BTA40,BTA41,BTB4-可控硅 中文自翻资料

BTA40,BTA41,BTB4-可控硅 中文自翻资料
BTA40,BTA41,BTB4-可控硅 中文自翻资料

英文论文及中文翻译

International Journal of Minerals, Metallurgy and Materials Volume 17, Number 4, August 2010, Page 500 DOI: 10.1007/s12613-010-0348-y Corresponding author: Zhuan Li E-mail: li_zhuan@https://www.360docs.net/doc/6910460559.html, ? University of Science and Technology Beijing and Springer-Verlag Berlin Heidelberg 2010 Preparation and properties of C/C-SiC brake composites fabricated by warm compacted-in situ reaction Zhuan Li, Peng Xiao, and Xiang Xiong State Key Laboratory of Powder Metallurgy, Central South University, Changsha 410083, China (Received: 12 August 2009; revised: 28 August 2009; accepted: 2 September 2009) Abstract: Carbon fibre reinforced carbon and silicon carbide dual matrix composites (C/C-SiC) were fabricated by the warm compacted-in situ reaction. The microstructure, mechanical properties, tribological properties, and wear mechanism of C/C-SiC composites at different brake speeds were investigated. The results indicate that the composites are composed of 58wt% C, 37wt% SiC, and 5wt% Si. The density and open porosity are 2.0 g·cm–3 and 10%, respectively. The C/C-SiC brake composites exhibit good mechanical properties. The flexural strength can reach up to 160 MPa, and the impact strength can reach 2.5 kJ·m–2. The C/C-SiC brake composites show excellent tribological performances. The friction coefficient is between 0.57 and 0.67 at the brake speeds from 8 to 24 m·s?1. The brake is stable, and the wear rate is less than 2.02×10?6 cm3·J?1. These results show that the C/C-SiC brake composites are the promising candidates for advanced brake and clutch systems. Keywords: C/C-SiC; ceramic matrix composites; tribological properties; microstructure [This work was financially supported by the National High-Tech Research and Development Program of China (No.2006AA03Z560) and the Graduate Degree Thesis Innovation Foundation of Central South University (No.2008yb019).] 温压-原位反应法制备C / C-SiC刹车复合材料的工艺和性能 李专,肖鹏,熊翔 粉末冶金国家重点实验室,中南大学,湖南长沙410083,中国(收稿日期:2009年8月12日修订:2009年8月28日;接受日期:2009年9月2日) 摘要:采用温压?原位反应法制备炭纤维增强炭和碳化硅双基体(C/C-SiC)复合材

C语言中英文翻译资料

一.C语言关键字对照 关键字,又称保留字,是C语言中已预先定义、具有特定含义的标识符。 注:C语言中共有32个关键字,所有关键字都用小写字母表示,且这些关键字不能用作用户标识符。即关键字由系统定义,具有特定的含义,不能重作其它定义。 32个关键字如下: 1.数据定义 C语言中所有的变量都具有某种类型,其定义的基本格式是:类型变量名; int:整型 short:短整型 long:长整型 signed:有符号型 unsigned:无符号型 char:字符型 float:单精度型 double:双精度型 const:定义常量 typedef:类型定义 2.存储类别 一般在变量的定义前面,用于指定变量的存储类别,如果缺省的话,则默认是auto。 auto:自动变量 static:静态变量 register:寄存器变量 extern:外部变量 3.结构 C语言中除了提供一些基本数据类型外,还提供了结构体,共有体以及枚举,用来实现多个变量的集合表示。 struct:结构体 union:共用体 enum:枚举类型 4.语句 C语言中提供了一些语句来实现程序的基本结构。 if:条件判断(假如) else:不满足条件(否则) for:循环 do:与while一起使用,直到型循环 while:当型循环 goto:无条件跳转语句 switch:多分支选择语句 case:分支,在switch语句块中表示不同的分支

default:缺省,一般在switch语句中使用 continue:继续(结束本次循环) break:中断(跳出整个循环) return:返回 void:空类型(用于函数没有返回值时) 5.预处理 #define:定义一个宏名来代替一个字符串 #include:引入程序所需要的头文件 #undef:条件编译 #ifdef:假如定义 #ifndef:假如没有定义 6.其他 sizeof:用于计算所占内存空间的大小 volatile: C语言关键字volatile(注意它是用来修饰变量而不是上面介绍的__volatile__)表明某个变量的值可能在外部被改变,因此对这些变量的存取不能缓存到寄存器,每次使用时需要重新存取 二.Turboc2.0 环境中常用的关键词 File(文件) Load(加载) New(新建) Save(保存) Write to(另存为) Directory(目录) Change dir(改变目录) Quit(结束) Run(运行) Program reset(程序重置) Goto cursor(运行到光标处) Trace into(跟踪) Step over(单部执行) Compile(编译) Compile to obj(编译成目标文件) Make EXE file(制作可执行文件) Link EXE file(链接可执行文件) Build all(创建全部) Options(选项)

英文文献及中文翻译

毕业设计说明书 英文文献及中文翻译 学院:专 2011年6月 电子与计算机科学技术软件工程

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可控硅工作原理

可控硅工作原理 一种以硅单晶为基本材料的P1N1P2N2四层三端器件,创制于1957年,由于它特性类似于真空闸流管,所以国际上通称为硅晶体闸流管,简称可控硅T。又由于可控硅最初应用于可控整流方面所以又称为硅可控整流元件,简称为可控硅SCR。 在性能上,可控硅不仅具有单向导电性,而且还具有比硅整流元件(俗称死硅)更为可贵的可控性。它只有导通和关断两种状态。 可控硅能以毫安级电流控制大功率的机电设备,如果超过此频率,因元件开关损耗显著增加,允许通过的平均电流相降低,此时,标称电流应降级使用。 可控硅的优点很多,例如:以小功率控制大功率,功率放大倍数高达几十万倍;反应极快,在微秒级内开通、关断;无触点运行,无火花、无噪音;效率高,成本低等等。 可控硅的弱点:静态及动态的过载能力较差;容易受干扰而误导通。 可控硅从外形上分类主要有:螺栓形、平板形和平底形。 1、可控硅元件的结构 不管可控硅的外形如何,它们的管芯都是由P型硅和N型硅组成的四层P1N1P2N2结构。见图1。它有三个PN结(J1、J2、J3),从J1结构的P1层引出阳极A,从N2层引出阴级K,从P2层引出控制极G,所以它是一种四层三端的半导体器件。 2、工作原理 可控硅是P1N1P2N2四层三端结构元件,共有三个PN结,分析原理时,可以把它看作由一个PNP管和一个NPN管所组成,其等效图解如图1所示 图1、可控硅结构示意图和符号图 当阳极A加上正向电压时,BG1和BG2管均处于放大状态。此时,如果从控制极G输入一个正向触发信号,BG2便有基流ib2流过,经BG2放大,其集电极电流ic2=β2ib2。因为BG2的集电极直接与BG1的基极相连,所以ib1=ic2。此时,电流ic2再经BG1放大,于是BG1的集电极电流ic1=β1ib1=β1β2ib2。这个电流又流回到BG2的基极,表成正反馈,使ib2不断增大,如此正向馈循环的结果,两个管子的电流剧增,可控硅使饱和导通。 由于BG1和BG2所构成的正反馈作用,所以一旦可控硅导通后,即使控制极G的电流消失了,可控硅仍然能够维持导通状态,由于触发信号只起触发作用,没有关断功能,所以这种可控硅是不可关断的。 由于可控硅只有导通和关断两种工作状态,所以它具有开关特性,这种特性需要一定的条件才能转化,此条件见表1

有关交通灯中英文翻译资料

当今时代是一个自动化时代,交通灯控制等很多行业的设备都与计算机密切相关。因此,一个好的交通灯控制系统,将给道路拥挤、违章控制等方面给予技术革新。随着大规模集成电路及计算机技术的迅速发展,以及人工智能在控制技术方面的广泛运用,智能设备有了很大的发展,是现代科技发展的主流方向。本文介绍了一个智能交通灯系统的设计。该智能交通灯控制系统可以实现的功能有:对某市区的四个主要交通路口进行监控;各路口有固定的工作周期,并且在道路拥挤时中控中心能改变其周期;对路口违章的机动车能够即时拍照,并提取车牌号。在世界范围内,一个以微电子技术,计算机和通信技术为先导的,以信息技术和信息产业为中心的信息革命方兴未艾。而计算机技术怎样与实际应用更有效的结合并有效的发挥其作用是科学界最热门的话题,也是当今计算机应用中空前活跃的领域。本文主要从单片机的应用上来实现十字路口交通灯智能化的管理,用以控制过往车辆的正常运作。 The times is a automation times nowadays , traffic light waits for much the industry

equipment to go hand in hand with the computer under the control of. Therefore, a good traffic light controls system , will give road aspect such as being crowded , controlling against rules to give a technical improvement. With the fact that the large-scale integrated circuit and the computer art promptness develop, as well as artificial intelligence broad in the field of control technique applies, intelligence equipment has had very big development , the main current being that modern science and technology develops direction. The main body of a book is designed having introduced a intelligence traffic light systematically. The function being intelligence traffic light navar's turn to be able to come true has: The crossing carries out supervisory control on four main traffic of some downtown area; Every crossing has the fixed duty period , charges centre for being able to change it's period and in depending on a road when being crowded; The motor vehicle breaking rules and regulations to the crossing is able to take a photo immediately , abstracts and the vehicle shop sign. Within world range, one uses the microelectronics technology , the computer and the technology communicating by letter are a guide's , centering on IT and IT industry information revolution is in the ascendant. But, how, computer art applies more effective union and there is an effect's brought it's effect into play with reality is the most popular topic of conversation of scientific community , is also that computer applications is hit by the unparalleled active field nowadays. The main body of a book is applied up mainly from slicing machine's only realizing intellectualized administration of crossroads traffic light , use opera tion in controlling the vehicular traffic regularity.

BT152单向可控硅

GENERAL DESCRIPTION QUICK REFERENCE DATA Glass passivated thyristors in a plastic SYMBOL PARAMETER MAX.MAX.MAX.UNIT envelope,intended for use in applications requiring high BT152-400R 600R 800R bidirectional blocking voltage V DRM ,Repetitive peak off-state 450650800V capability and high thermal cycling V RRM voltages performance.Typical applications I T(AV)Average on-state current 131313A include motor control,industrial and I T(RMS)RMS on-state current 202020A domestic lighting,heating and static I TSM Non-repetitive peak on-state 200 200 200 A switching. current PINNING - TO220AB PIN CONFIGURATION SYMBOL LIMITING VALUES Limiting values in accordance with the Absolute Maximum System (IEC 134).SYMBOL PARAMETER CONDITIONS MIN.MAX. UNIT -400R -600R -800R V DRM Repetitive peak off-state -45016501800 V voltages I T(AV)Average on-state current half sine wave; T mb ≤ 103 ?C -13 A I T(RMS)RMS on-state current all conduction angles -20A I TSM Non-repetitive peak half sine wave; T j = 25 ?C prior to on-state current surge t = 10 ms -200A t = 8.3 ms -220A I 2t I 2t for fusing t = 10 ms -200A 2s dI T /dt Repetitive rate of rise of I TM = 50 A; I G = 0.2 A;-200A/μs on-state current after dI G /dt = 0.2 A/μs triggering I GM Peak gate current -5A V GM Peak gate voltage -5V V RGM Peak reverse gate voltage -5V P GM Peak gate power -20W P G(AV)Average gate power over any 20 ms period -0.5W T stg Storage temperature -40150?C T j Operating junction -125 ?C temperature 1 Although not recommended, off-state voltages up to 800V may be applied without damage, but the thyristor may switch to the on-state. The rate of rise of current should not exceed 15 A/μs.

中文和英文简历和专业英语材料翻译

韶关学院 期末考核报告 科目:专业英语 学生姓名: 学号: 同组人: 院系: 专业班级: 考核时间:2012年10月9日—2012年11月1 日评阅教师: 评分:

第1章英文阅读材料翻译 (1) 第2章中文摘要翻译英文 (3) 第3章中文简历和英文简历 (4) 第4章课程学习体会和建议 (6) 参考文献 (7)

第1章英文阅读材料翻译 Mechanization and Automation Processes of mechanization have been developing and becoming more complex ever since the beginning of the Industrial Revolution at the end of the 18th century. The current developments of automatic processes are, however, different from the old ones. The “automation” of the 20th century is distinct from the mechanization of the 18th and 19th centuries inasmuch as mechanization was applied to individual operations, wherea s “automation” is concerned with the operation and control of a complete producing unit. And in many, though not all, instances the element of control is so great that whereas mechanization displaces muscle, “automation”displaces brain as well. The distinction between the mechanization of the past and what is happening now is, however, not a sharp one. At one extreme we have the electronic computer with its quite remarkable capacity for discrimination and control, while at the other end of the scale are “ transfer machines” , as they are now called, which may be as simple as a conveyor belt to another. An automatic mechanism is one which has a capacity for self-regulation; that is, it can regulate or control the system or process without the need for constant human attention or adjustment. Now people often talk about “feedback” as begin an essential factor of the new industrial techniques, upon which is base an automatic self-regulating system and by virtue of which any deviation in the system from desired condition can be detected, measured, reported and corrected. when “feedback” is applied to the process by which a large digital computer runs at the immense speed through a long series of sums, constantly rejecting the answers until it finds one to fit a complex set of facts which have been put to it, it is perhaps different in degree from what we have previously been accustomed to machines. But “feedback”, as such, is a familiar mechanical conception. The old-fashioned steam engine was fitted with a centrifugal governor, two balls on levers spinning round and round an upright shaft. If the steam pressure rose and the engine started to go too fast, the increased speed of the spinning governor caused it to rise up the vertical rod and shut down a valve. This cut off some of the steam and thus the engine brought itself back to its proper speed. The mechanization, which was introduced with the Industrial Revolution, because it was limited to individual processes, required the employment of human labor to control each machine as well as to load and unload materials and transfer them from one place to another. Only in a few instances were processes automatically linked together and was production organized as a continuous flow. In general, however, although modern industry has been highly mechanized ever since the 1920s, the mechanized parts have not as a rule been linked together. Electric-light bulbs, bottles and the components of innumerable mass-produced

机械专业外文翻译(中英文翻译)

外文翻译 英文原文 Belt Conveying Systems Development of driving system Among the methods of material conveying employed,belt conveyors play a very important part in the reliable carrying of material over long distances at competitive cost.Conveyor systems have become larger and more complex and drive systems have also been going through a process of evolution and will continue to do so.Nowadays,bigger belts require more power and have brought the need for larger individual drives as well as multiple drives such as 3 drives of 750 kW for one belt(this is the case for the conveyor drives in Chengzhuang Mine).The ability to control drive acceleration torque is critical to belt conveyors’performance.An efficient drive system should be able to provide smooth,soft starts while maintaining belt tensions within the specified safe limits.For load sharing on multiple drives.torque and speed control are also important considerations in the drive system’s design. Due to the advances in conveyor drive control technology,at present many more reliable.Cost-effective and performance-driven conveyor drive systems covering a wide range of power are available for customers’ choices[1]. 1 Analysis on conveyor drive technologies 1.1 Direct drives Full-voltage starters.With a full-voltage starter design,the conveyor head shaft is direct-coupled to the motor through the gear drive.Direct full-voltage starters are adequate for relatively low-power, simple-profile conveyors.With direct fu11-voltage starters.no control is provided for various conveyor loads and.depending on the ratio between fu11-and no-1oad power requirements,empty starting times can be three or four times faster than full load.The maintenance-free starting system is simple,low-cost and very reliable.However, they cannot control starting torque and maximum stall torque;therefore.they are

最新单向可控硅和双向可控硅原理及应用大全

可控硅元件的工作原理及基本特性 1、工作原理 可控硅是P1N1P2N2四层三端结构元件,共有三个PN结,分析原理时,可以把它看作由一个PNP管和一个NPN管所组成,其等效图解如图1所示

图1 可控硅等效图解图 当阳极A加上正向电压时,BG1和BG2管均处于放大状态。此时,如果从控制极G 输入一个正向触发信号,BG2便有基流ib2流过,经BG2放大,其集电极电流 ic2=β2ib2。因为BG2的集电极直接与BG1的基极相连,所以ib1=ic2。此时,电流ic2再经BG1放大,于是BG1的集电极电流ic1=β1ib1=β1β2ib2。这个电流又流回到BG2的基极,表成正反馈,使ib2不断增大,如此正向馈循环的结果,两个管子的电流剧增,可控硅使饱和导通。 由于BG1和BG2所构成的正反馈作用,所以一旦可控硅导通后,即使控制极G的电流消失了,可控硅仍然能够维持导通状态,由于触发信号只起触发作用,没有关断功能,所以这种可控硅是不可关断的。 由于可控硅只有导通和关断两种工作状态,所以它具有开关特性,这种特性需要一定的条件才能转化,此条件见表1 表1 可控硅导通和关断条件 状态条件说明从关断到导通 1、阳极电位高于是阴极电位 2、控制极有足够的正向电压和电流 两者缺一不可维持导通 1、阳极电位高于阴极电位 2、阳极电流大于维持电流 两者缺一不可从导通到关断 1、阳极电位低于阴极电位 2、阳极电流小于维持电流

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