件开发。 - 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
气固两相流动沿径向的发展并不同步，而是一个由核心区向边壁区逐渐扩展，最终达到充分发展的过程，该过程主要受边壁区发展过程控制；相对于核心区，边壁区的发展不仅显著缓慢，而且受操作条件的影响也较显著。