中英文对照外文翻译文献
(文档含英文原文和中文翻译)
原文：
Relay protection development present situation
Abstract: Reviewed our country electrical power system relay protection technological development process, has outlined the microcomputer relay protection technology achievement, propose the future relay protection technological development tendency will be: Computerizes, networked, protects, the control, the survey, the data communication integration and the artificial intellectualization.
Key word: relay protection, present situation development, future development
1 relay protection development present situation
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The electrical power system rapid development to the relay protection propose unceasingly the new request, the electronic technology, computer technology and the communication rapid development unceasingly has poured into the new vigor for the relay protection technology development, therefore, the relay protection technology is advantageous, has completed the development 4 historical stage in more than 40 years time.
After the founding of the nation, our country relay protection discipline, the relay protection design, the relay manufacture industry and the relay protection technical team grows out of nothing, has passed through the path in about 10 years which advanced countries half century passes through. The 50's, our country engineers and technicians creatively absorption, the digestion, have grasped the overseas advanced relay protection equipment performance and the movement technology , completed to have the deep relay protection theory attainments and the rich movement experience relay protection technical team, and grew the instruction function to the national relay protection technical team's establishment. The relay factory introduction has digested at that time the overseas advanced relay manufacture technology, has established our country relay manufacturing industry. Thus our country has completed the relay protection research, the design, the manufacture, the movement and the teaching complete system in the 60's. This is a time which the mechanical and electrical relay protection prospers, was our countries relay protection technology development has laid the solid foundation.
From the end of the 50's, the transistor relay protection was starting to study. In the 60's to the 80's，it is the times which the transistor relay protection vigorous development and widely used. Tianjin University and the Nanjing electric power automation plant cooperation research 500kV transistor direction high frequency protection the transistor high frequency block system which develops with the Nanjing electric power automation research institute is away from the protection, moves on the Gezhou Dam 500kV line , finished the 500kV line protection to depend upon completely from the overseas import time.
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From the 70's, start based on the integration operational amplifier integrated circuit protection to study. Has formed the completely series to at the end of 80's integrated circuit protection, substitutes for the transistor protection gradually. The development, the production, the application the integrated circuit protects which to the beginning of the 90's still were in the dominant position, this was the integrated circuit protection time. The integrated electricity road work frequency conversion quantity direction develops which in this aspect Nanjing electric power automation research institute high frequency protected the vital role, the Tianjin University and the Nanjing electric power automation plant cooperation development integrated circuit phase voltage compensated the type direction high frequency protection also moves in multi- strip 220kV and on the 500kV line.
Our country namely started the computer relay protection research from the end of the 70's, the institutions of higher learning and the scientific research courtyard institute forerunner's function. Huazhong University of Science and Technology, southeast the university, the North China electric power institute, the Xian Jiao tong University, the Tianjin University, Shanghai Jiao tong University, the Chongqing University and the Nanjing electric power automation research institute one after another has all developed the different principle, the different pattern microcomputer protective device. In 1984 the original North China electric power institute developed the transmission line microcomputer protective device first through the evaluation and in the system the find application, had opened in our country relay protection history the new page, protect the promotion for the microcomputer to pave the way. In the host equipment protection aspect, the generator which southeast the university and Huazhong University of Science and Technology develop loses magnetism protection, the generator protection and the generator? Bank of transformers protection also one after another in 1989、1994 through appraisal and investment movement. The Nanjing electric power automation research institute develops microcomputer line protective device also in 1991 through appraisal. The Tianjin University and the Nanjing electric power automation plant cooperation development
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microcomputer phase voltage compensated the type direction high frequency protection, the Xian Jiao tong University and the Xuchang Relay Factory cooperation development positive sequence breakdown component direction high frequency protection also one after another in 1993, in 1996 through the appraisal. Here, the different principle, the different type microcomputer line and the host equipment protect unique, provided one batch of new generation of performance for the electrical power system fine, the function has been complete, the work reliable relay protection installment. Along with the microcomputer protective device research, in microcomputer aspect and so on protection software, algorithm has also yielded the very many theories result. May say started our country relay protection technology from the 90's to enter the time which the microcomputer protected.
2 relay protections future development
The relay protection technology future the tendency will be to computerizes, networked, the intellectualization, will protect, the control, the survey and the data communication integration development.
2.1 computerizes
Along with the computer hardware swift and violent development, the microcomputer protection hardware also unceasingly is developing. The original North China electric power institute develops the microcomputer line protection hardware has experienced 3 development phases: Is published from 8 lists CPU structure microcomputer protection, does not develop to 5 years time to the multi- CPU structure, latter developed to the main line does not leave the module the big modular structure, the performance enhances greatly, obtained the widespread application. Huazhong University of Science and Technology develops the microcomputer protection also is from 8 CPU, develops to take the labor controlling machine core partially as the foundation 32 microcomputers protection.
The Nanjing electric power automation research institute from the very beginning has developed 16 CPU is the foundation microcomputer line protection,
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obtained the big area promotion, at present also is studying 32 protections hardware system. Southeast the university develops the microcomputer host equipment protects the hardware also passed through improved and the enhancement many times. The Tianjin University from the very beginning is the development take more than 16 CPU as the foundation microcomputer line protection, in 1988 namely started to study take 32 digital signals processor (DSP) as the foundation protection, the control, the survey integration microcomputer installment, at present cooperated with the Zhuhai automatic equipment company develops one kind of function complete 32 big modules, a module was a minicomputer. Uses 32 microcomputers chips only to focus by no means on the precision, because of the precision the a/d switch resolution limit, is surpassed time 16 all is accepts with difficulty in the conversion rate and the cost aspect; 32 microcomputers chips have the very high integration rate more importantly, very high operating frequency and computation speed, very big addressing space, rich command system and many inputs outlet. The CPU register, the data bus, the address bus all are 32, has the memory management function, the memory protection function and the duty transformation function, and (cache) and the floating number part all integrates the high speed buffer in CPU.
The electrical power system the request which protects to the microcomputer enhances unceasingly, besides protection basic function, but also should have the large capacity breakdown information and the data long-term storage space, the fast data processing function, the formidable traffic capacity, with other protections, the control device and dispatches the networking by to share the entire system data, the information and the network resources ability, the higher order language programming and so on. This requests the microcomputer protective device to have is equal to a pc machine function. In the computer protection development initial period, once conceived has made the relay protection installment with a minicomputer. At that time because the small machine volume big, the cost high, the reliability was bad, this tentative plan was not realistic. Now, with the microcomputer protective device size similar labor controlling machine function, the speed, the storage capacity greatly
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has surpassed the same year small machine, therefore, made the relay protection with complete set labor controlling machine the opportunity already to be mature, this will be one of development directions which the microcomputer protected. The Tianjin University has developed the relay protection installment which Cheng Yong tong microcomputer protective device structure quite same not less than one kind of labor controlling machine performs to change artificially becomes. This kind of equipment merit includes: has the 486pc machine complete function, can satisfy each kind of function request which will protect to current and the future microcomputer. size and structure and present microcomputer protective device similar, the craft excellent, quakeproof, guards against has been hot, guards against electromagnetic interference ability, may move in the very severe working conditions, the cost may accept. Uses the STD main line or the pc main line, the hardware modulation, may select the different module willfully regarding the different protection, the disposition nimble, and is easy to expand.
Relay protection installment, computerizes is the irreversible development tendency. How but to satisfies the electrical power system request well, how further enhances the relay protection the reliability, how obtains the bigger economic efficiency and the social efficiency, still must conduct specifically the thorough research.
2.2 networked
The computer network has become the information age as the information and the data communication tool the technical prop, caused the human production and the social life appearance has had the radical change. It profoundly is affecting each industry domain, also has provided the powerful means of communication for each industry domain. So far, besides the differential motion protection and the vertical association protection, all relay protections installment all only can respond the protection installment place electricity spirit. The relay protection function also only is restricted in the excision breakdown part, reduces the accident to affect the scope. This mainly is because lacks the powerful data communication method. Overseas
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already had proposed the system protection concept, this in mainly referred to the safe automatic device at that time. Because the relay protection function not only is restricted in the excision breakdown part and the limit accident affects the scope (this is most important task), but also must guarantee the entire system the security stable movement. This requests each protection unit all to be able to share the entire system the movement and the breakdown information data, each protection unit and the superposition brake gear in analyze this information and in the data foundation the synchronized action, guarantees the system the security stable movement. Obviously, realizes this kind of system protection basic condition is joins the entire system each main equipment protective device with the computer network, that is realization microcomputer protective device networked. This under the current engineering factor is completely possible.
Regarding the general non- system protection, the realization protective device computer networking also has the very big advantage. The relay protection equipment can obtain system failure information more, then to the breakdown nature, the breakdown position judgment and the breakdown distance examination is more accurate. Passed through the very long time to the auto-adapted protection principle research, also has yielded the certain result, but must realize truly protects to the system movement way and the malfunction auto-adapted, must obtain the more systems movement and the breakdown information, only then realization protection computer networked, can achieve this point.
Regarding certain protective device realization computer networking also can enhance the protection the reliability. The Tianjin University in 1993 proposed in view of the future Three Gorges hydroelectric power station 500kv ultrahigh voltage multi-return routes generatrix one kind of distributional generatrix protection principle, developed successfully this kind of equipment initially. Its principle is disperses the traditional central generatrix protection certain (with to protect generatrix to return way to be same) the generatrix protection unit, the dispersible attire is located in on various return routes protection screen, each protection unit
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joins with the computer network, each protection unit only inputs this return route the amperage, after transforms it the digital quantity, transmits through the computer network for other all return routes protection unit, each protection unit acts according to this return route the amperage and other all return routes amperage which obtains from the computer network, carries on the generatrix differential motion protection the computation, if the computed result proof is the generatrix interior breakdown then only jumps the book size return route circuit breaker, Breakdown generatrix isolation. When generatrix area breakdown, each protection unit all calculates for exterior breakdown does not act. This kind the distributional generatrix protection principle which realizes with the computer network has the high reliability compared to the traditional central generatrix protection principle. Because if a protection unit receives the disturbance or the miscalculation when moves by mistake, only can wrongly jump the book size return route, cannot create causes the generatrix entire the malignant accident which excises, this regarding looks like the Three Gorges power plant to have the ultrahigh voltage generatrix the system key position to be extremely important.
By above may know, microcomputer protective device may enhance the protection performance and the reliability greatly, this is the microcomputer protection development inevitable trend.
2.3 protections, control, survey, data communication integrations
In realization relay protection computerizing with under the condition, the protective device is in fact a high performance, the multi-purpose computer, is in an entire electrical power system computer network intelligent terminal. It may gain the electrical power system movement and breakdown any information and the data from the net, also may protect the part which obtains it any information and the data transfer for the network control center or no matter what a terminal. Therefore, each microcomputer protective device not only may complete the relay protection function, moreover in does not have in the breakdown normal operation situation also to be
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possible to complete the survey, the control, the data communication function that is realization protection, control, survey, data communication integration.
At present, in order to survey, the protection and the control need, outdoor transformer substation all equipment, like the transformer, the line and so on the secondary voltage, the electric current all must use the control cable to direct to . Lays the massive control cable not only must massively invest, moreover makes the secondary circuit to be extremely complex. But if the above protection, the control, the survey, the data communication integration computer installation, will install in outdoor transformer substation by the protection device nearby, by the protection device voltage, the amperage is changed into after this installment internal circulation the digital quantity, will deliver through the computer network, then might avoid the massive control cable. If takes the network with the optical fiber the transmission medium, but also may avoid the electromagnetic interference. Now the optical current transformer (OTA) and the optical voltage transformer (OTV) in the research trial stage, future inevitably obtained the application in the electrical power system. In uses OTA and in the OTV situation, the protective device should place is apart from OTA and the OTV recent place, that is should place by the protection device nearby. OTA and the OTV light signal inputs after this integration installment in and transforms the electrical signal, on the one hand serves as the protection the computation judgment; On the other hand took the survey quantity, delivers through the network. May to deliver from through the network by the protection device operation control command this integrated installment, carries out the circuit breaker operation from this the integrated installment. In 1992 the Tianjin University proposed the protection, the control, the survey, the correspondence integration question, and has developed take the tms320c25 digital signal processor (DSP) as a foundation protection, the control, the survey, the data communication integration installment.
2.4 intellectualizations
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In recent years, the artificial intelligence technology like nerve network, the genetic algorithms, the evolution plan, the fuzzy logic and so on all obtained the application in electrical power system each domain, also started in the relay protection domain application research. The nerve network is one non-linear mapping method, very many lists the complex non-linear problem with difficulty which the equation or solves with difficulty, the application nerve network side principle may be easily solved. For example exhibits in the situation in the transmission line two sides systems electric potential angle to occur after the transition resistance short-circuits is a non-linear problem, very difficult correctly to make the breakdown position from the protection the distinction, thus creates moves by mistake or resists to move; If thinks after the network method, passes through the massive breakdowns sample training, so long as the sample centralism has fully considered each kind of situation, then in breaks down time any all may correctly distinguish. Other likes genetic algorithms, the evolution plan and so on also all has its unique solution complex question the ability. May cause the solution speed these artificial intelligence method suitable unions to be quicker? The Tianjin University carries on the nerve network type relay protection from 1996 the research, has yielded the preliminary result. May foresee, the artificial intelligence technology must be able to obtain the application in the relay protection domain, by solves the problem which solves with difficulty with the conventional method.
3 conclusions
Since the founding of China's electric power system protection technology has undergone four times. With the rapid development of power systems and computer technology, communications technology, relay technology faces the further development of the trend. Domestic and international trends in the development of protection technologies: computerization, networking, protection, control, measurement, data communications integration and artificial intelligence, which made protection workers difficult task, but also opened up the activities of vast.
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手机电路图中英文对照 手机电路图中英文对照 A A 模拟 AB 地址总线ACCESSORIES 配件ADC 模拟到数字的转换ADDRESS BUS 地址总线 AFC 自动频率控制 AFPCB 音频电路板 AGC 自动增益控制 AGND 模拟地 ALARM 告警 ALERT 振铃 ALRT 铃声电路 ALRT-VCC 振铃器电源 ANTSW 天线开关 AOC-DRIVE 自动功率控制驱动AUDIO 音频 AUX 辅助 AVCC 音频供电 APC 音频处理芯片GSM-LNA275 900MHz低噪声放大器电压（） GSM-PINDIODE 功率放大器输出到匹配电路的切换控制信号 GSM-SEL 频段切换控制信号之一（900 MHz） G-TX-VCO 900MHz发射压控振荡器 H Hex 十六进制 Hamonic Filter 谐波滤波器 HAND SET 手持机 HARDWARE 硬件 HOOK 外接免提计算机 HEAD-INT 头戴耳机控制 I Insert Card 插入卡 Initial 初始化 IMSI 国际移动用户识别码 IWF 各种业务功能接口 I/O 输入/输出 ICTRL 供电电流大小控制 IFLO 中频本振 INFRARED RAY 红外线 INT 中断 K KEYBOARD 键盘 KEY 键、键控 KHz 千赫兹 KBC 按键列地址线 L
ANT 天线 AUC 鉴权中心 A/D 模拟/数字转换AUTO 自动 A/L 音频/逻辑板ACCESS 接入 APC 自动功率控制 B BIT 比特 BURST 突发脉冲串BCCH 广播信道 BW 带宽 BUSY 忙 BUS 总线BARRING 限制 BCD 二/十进制码BPF 带通滤波器Block Digram 方框图Backlight 背光LPF 低通滤波器 LCD 液晶显示器 LCD DATA 显示屏数据 LCD EN 显示屏使能 LCD WR 显示屏写入 LINE 连接线、线路 LO 本振 LOCK 锁定 LOGIC 逻辑 LOOP FLITER 环路滤波器 LSPCTRL 扬声器控制 M MIN 移动用户电话识别码 MSN 机械序列号 MIC 拾音器 MS 移动台 MODEM 调制解调器 MENU 菜单 MOD Freq 调制频率 MCLK 主时锺 MDM 调制解调器 MEMORY 存储器 MISO 主机输入从机输出（摩托罗拉）Mixed Second 第二混频 MOBILE 移动 MOD 调制 MODIN 调制I信号负 MODIP 调制I信号正 MODQN 调制Q信号负 MODQP 调制Q信号正 MOSI 主机输出从机输入 MPU 主处理单元（中央处理器）MUC 主控制单元
中文参考文献格式 参考文献（即引文出处）的类型以单字母方式标识： M——专著，C——论文集，N——报纸文章，J——期刊文章，D——学位论文，R——报告，S——标准，P——专利；对于不属于上述的文献类型，采用字母“Z”标识。 参考文献一律置于文末。其格式为： （一）专著 示例 [1] 张志建.严复思想研究[M]. 桂林：广西师范大学出版社，1989. [2] 马克思恩格斯全集：第1卷[M]. 北京：人民出版社，1956. [3] [英]蔼理士.性心理学[M]. 潘光旦译注.北京：商务印书馆，1997. （二）论文集 示例 [1] 伍蠡甫.西方文论选[C]. 上海：上海译文出版社，1979. [2] 别林斯基.论俄国中篇小说和果戈里君的中篇小说[A]. 伍蠡甫.西方文论选：下册[C]. 上海：上海译文出版社，1979. 凡引专著的页码，加圆括号置于文中序号之后。 （三）报纸文章 示例 [1] 李大伦.经济全球化的重要性[N]. 光明日报，1998-12-27，（3） （四）期刊文章 示例 [1] 郭英德.元明文学史观散论[J]. 北京师范大学学报（社会科学版），1995（3）. （五）学位论文 示例 [1] 刘伟.汉字不同视觉识别方式的理论和实证研究[D]. 北京：北京师范大学心理系，1998. （六）报告 示例 [1] 白秀水，刘敢，任保平. 西安金融、人才、技术三大要素市场培育与发展研究[R]. 西安：陕西师范大学西北经济发展研究中心，1998. （七）、对论文正文中某一特定内容的进一步解释或补充说明性的注释，置于本页地脚，前面用圈码标识。 参考文献的类型 根据GB3469-83《文献类型与文献载体代码》规定，以单字母标识： M——专著（含古籍中的史、志论著） C——论文集 N——报纸文章 J——期刊文章 D——学位论文 R——研究报告 S——标准 P——专利 A——专著、论文集中的析出文献 Z——其他未说明的文献类型 电子文献类型以双字母作为标识： DB——数据库 CP——计算机程序 EB——电子公告
英文论文APA格式 英文论文一些格式要求与国内期刊有所不同。从学术的角度讲，它更加严谨和科学，并且方便电子系统检索和存档。 版面格式
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品质管理 (be) qualfied, up to grade 合格 模具正式投産前確認 3B 5M Man/Machine/Material/Method/Measurement 人力/ 機器/ 材料/ 方法/ 量測 5S整理/ 整頓/ 清掃/ 清潔/ 教養 5WIH When/Where/Who/What/Why/How to 何時/ 何地/ 誰/ 何事/ 為什麼/ 怎麼做7QCTools7 Quality Controls Tools 品管七大手法 8 disciplines 8項回復內容 abnormal handling 異常處理 ACC Accept 允收 acceptance = receive 驗收 ADM Absolute Dimension Measurement全尺寸測量 AIR Artical Inspection report AOD Accept On Deviation 特采 AOQ Average Output Quality平均出廠品質 AOQL Average Output Quality Level 平均出廠品質水準 APP Approve 核准,認可,承認 AQL Acceptable Quality Level 允收品質水準 AR Averary Range全距平均值
Bending 軟體導入 C=0 Critical=0 極嚴重不允許 CAR Corrective action request 改正行動要求改正報告 CP capability index 製造能力指數 CPK capability index of process 模具制程能力參數 CR Critical 極嚴重的 defective product/non-good parts 不良品 defective products 不良品 DFR Defect Failure Rate NG Not Good 不良,不合格 No.Number 數(號) OOBA out of box audit 開箱檢查 OQA output quality assurance 出貨品質保證 OQC output quality control 最終出貨品管 ORT On going Reliability Qualit P/O Waive Purchase Order Waive Packing 包裝 PDCA Plan/ Do /Check /Action 計劃/ 執行/ 檢查/ 總結POC passage quality control 段檢人員
1 Directional protection 方向保护 2 Distance protection 距离保护 3 Over current protection 过流保护 4 Pilot protection 高频保护 5 Differential protection 差动保护 6 Rotor earth-fault protection 转子接地保护 7 Stator earth-fault protection 定子接地保护 8 Over fluxing protection 过励磁保护 9 Back-up protection 后备保护 11 Sequential tripping 顺序跳闸 12 Start up/Pick up 起动 13 Breaker 断路器 14 Disconnecting switch 隔离开关 15 Current transformer 电流互感器 16 Potential transformer 电压互感器
17 Dead zone/Blind spot 死区 18 Vibration/Oscillation 振荡 19 Reliability 可靠性 20 Sensitivity 灵敏性 21 Speed 速动性 22 Selectivity 选择性 23 Step-type distance relay 分段距离继电器 24 Time delay 延时 25 Escapement/interlock/blocking 闭锁 26 Incorrect tripping 误动 27 Phase to phase fault 相间故障 28 Earth fault 接地故障 29 Through- fault 穿越故障 30 Permanent fault 永久性故障 31 Temporary fault
超详细中英文论文参考文献标准格式 1、参考文献和注释。按论文中所引用文献或注释编号的顺序列在论文正文之后，参考文献之前。图表或数据必须注明来源和出处。 （参考文献是期刊时，书写格式为： [编号]、作者、文章题目、期刊名（外文可缩写）、年份、卷号、期数、页码。参考文献是图书时，书写格式为： [编号]、作者、书名、出版单位、年份、版次、页码。） 2、附录。包括放在正文内过份冗长的公式推导，以备他人阅读方便所需的辅助性数学工具、重复性数据图表、论文使用的符号意义、单位缩写、程序全文及有关说明等。 参考文献（即引文出处）的类型以单字母方式标识，具体如下： [M]--专著,著作 [C]--论文集(一般指会议发表的论文续集，及一些专题论文集，如《***大学研究生学术论文集》[N]-- 报纸文章 [J]--期刊文章：发表在期刊上的论文，尽管有时我们看到的是从网上下载的（如知网），但它也是发表在期刊上的，你看到的电子期刊仅是其电子版 [D]--学位论文：不区分硕士还是博士论文 [R]--报告：一般在标题中会有"关于****的报告"字样 [S]-- 标准 [P]--专利 [A]--文章：很少用，主要是不属于以上类型的文章 [Z]--对于不属于上述的文献类型，可用字母"Z"标识，但这种情况非常少见 常用的电子文献及载体类型标识： [DB/OL] --联机网上数据(database online) [DB/MT] --磁带数据库(database on magnetic tape) [M/CD] --光盘图书(monograph on CDROM) [CP/DK] --磁盘软件(computer program on disk) [J/OL] --网上期刊(serial online) [EB/OL] --网上电子公告(electronic bulletin board online) 很显然，标识的就是该资源的英文缩写，/前面表示类型，/后面表示资源的载体，如OL表示在线资源 二、参考文献的格式及举例 1．期刊类 【格式】[序号]作者.篇名[J].刊名,出版年份,卷号(期号)起止页码. 【举例】 [1] 周融，任志国，杨尚雷，厉星星.对新形势下毕业设计管理工作的思考与实践[J].电气电子教学学报，2003(6):107-109. [2] 夏鲁惠.高等学校毕业设计(论文)教学情况调研报告[J].高等理科教育,2004(1):46-52. [3] Heider, E.R.& D.C.Oliver. The structure of color space in naming and memory of two languages [J]. Foreign Language Teaching and Research, 1999, (3): 62 67. 2．专著类
贯彻落实科学发展观大力发展节能与绿色建筑 （2005年2月23日） 中华人民共和国建设部 节能建筑是按节能设计标准进行设计和建造、使其在使用过程中降低能耗的建筑。 绿色建筑是指为人们提供健康、舒适、安全的居住、工作和活动的空间，同时在建筑全生命周期（物料生产，建筑规划、设计、施工、运营维护及拆除过程）中实现高效率地利用资源（能源、土地、水资源、材料）、最低限度地影响环境的建筑物。绿色建筑也有人称之为生态建筑、可持续建筑。 一、发展节能与绿色建筑的重要意义 建筑作为人工环境，是满足人类物质和精神生活需要的重要组成部分。然而，人类对感官享受的过度追求，以及不加节制的开发与建设，使现代建筑不仅疏离了人与自然的天然联系和交流，也给环境和资源带来了沉重的负担。据统计，人类从自然界所获得的50％以上的物质原料用来建造各类建筑及其附属设施，这些建筑在建造与使用过程中又消耗了全球能源的50％左右；在环境总体污染中，与建筑有关的空气污染、光污染、电磁污染等就占了34％；建筑垃圾则占人类活动产生垃圾总量的40％；在发展中国家，剧增的建筑量还造成侵占土地、破坏生态环境等现象日益严重。中国正处于工业化和城镇化快速发展阶段，要在未来15年保持GDP年均增长7％以上，将面临巨大的资源约束瓶颈和环境恶化压力。严峻的事实告诉我们，中国要走可持续发展道路，发展节能与绿色建筑刻不容缓。 绿色建筑通过科学的整体设计，集成绿色配置、自然通风、自然采光、低能耗围护结构、新能源利用、中水回用、绿色建材和智能控制等高新技术，具有选址规划合理、资源利用高效循环、节能措施综合有效、建筑环境健康舒适、废物排放减量无害、建筑功能灵活适宜等六大特点。它不仅可以满足人们的生理和心理需求，而且能源和资源的消耗最为经济合理，对环境的影响最小。 胡锦涛同志指出：要大力发展节能省地型住宅，全面推广节能技术，制定并强制执行节能、节材、节水标准，按照减量化、再利用、资源化的原则，搞好资源综合利用，实现经济社会的可持续发展。温家宝和曾培炎同志也多次指出，建筑节能不仅是经济问题，而且是重要的战略问题。 发展节能与绿色建筑是建设领域贯彻“三个代表”重要思想和十六大精神，认真落实以人为本，全面、协调、可持续的科学发展观，统筹经济社会发展、人与
英文缩写对照表 英文缩写英文全称中文全称 AGC Automatic Generation Control 自动发电控制 AVC Automatic Voltage Control 自动电压控制 BIPV Building Integrated Photovoltaic 光伏建筑一体化 CIM Common Information Model 公共信息模型 CMS Customer Management System 客户管理系统 CSR Controlled Shunt Reactor 可控并联电抗器 DCS Distributed Control System 分散控制系统 DSCADA Distribution Supervisory Control And Data Acquisition 配电监控系统DWDM Dense Wavelength Division Multiplexing 光通信集成式密集波分复用EENS Expected Energy Not Serve 电量不足期望值 EMS Energy Management System 能量管理系统 ERP Enterprise Resource Planning 企业资源规划 FA Feeder Automation 馈线自动化 FACTS Flexible AC Transmission Systems 柔性交流输电系统 FCB Fast Cut Back 机组快速切负荷 FCL Fault Current Limiter 故障电流限制器 GDP Gross Domestic Product 国民生产总值 GIS Gas Insulated Switchgear 气体绝缘开关 GIS Geographic Information System 地理信息系统 IEC International Electro-technical Commission 国际电工委员会 IEEE Institute of Electrical and Electronic Engineers 电气电子工程师协会IGBT Insulated Gate Bipolar Transistor 绝缘栅双级型功率管 IP Internet Protocol 互联网协议 IPTV Internet Protocol Television 网络电视 LCAM Life Cycle Asset Manager 资产全寿命周期管理 LLS Lightning Location System 雷电定位系统 MPLS Multiple Protocol Label Switch 多协议标签协议 Ofgem Office of Gas and Electricity Markets 天燃气与电力市场办公室 OMS Outage Manamgement System 故障管理系统 PFTTH Power Fiber To The Home 电力光纤到户 PLC Power line Communication 电力线通信 PMS Production Management System 生产管理系统 PMU Phasor Measurement Unit 相量测量单元 PSS Power System Stablizer 电力系统稳定器 RTU Remote Terminal Unit 远程终端单元 SCADA Supervisory Control And Data Acquisition 数据采集与监视控制系统SDH Synchronous Digital Hierarchy 同步数字系列 SOA Service-Oriented Architecture 面向服务框架 SSSC Static Synchronous Series Compensator 静止同步串联补偿器STATCOM Static Synchronous Compensator 静止同步补偿器 SVC Static Var Compensator 静止无功补偿器
中英文参考文献格式! (細節也很重要啊。。）来源：李菲玥的日志 规范的参考文献格式 一、参考文献的类型 参考文献（即引文出处）的类型以单字母方式标识，具体如下： M——专著C——论文集N——报纸文章J——期刊文章 D——学位论文R——报告S——标准P——专利 A——文章 对于不属于上述的文献类型，采用字母“Z”标识。 常用的电子文献及载体类型标识： ［ＤＢ/OL］——联机网上数据(database online) ［DB/MT］——磁带数据库(database on magnetic tape) ［Ｍ/CD］——光盘图书(monograph on CD ROM) ［ＣＰ／DK］——磁盘软件(computer program on disk) ［Ｊ／ＯＬ］——网上期刊(serial online) ［ＥＢ/OL］——网上电子公告(electronic bulletin board online) 对于英文参考文献，还应注意以下两点： ①作者姓名采用“姓在前名在后”原则，具体格式是：姓，名字的首字母. 如：Malcolm R ichard Cowley 应为：Cowley, M.R.，如果有两位作者，第一位作者方式不变，&之后第二位作者名字的首字母放在前面，姓放在后面，如：Frank Norris 与Irving Gordon应为：Norri s, F. & I.Gordon.； ②书名、报刊名使用斜体字，如：Mastering English Literature，English Weekly。二、参考文献的格式及举例 1．期刊类 【格式】[序号]作者.篇名[J].刊名，出版年份，卷号（期号）：起止页码. 【举例】 [1] 周融，任志国，杨尚雷，厉星星.对新形势下毕业设计管理工作的思考与实践[J].电气电子教学学报，2003(6)：107-109.
动脉粥样硬化所导致的心脑血管疾病是目前发病率和死亡率较高的疾病之一。在动脉粥样硬化的形成过程中, 内皮细胞病变是其中极其重要的因素，最显著的变化是动脉内皮功能紊乱, 血管内皮细胞的损伤和功能改变是动脉粥样硬化发生的起始阶段。 Cardiovascular and cerebrovascular disease caused by atherosclerosis is one of diseases with higher mortality and morbidity at present . In the formation of atherosclerosis, the endothelial cell lesion is one of the most important factors, in which, the most significant change is endothelial dysfunction. In addition, the injuries and the changes of vascular endothelial cells are the initial factors of atherosclerosis. 许多因素会导致血管内皮细胞受损, 主要包括脂多糖(Lipopolysaccharides , LPS)、炎症介质、氧自由基等。其中脂多糖因其广泛的生物学作用, 越来越引起研究者的关注。LPS 是一种炎症刺激物, 是革兰阴性杆菌细胞壁的主要组成成分，其通过刺激血管内皮细胞，引起其相关细胞因子和炎性因子的表达紊乱，尤其是Ca2+ 和活性氧簇(Reactive Oxygen Species , ROS的合成和释放发生改变诱导细胞氧化应激内环境紊乱。大量研究表明, LPS 直接参与动脉粥样硬化的形成过程, 特别是动脉粥样硬化血管炎症的初始阶段, LPS可通过直接作用或间接影响的方式激活并损伤内皮细胞，从而引 起血管内皮细胞形态与功能的改变。 Many factors induce vascular endothelial cell damage, including lipopolysaccharides (LPS), inflammatory mediators and oxygen free
模数转换 地址线 音频 自动频率控制控制基准频率时钟电路在手机电路中只要看到字样则马上可以断定该信号线所控制地是主时钟电路该信号不正常则可能导致手机不能进入服务状态严重地导致手机不开机有些手机地标注为文档收集自网络，仅用于个人学习 自动增益控制该信号通常出现在接收机电路地低噪声放大器被用来控制接收机前端放大器在不同强度信号时给后级电路提供一个比较稳定地信号文档收集自网络，仅用于个人学习告警属于接收音频电路被用来提示用户有电话进入或操作错误 铃声电路 放大器 先进地移动电话系统 天线用来将高频电磁波转化为高频电流或将高频信号电流转化为高频电磁波在电路原理图中找到就可以很方便地找到天线及天线电路文档收集自网络，仅用于个人学习 天线开关控制信号 自动频率控制通常出现在手机发射机地功率放大器部分(摩托罗拉手机比较常用) 自动功率控制参考电平 专用应用集成电路在手机电路中.它通常包含多个功能电路提供许多接口主要完成手机地各种控制文档收集自网络，仅用于个人学习 鉴权中心 音频 辅助 音频供电 背光 平衡不平衡转换 频段 频段选择只出现在双频手机或三频手机电路中该信号控制手机地频段切换 基带信号 电源 电池电压 广播信道 接收数据信号 发射数据信号 背景灯控制 偏压常出现在诺基亚手机电路中被用来控制功率放大器或其他相应地电路 屏蔽罩 发光 基站 基站控制器 频段切换 基站收发器 电池尺寸在诺基亚地许多手机中若该信号不正常会导致手机不开机 缓冲放大器常出现在电路地输出端 通信总线
蜂鸣器出现在铃声电路 带宽 卡 码分多址多址接人技术一种通信系统容量比更大其微蜂窝更小手机所需地电源消耗更小所以手机待机时间更长文档收集自网络，仅用于个人学习 小区 蜂窝 信道 检查 充电正电源 充电电源负端 时钟出现在不同地方起地作用不同若在逻辑电路则它与手机地开机有很大地关系在卡电路则可能导致卡故障文档收集自网络，仅用于个人学习 复制 金属氧化半导体 编译码器主要出现在手机地音频编译码电路 列地址线出现在手机地按键电路 串口 连接器 联系服务商 代码 耦合 覆盖 表示鉴相器地输出端 控制信号输出 发射控制输出端 中央处理器在手机地逻辑电路完成手机地多种控制 晶振 片选 数模转换 数据 数据总线 外接电源输入 直流接通 数字通信系统工作频段在频段该系统地使用频率比更高也是数字通信系统地一种它是地衍生物地很多技术与一样文档收集自网络，仅用于个人学习 频段选择信号 功率放大器输出地信号 射频接收信号 调解 检测 数字址 数字 二极管
英文引用及参考文献格式要求 一、参考文献的类型 参考文献（即引文出处）的类型以单字母方式标识，具体如下： M——专著C——论文集N——报纸文章 J——期刊文章D——学位论文R——报告 对于不属于上述的文献类型，采用字母“Z”标识。 对于英文参考文献，还应注意以下两点： ①作者姓名采用“姓在前名在后”原则，具体格式是：姓，名字的首字母.如：MalcolmRichardCowley应为：Cowley,M.R.，如果有两位作者，第一位作者方式不变，&之后第二位作者名字的首字母放在前面，姓放在后面，如：FrankNorris与IrvingGordon应为：Norris,F.&I.Gordon.； ②书名、报刊名使用斜体字，如：MasteringEnglishLiterature，EnglishWeekly。 二、参考文献的格式及举例 1.期刊类 【格式】[序号]作者.篇名[J].刊名，出版年份，卷号（期号）：起止页码. 【举例】 [1]王海粟.浅议会计信息披露模式[J].财政研究，2004,21(1)：56-58. [2]夏鲁惠.高等学校毕业论文教学情况调研报告[J].高等理科教育，2004(1):46-52. [3]Heider,E.R.&D.C.Oliver.Thestructureofcolorspaceinnamingandmemo ryoftwolanguages[J].ForeignLanguageTeachingandResearch,1999,(3):62–6 7. 2.专著类 【格式】[序号]作者.书名[M].出版地：出版社，出版年份：起止页码. 【举例】[4]葛家澍，林志军.现代西方财务会计理论[M].厦门：厦门大学出版社，2001：42. [5]Gill,R.MasteringEnglishLiterature[M].London:Macmillan,1985:42-45. 3.报纸类 【格式】[序号]作者.篇名[N].报纸名，出版日期（版次）. 【举例】 [6]李大伦.经济全球化的重要性[N].光明日报，1998-12-27(3). [7]French,W.BetweenSilences:AVoicefromChina[N].AtlanticWeekly,198 715(33). 4.论文集 【格式】[序号]作者.篇名[C].出版地：出版者，出版年份：起始页码. 【举例】 [8]伍蠡甫.西方文论选[C].上海：上海译文出版社，1979：12-17. [9]Spivak,G.“CantheSubalternSpeak?”[A].InC.Nelson&L.Grossberg(e ds.).VictoryinLimbo:Imigism[C].Urbana:UniversityofIllinoisPress,1988, pp.271-313.
(文档含英文原文和中文翻译) 中英文翻译 平面设计 任何时期平面设计可以参照一些艺术和专业学科侧重于视觉传达和介绍。采用多种方式相结合，创造和符号，图像和语句创建一个代表性的想法和信息。平面设计师可以使用印刷，视觉艺术和排版技术产生的最终结果。平面设计常常提到的进程，其中沟通是创造和产品设计。 共同使用的平面设计包括杂志，广告，产品包装和网页设计。例如，可能包括产品包装的标志或其他艺术作品，举办文字和纯粹的设计元素，如形状和颜色统一件。组成的一个最重要的特点，尤其是平面设计在使用前现有材料或不同的元素。 平面设计涵盖了人类历史上诸多领域，在此漫长的历史和在相对最近爆炸视觉传达中的第20和21世纪，人们有时是模糊的区别和重叠的广告艺术，平面设计和美术。毕竟，他们有着许多相同的内容，理论，原则，做法和语言，有时同样的客人或客户。广告艺术的最终目标是出售的商品和服务。在平面
设计，“其实质是使以信息，形成以思想，言论和感觉的经验”。 在唐朝（ 618-906 ）之间的第4和第7世纪的木块被切断打印纺织品和后重现佛典。阿藏印在868是已知最早的印刷书籍。 在19世纪后期欧洲，尤其是在英国，平面设计开始以独立的运动从美术中分离出来。蒙德里安称为父亲的图形设计。他是一个很好的艺术家，但是他在现代广告中利用现代电网系统在广告、印刷和网络布局网格。 于1849年，在大不列颠亨利科尔成为的主要力量之一在设计教育界，该国政府通告设计在杂志设计和制造的重要性。他组织了大型的展览作为庆祝现代工业技术和维多利亚式的设计。 从1892年至1896年威廉?莫里斯凯尔姆斯科特出版社出版的书籍的一些最重要的平面设计产品和工艺美术运动，并提出了一个非常赚钱的商机就是出版伟大文本论的图书并以高价出售给富人。莫里斯证明了市场的存在使平面设计在他们自己拥有的权利，并帮助开拓者从生产和美术分离设计。这历史相对论是，然而，重要的，因为它为第一次重大的反应对于十九世纪的陈旧的平面设计。莫里斯的工作，以及与其他私营新闻运动，直接影响新艺术风格和间接负责20世纪初非专业性平面设计的事态发展。 谁创造了最初的“平面设计”似乎存在争议。这被归因于英国的设计师和大学教授Richard Guyatt，但另一消息来源于20世纪初美国图书设计师William Addison Dwiggins。 伦敦地铁的标志设计是爱德华约翰斯顿于1916年设计的一个经典的现代而且使用了系统字体设计。 在20世纪20年代，苏联的建构主义应用于“智能生产”在不同领域的生产。个性化的运动艺术在俄罗斯大革命是没有价值的，从而走向以创造物体的功利为目的。他们设计的建筑、剧院集、海报、面料、服装、家具、徽标、菜单等。 Jan Tschichold 在他的1928年书中编纂了新的现代印刷原则，他后来否认他在这本书的法西斯主义哲学主张，但它仍然是非常有影响力。 Tschichold ，包豪斯印刷专家如赫伯特拜耳和拉斯洛莫霍伊一纳吉，和El Lissitzky 是平面设计之父都被我们今天所知。 他们首创的生产技术和文体设备，主要用于整个二十世纪。随后的几年看到平面设计在现代风格获得广泛的接受和应用。第二次世界大战结束后，美国经济的建立更需要平面设计，主要是广告和包装等。移居国外的德国包豪斯设计学院于1937年到芝加哥带来了“大规模生产”极简到美国;引发野火的“现代”建筑和设计。值得注意的名称世纪中叶现代设计包括阿德里安Frutiger ，设计师和Frutiger字体大学;保兰德，从20世纪30年代后期，直到他去世于1996年，采取的原则和适用包豪斯他们受欢迎的广告和标志设计，帮助创造一个独特的办法，美国的欧洲简约而成为一个主要的先驱。平面设计称为企业形象;约瑟夫米勒，罗克曼，设计的海报严重尚未获取1950年代和1960年代时代典型。 从道路标志到技术图表，从备忘录到参考手册，增强了平面设计的知识转让。可读性增强了文字的视觉效果。 设计还可以通过理念或有效的视觉传播帮助销售产品。将它应用到产品和公司识别系统的要素像标志、颜色和文字。连同这些被定义为品牌。品牌已日益成为重要的提供的服务范围，许多平面设计师，企业形象和条件往往是同时交替使用。
缩写英文对照中文术语 8D 8 Disciplines Of Solving Problem 解决问题8步法 AC./RE. Acceptable / Rejective 允收/拒收 AQL Acceptable Quallity Level 允收水准 ABB Activity-Based Budgeting 实施作业制预算制度 ABC Activity-Based Costing 作业制成本制度 ABM Activity-Based Mangement 作业制成本管理 APS Advanced Planning And Scheduling 应用程式服务供应商APQP Advanced Product Quality Planning 先期产品品质规划ANOVA Analysis Of Variance 方差分析 AAR Appearance Approval Report 外观承认报告 AC Appraisal Cost 鉴定成本 ASL Approved Suplier List 合格供应商清单 AVL Approved Vendor List 认可的供应商清单 ATP Available To Promise 可承诺量 BSC Balanced Score Card 平衡记分卡
BOM Bill Of Material 材料明细 BTF Build To Forecarst 计划生产 BTO Build To Order 订单生产 BPR Business Process Reengineering 企业流程再造 CPK Capability Of Process 修正过程能力指数 Ca. Capability Of Accuraty 精确度指数 Cp. Capability Of Precesion 精密度指数 CRP Capacity Requirement Planning 产能需求规划 C. OF C. Certificate Of Compliance （质量）承诺证明书CEO Chief Excutive Officer 执行总裁 CQC Companywide Quality Control 全公司范围的品质管理CPM Complaint Per Illion 每百万报怨次 CAD Computer Aided Design 计算机辅助设计 CTO Configuration To Order 客制化生产 CRC Contract Review Committee 合同评审委员会 CIF Cost Inusance And Freight 到岸价格
abrasion-Proof component of burner 燃烧器耐磨件arm-brace 撑脚 ash conditoner 调灰器 basket removal panel 元件盒检修护板 BDV blow down valve 疏水阀，排污阀 blind 堵板 blind flange 法兰堵板/盲板法兰（盖calling 催交 campell diagram 叶片埃贝尔曲线 dado 墙裙 daily service fuel tank level switch 日用油缸液位掣 damage 损毁 damper 挡板 damper linkage 风闸联动装置 damper motor 风闸马达 damping mat 阻尼垫 dangerous earth potential 危险性对地电势dashpot 减震器 data transmission 数据传输 DC/AC converter 直流电／交流电转换器dead 不带电 dead weight 自重 decanter 沉淀分取器 declaration of conformity 符合标准声明decommissioning 解除运作；停止运作decompression chamber 减压室 decorative lighting 装饰照明；灯饰 deep bore well pump 深钻井泵 defect liability period 故障修理责任期；保用期 defectograph 钢缆探伤仪；故障检查仪defence in depth 纵深防御 definite sequence 固定次序 deflection 偏转；挠度 deflector sheave 折向轮；导向轮 defrost timer 防霜时间掣defrost unit 溶雪组合 dehumidifier 抽湿机 deleterious substance 有害物质 delivery and return air temperature 送风及回风温度 delivery connection 出油接头 delivery pressure 输出压力 demand side management 用电需求管理demand side management agreement 用电需求管理协议 demand side management programme 用电需求管理计划 dent 凹痕 dental instrument 牙科仪器 dental scaler 洗牙具 Departmental Administration Division [Electrical and Mechanical Services Department] 行政部〔机电工程署〕Departmental Safety Unit [Electrical and Mechanical Services Department] 部门安全组〔机电工程署〕 deposition 沉积物 depth measuring facility 深度测量装置derating factor 额定值降低因子 derust 除锈 descale 清除氧化皮 design current 设计电流 design parameter 设计参数 designated employee 指定雇员 detachable grip 可拆除的夹扣 Details of Branch Offices of Registered Electrical Contractors 注册电业承办商分行详情申报 deterioration 变质；变坏 Deutsche Industrie Normen [DIN] 德国工业标准 device 器件；装置 dewatering 脱水；排水 diaphragm 膜片；隔板 dielectric strength test 电介质强度测试diesel fuel tank 柴油燃料缸 diesel oil 柴油 differential gasket 差速器衬垫differential lock 差速器锁
中英文对照翻译 (文档含英文原文和中文翻译) Policies for Development of Iron and Steel Industry The iron and steel industry is an important basic industry of the national economy, a supporting industry for realizing the industrialization and an intensive industry in technologies, capital, resources and energy, and its development requires a comprehensive balancing of all kinds of external conditions. China is a big developing country with a comparatively big demand of iron and steel in the economic development for a long time to go. China's production capacity of iron and steel has ranked the first place in the world for many years. However, there is a large gap in terms of the technological level and material consumption of the iron and steel industry compared with the international advanced level, so the focus of development for the future shall be put on technical upgrading and structural adjustment. In order to enhance the whole technical level of the iron and steel industry, promote the structural adjustment, improve the industrial layout, develop a recycling economy, lower the consumption of materials and energy, pay attention to the environmental protection, raise the comprehensive competitive capacity of enterprises, realize the industrial upgrading, and develop the iron and steel industry into an industry with