电子计算机

The development of modern electronic technique makes power device element to be modularized, miniaturized and integrated; the development of modern control theory and computer technique makes the miniaturization control system practical.

现代电子技术的发展，使各种功率器件日益模块化、小型化、集成化，现代控制理论及计算机技术的发展使控制系统小型化成为现实。

With the rapid development of computer science and digital information, almost every corporation creates their owner information system.

随着计算机科学技术和电子信息的巨大发展，各个企业也都建立起了各自的信息系统。

This paper presents a new simulation method for power electronic circuits through the uses of a digital computer.

提出了用数字计算机对电力电子电路进行仿真的一种新的方法。

ABSTRACT With the development of electronics and computer technology, the era of digital video and audio is coming now.

随着电子技术和计算机技术的发展，视频和音频技术也进入了数字化的阶段。

In order to reduce error of experimental data treatment, to strengthen accuracy of the result in conductivity determination of the dissociation constant of acetic acid, and also to further synthesis of experiment for training students' ability to treat data and to graph with computer, both Excel and calculator with statistical function have been utilized to perform a linear regression analysis of temperature-limiting molal conductivity of acetic acid solution.

为了减少实验数据处理的误差，提高结果的准确性；也为了进一步加强实验的综合性，培养和提高学生应用计算机处理实验数据和作图的能力，本文在电导法测定醋酸解离常数的实验中分别采用Excel电子表格和具有统计功能的计算器对醋酸溶液的温度和极限摩尔电导率数据进行线性回归分析，得到一元线性回归方程和相关系数，进而确定实验温度下醋酸溶液的极限摩尔电导率。

As an experiment of basic course in electronic technology,the project is based on domination principle of digital music player and integrates with the elementary application of multiplexer,flip-flop,counter and ROM,which enables students to comprehend these knowledge fully along with acquaintance of technical application and promotes systematic understanding of basic notions,course content and advances the transformation from knowledge to ability.

实验教学是学生综合素质和实践能力培养的重要环节。实验教学内容应该与科研、工程、社会应用实践密切联系，形成良性互动[1]。超大规模可编程逻辑器件的应用是目前电子技术发展的一个新领域，它依赖于计算机技术的辅助实现数字系统的设计和仿真，不需连线即可实现资源庞大的片上系统[2]。

It is an extremely important semiconductor; doped with boron , phosphorus, or arsenic, it is used in various electronic circuit and switching devices, including computer chips, transistors, and diodes.

硅是一种非常重要的半导体；掺入硼、磷或砷后，可用于各种电子电路和开关器件，包括计算机芯片、晶体管和二极管。

It is an extremely important semiconductor; doped with boron, phosphorus, or arsenic, it is used in various electronic circuit and switching devices, including computer chips, transistor s, and diodes.

硅是一种非常重要的半导体；掺入硼、磷或砷后，可用于各种电子电路和开关器件，包括计算机芯片、晶体管和二极管。

A new scheme of double loop feedback computer control system, which is based on virtual instruments technology, is put forward to improve control performance.

随着数字电子技术、计算机控制技术的迅速发展，数字控制系统的应用越来越广，已成为各类控制系统发展的趋势。

This invention discloses a preparation method for anti-corrosion rare earth magnet material characterizing that it takes the optimized grain-boundary phase design as the starting point on the basis of a dual alloy method to select Nd base alloy with high crystal forming ability as the assist alloy and reduces the temperature of the press mold blank in a quartz container to room temperature from over grain-boundary phase melting point with the water extraction way to get enough cooling rate and guarantee the non-grain-boundary phase, compared with the material of the same composition prepared by ordinary method, the weightlessness of this invented material reduces over 30% after testing the weightlessness of the material by laying it for 96 hours under 121deg.C, 2 atmosphere and 100% humid environment to show the advanced performance of anti-corrosion.

本发明公开了一种耐腐蚀稀土永磁材料的制备方法，其特征是它在双合金法制备工艺的基础上，以优化晶界相设计为出发点，选取具有较高非晶形成能力的Nd基合金为辅合金，并在烧结回火时将置于耐高温石英容器中的压型坯件，从晶界相熔点以上以水淬冷却的方式降温至室温，以达到足够的冷却速率，确保得到非晶晶界相，根据本发明制得的耐腐蚀稀土永磁材料，通过测量在121℃、2个大气压以及100％湿度环境下放置96小时后材料的失重情况，结果显示本发明得到的材料与常规方法制备的相同成分的稀土永磁材料相比失重减少了30％以上，充分证明其具备了更优越的耐腐蚀性能。可广泛应用于电子、汽车、计算机、电力、机械、能源、环保、国防、医疗器械等领域。

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。