查询词典 transfer speed

As the technology developing, the use of computer is becoming more and more widely. Due to this fact, the parallel interface which mainly used for greatly increasing speed of data transfer, has driven a lot attention.

随着微型计算机应用的日益广泛和深入，接口技术有了迅速的发展，并已成为直接影响微机系统功能和推广应用的关键。

This Application Note describes a method for high-speed bidirectional data transfer between an AVR Microcontroller and an of-the-shelf IBM PC-compatible desktop computer.

本篇应用文档介绍AVR微处理器与IBMPC兼容机之间的高速双向数据传输方法。

Through these analyses, the transfer function of the single degree of freedom electromagnetic model is established by linearization at the equilibrium point, and the state equation of the magnetic north-seeking system in low rotating speed is derived consequently.

由于磁悬浮系统具有开环不稳定和强烈非线性的特点，使得对磁悬浮寻北仪控制方法的研究成为重要的一环，其控制器性能的好坏直接影响到磁悬浮寻北仪的动态性能等特性。

Quadra Trac II's two-speed transfer case uses input from a variety of sensors in order to determine tire slip at the earliest possible moment and take corrective action.

外接的TRAC II的双速分动箱使用来自各种传感器的输入，以确定在尽可能早的时刻轮胎滑移，并采取纠正措施。

Our ultimate goal is to explore and develop the new roboticized technology in manufacture by using PDM platform. Thus, speed, quality, efficiency and economy can be reached when each conjunction, resource and organization in the enterprise runs accurately and reposefully in the track of the whole system in company with the generation, diversification and transfer of information during the products' lifecycle. This is also the orientation which our country and the advanced country in the world take great efforts to seek.

基于PDM平台来研究和发展制造自动化的新技术并使企业的各个环节、各种资源、各种组织沿着产品生命周期中的信息诞生、信息变化、信息转移共同协调地、有序地、准确地在大系统的轨道中运行，以达到快速、优质、高效、低耗的目标，这正是我国乃至世界上先进国家在制造业中不断探索和追求的方向和目标。

Our ultimate goal is to explore and develop the new roboticized technology in manufacture by using PDM platform. Thus, speed, quality, efficiency and economy can be reached when each conjunction, resource and organization in the enterprise runs accurately and reposefully in the track of the whole system in company with the generation, diversification and transfer of information during the products' Iifecycle.

基于PDM平台来研究和发展制造自动化的新技术并使企业的各个环节、各种资源、各种组织沿着产品生命周期中的信息诞生、信息变化、信息转移共同协调地、有序地、准确地在大系统的轨道中运行，以达到快速、优质、高效、低耗的目标，这正是我国乃至世界上先进国家在制造业中不断探索和追求的方向和目标。

So this paper takes the middle speed and small power of ship diesel engine as research object, and with the title of the matching research of ship diesel engine with screw propeller and the optimized design of cooling system to research the matching design of ship power system. And the main content of this paper is as the following:(1) The establishment of matching calculation platform of screw propeller and diesel engine. This paper starts with the analysis of balance of ship energy, and gets energy transfer relationship between ship diesel engine and screw propeller.

为此，本论文以中速小功率船舶柴油机为研究对象，以船舶机桨匹配与冷却系统优化设计为题进行船舶动力系统匹配设计研究，主要内容有：(1)船舶机桨匹配设计计算平台的建立本论文基于船舶能量平衡问题分析，推导螺旋桨与船舶柴油机之间能量传递关系，分析螺旋桨与柴油机的匹配设计。

Whether through every comprehensive application of part , realize single ring transfer 1 speed ratio.

通过各部分的综合运用，实现了单环调速比1：100，遥控距离大于10m。

Accounting for the characteristics of freeze-drying of granular material, a theoretical heat transfer model of atmospheric freeze-drying in spherical geometry was developed. The temperature distribution and movement distance of sublimation interface were calculated, then the speed of drying process can he deduced. Theoretical analysis was done on influence factors such as bed temperature, material size and adsorbent diameter.

以粒状物料为例，建立了球坐标下常压冷冻干燥的传热过程理论模型，计算了物料干燥过程中的温度和升华界面的移动距离，并对床温、物料尺寸和吸附剂粒径等影响因素进行了理论分析。

With respect to a pair of typical spiral bevel gear train system, the critical speed and unbalance response of the system are worked out by means of transfer matrix method.

以一对典型的弧齿锥齿轮传动系统为研究对象，应用传递矩阵法计算系统的临界转速和不平衡响应。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。