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英文资料及翻译

英文资料及翻译

SYSMAC CJ SeriesCJ1G/H-CPU□□H,CJ1M-CPU□□,CJ1G-CPUProgrammable ControllersOperation ManualRevised July 2002Application PrecautionsObserve the following precaution when using the PLC System.●You must use the CX-Programmer (programming software that runs on Windows)ifyou need to program more than one task. A Programming Console can be used to program only one cyclic task plus interrupt tasks.A Programming Console can, however, be used to edit multitask programs originally created with the CX-Programmer.!Warning Always heed these precautions, Failure to abide by the following △precautions could lead to serious or possibly fatal injury.●Always connect to a ground of 100Ωor less when installing the Units. Notconnecting to a ground of 100Ωor less may result in electric shock.●A ground of 100Ωor less must be installed when shorting the GR and LGterminals on the Power Unit.●Always turn OFF the power supply to the PLC before attempting any of thefollowing .Not turning OFF the power supply may result in malfunction or electric shock..●Mounting or dismounting Power Supply Units, CPU Units, or any other Units.●Assembling the Units.●Setting DIP switches or rotary witches.●Connecting cables or wiring the system.●Connecting or disconnecting the connectors.!Caution Failure to abide by the following precautions could lead to faulty operation △of the PLC or the system, or could damage the PLC or PLC Units. Always heed these precautions.●A CJ-series CPU Unit is shipped with the battery installed and the time alreadyset on the internal clock. It is not necessary to clear memory or set the clock before application, as it is for the CS-series CPU Units.●The user program and parameter area data in CJ1-H CPU Units is backed up in the CPU Unit when the backup operation is in progress. Do not turn OFF the power supply to the CPU Unit when the BKUP indicator is lit .The data will not be backed up if power is turned OFF.●If ,when using a CJ1H-CPU Unit ,the PLC Setup is set to specify using the mode set on the Programming Console and a Programming Console is not connected ,the CPU Unit will start in RUN mode .This is the default setting in the PLC Setup. ( A CS1 CPU Unit will start in PROGRAM mode under the same conditions .)●When creating an AUTOEXEC.IOM file from a Programming Device (a Programming Console or the CX-Programmer)to automatically transfer data at startup, set the first write address to D20000 and be sure that the size of data written does not exceed the size of the DM Area. When the data file is read from the Memory Card at startup, data will be written in the CPU Unit starting at D20000 even if another address was set when the AUTOEXEC.IOM file was created .Also, if the DM Area is exceeded(which is possible when the CX-Programmer is used),the remaining data will be written to the EM Area.●Always turn ON power to the PLC before turning ON power to the control system. If the PLC power supply is turned ON after the control power supply, temporary errors may result in control system signals because the output terminals on DC Output Units and other Units will momentarily turn ON when power is turned ON to the PLC.●Fail-safe measures must be taken by the customer to ensure safety in the event that outputs from Output Units remain ON as a result of internal circuit failures, which can occur in relays , transistors, and other elements.●Fail-safe measures must be taken by the customer to ensure safety in the event of incorrect , missing, or abnormal signals caused by broken signal lines, momentary power interruption, or other causes.●Interlock circuits, limit circuits, and similar safety measures in external circuits(i.e, not in the Programmable Controller)must be provided by the customer.●Do not turn OFF the power supply to the PLC when data is being transferred. Inparticular, do not turn OFF the power supply when reading or writing a Memory Card. Also, do not remove the Memory Card when the BUSY indicator is lit .To remove a Memory Card, first press the memory card power supply switch and then wait for the BUSY indicator to go out before removing the Memory Card.●If the I/O Hold Bit is turned ON, the output from the PLC will not be turnedOFF and will maintain their previous status when the PLC is switched from RUN or MONITOR mode to PROGRAM mode .Make sure that the external loads will not produce dangerous conditions when this occurs.(When operation stops for a fatal error ,including those produced with the FALS(007)instruction, all outputs from Output Unit will be turned OFF and onlu the internal output status will be maintained.)●The contents of the DM, EM and HR Areas in the CPU Unit are backed up bu aBattery.If the Battery voltage drops, this data may be lost. Provide countermeasures in the program using the Battery Error Flag (A40204) to re-initialize data or take other actions if the Battery voltage drops.SYSMAC CJ 系列CJ1G/H-CPU□□H,CJ1G-CPU□□可编程序控制器操作手册2002年7月修订应用注意事项使用PC系统时要遵循下列各注意事项。

最新英语短文中英文翻译资料

最新英语短文中英文翻译资料

1.Today my friend and I are taking a walk.suddenly, we are seeing a boy sit on the chair,he is crying,we go and ask him.“what’s the matter with you” he tell us“I can’t find my dog can you help me”.“yes,I can”.And we help him find his dong .oh it stay underthe big tree!今天我和我的朋友一起去散步。

今天我和我的朋友一起去散步。

突然我们看见一个男孩坐在椅子上,突然我们看见一个男孩坐在椅子上,突然我们看见一个男孩坐在椅子上,他哭的很伤心。

他哭的很伤心。

我们走过去问他:“你怎么了”。

他告诉我们:“我的狗不见了,你们能帮我找到它吗”。

“是的,我们能帮你找到你的狗”然后我们帮助他找到了他的狗,原来是它呆在一棵大树下。

然后我们帮助他找到了他的狗,原来是它呆在一棵大树下。

2.One day an old man siselling a big elephant.A young man comes to the elephant and begins to look at it slowly.The old ma begins to look at it slowly.The old man goes up to him and says inhis ear,“Don't say n goes up to him and says inhis ear,“Don't sayanything about the elephant before I sell it,then i'll give you some money.”“All right,”says the young man.After the old man slles the elephant,he gives the young man some money and says,“Now,can you tell me how you find the bad ears of theelephant?”“I don't find the bad ears,”says the young man.“Then why do you look at the elephant slowly?”asks the old man.The young man answers,“Because I never see an elephant before,and I want to know what it looks like.”一天,一个老的男人正在卖一头大象。

单片机英文文献资料及翻译

单片机英文文献资料及翻译

单片机英文文献资料及翻译单片机(英文:Microcontroller)Microcontroller is a small computer on a single integrated circuit that contains a processor core, memory, and programmable input/output peripherals. Microcontrollers are designed for embedded applications, in contrast to the microprocessors used in personal computers or other general purpose applications.A microcontroller's processor core is typically a small, low-power computer dedicated to controlling the operation of the device in which it is embedded. It is often designed to provide efficient and reliable control of simple and repetitive tasks, such as switching on and off lights, or monitoring temperature or pressure sensors.MEMORYMicrocontrollers typically have a limited amount of memory, divided into program memory and data memory. The program memory is where the software that controls the device is stored, and is often a type of Read-Only Memory (ROM). The data memory, on the other hand, is used to store data that is used by the program, and is often volatile, meaning that it loses its contents when power is removed.INPUT/OUTPUTMicrocontrollers typically have a number of programmable input/output (I/O) pins that can be used to interface with external sensors, switches, actuators, and other devices. These pins can be programmed to perform specific functions,such as reading a sensor value, controlling a motor, or generating a signal. Many microcontrollers also support communication protocols like serial, parallel, and USB, allowing them to interface with other devices, including other microcontrollers, computers, and smartphones.APPLICATIONSMicrocontrollers are widely used in a variety of applications, including:- Home automation systems- Automotive electronics- Medical devices- Industrial control systems- Consumer electronics- RoboticsCONCLUSIONIn conclusion, microcontrollers are powerful and versatile devices that have become an essential component in many embedded systems. With their small size, low power consumption, and high level of integration, microcontrollers offer an effective and cost-efficient solution for controlling a wide range of devices and applications.。

万圣节的资料英文翻译

万圣节的资料英文翻译

万圣节的资料英文翻译One story about Jack, an Irishman, who was not allowed into Heaven because he was stingy with his money. So he was sent to hell. But down there he played tricks on the Devil (Satan), so he was kicked out of Hell and made to walk the earth forever carrying a lantern. Well, Irish children made Jack's lanterns on October 31st from a large potato or turnip, hollowed out with the sides having holes and lit by little candles inside. And Irish children would carry them as they went from house to house begging for food for the village Halloween festival that honored the Druid god Muck Olla. The Irish name for these lanterns was "Jack with the lantern" or "Jack of the lantern," abbreviated as " Jack-o'-lantern" and now spelled "jack-o-lantern." The traditional Halloween you can read about in most books was just children's fun night. Halloween celebrations would start in October in every elementary school. Children would make Halloween decorations, all kinds of orange-paper jack-o-lanterns. And from black paper you'd cut "scary" designs ---an evil witch with a pointed hat riding through the sky ona broomstick, maybe with black bats flying across the moon, and that meant bad luck. And of course black cats for more bad luck. Sometimes a black cat would ride away into the sky on the back of the witch's broom. And on Halloween night we'd dress up in Mom or Dad's old shoes and clothes, put on a mask, and be ready to go outside. The little kids (children younger than we were) had to go with their mothers, but we older ones went together to neighbors' houses, ringing their doorbell and yelling, "Trick or treat!" meaning, "Give us a treat (something to eat) or we'll play a trick on you!" The people inside were supposed to come to the door and comment on our costumes. Oh! here's a ghost. Oh, there's a witch. Oh, here's an old lady. Sometimes they would play along with us and pretend to be scared by some ghost or witch. But they would always have some candy and maybe an apple to put in our "trick or treat bags." But what if no one come to the door, or if someone chased us away? Then we'd play a trick on them, usually taking a piece of soap and make marks on their windows. .And afterwards we would go home and count who got themost candy. One popular teen-agers' Halloween trick was to unroll a roll of toilet paper and throw it high into a tree again and again until the tree was all wrapped in the white paper. The paper would often stay in the tree for weeks until a heavy snow or rain washed it off. No real harm done, but it made a big mess of both the tree and the yard under it. One kind of Halloween mischief.关于万圣节有如此一个故事。

英文简历必备-个人资料中英翻译

英文简历必备-个人资料中英翻译

个人资料name 姓名alias 别名pen name 笔名date of birth 出生日期birth date 出生日期born 出生于birth place 出生地点age 年龄native place 籍贯province 省city 市autonomous region 自治区prefecture 专区county 县nationality 民族,国籍citizenship 国籍duel citizenship 双重国籍address 地址current address 目前地址present address 目前地址permanent address 永久地址postal code 邮政编码home phone 住宅电话office phone 办公电话business phone 办公电话Tel.电话sex 性别male 男female 女height 身高weight 体重marital status 婚姻状况family status 家庭状况married 已婚single/unmarried 未婚divorced 离异separated 分居number of children 子女人数none 无street 街lane 胡同,巷road 路district 区house number 门牌health 健康状况health condition 健康状况blood type 血型short-sighted 近视far-sighted 远视color-blind 色盲ID card No.身份证号码date of availability 可到职时间available 可到职membership 会员,资格president 会长vice-president 副会长director 理事standing director 常务理事secretary general 秘书长society 学会association 协会research society 研究会教育程度education 学历educational background 教育程度educational history 学历curriculum 课程major 主修minor 副修educational highlights 课程重点部分curriculum included 课程包括specialized courses 专门课程courses taken 所学课程courses completed 所学课程special training 特别训练social practice 社会实践part-time jobs 业余工作summer jobs 暑期工作vacation jobs 假期工作refresher course 进修课程extracurricular activities 课外活动physical activities 体育活动recreational activities 娱乐活动academic activities 学术活动social activities 社会活动rewards 奖励scholarship 奖学金"Three Goods" student 三好学生excellent League member 优秀团员excellent leader 优秀干部student council 学生会off-job training 脱产培训in-job training 在职培训educational system 学制academic year 学年semester 学期(美)term 学期(英)president 校长vice-president 副校长dean 院长assistant dean 副院长academic dean 教务长department chairman 系主任professor 教授associate professor 副教授guest professor 客座教授lecturer 讲师teaching assistant助教research fellow 研究员research assistant 助理研究员supervisor 论文导师principal 中学校长(美)headmaster 中学校长(英)master 小学校长(美)dean of studies 教务长dean of students 教导主任dean of students 教导主任teacher 教师probation teacher 代课教师tutor 家庭教师governess 女家庭教师intelligence quotient 智商pass 及格fail 不及格marks 分数grades 分数scores 分数examination 考试grade 年级class 班级monitor 班长vice-monitor副班长commissary in charge of studies 学习委员commissary in charge of entertainment 文娱委员commissary in charge of sports 体育委员commissary in charge of physical labor 劳动委员Party branch secretary 党支部书记League branch secretary 团支部书记commissary in charge of organization 组织委员commissary in charge of publicity 宣传委员degree 学位post doctorate 博士后doctor (Ph.D) 博士master 硕士bachelor 学士student 学生graduate student研究生abroad student 留学生returned student 回国留学生foreign student 外国学生undergraduate 大学肄业生senior 大学四年级学生;高中三年级学生Junior 大学三年级学生;高中二年级学生sophomore 大学二年级学生;高中一年级学生freshman 大学一年级学生guest student 旁听生(英)auditor 旁听生(美)government-supported student 公费生commoner 自费生extern 走读生day-student 走读生intern 实习生prize fellow 奖学金生boarder 寄宿生classmate 同班同学schoolmate 同校同学graduate 毕业生工作经历accomplish 完成(任务等)achievements 工作成就,业绩adapted to 适应于adept in 善于administer 管理advanced worker 先进工作者analyze 分析appointed 被任命的assist 辅助authorized 委任的;核准的be promoted to 被提升为be proposed as 被提名为;被推荐为behave 表现breakthrough 惊人的进展,关键问题的解决break the record 打破记录business background 工作经历business experience 工作经历business history 工作经历conduct 经营,处理control 控制cost 成本;费用create 创造decrease 减少demonstrate 证明,示范design 设计develop 开发,发挥devise 设计,发明direct 指导double 加倍,翻一番duties职责earn 获得,赚取effect 效果,作用eliminate 消除employment experience工作经历employment record 工作经历employment 工作enlarge 扩大enliven 搞活enrich 使丰富establish 设立(公司等);使开业;确立evaluation 估价,评价excellent League member 优秀团员excellent Party member 优秀党员execute 实行,实施expand 推广;扩大expedite 加快;促进experience 经历exploit开发(资源,产品)export 出口found 创立generate 产生good at 擅长于guide 指导;操纵implement 完成,实施import 进口improve 改进,提高increase 增加influence 影响initiate 创始,开创innovate 改革,革新inspired 受启发的;受鼓舞的install 安装integrate 使结合;使一体化introduce 采用,引进invent 发明invest 投资job title 职位justified 经证明的;合法化的launch 开办(新企业)lead 领导lengthen 延长lessen 减少(生产成本)level 水平localize 使地方化maintain 保持;维修make 制造manage 管理,经营manufacture 制造mastered 精通的modernize 使现代化motivate 促进,激发negotiate 谈判nominated 被提名的;被任命的occupational history 工作经历operate 操作,开动(机器等),经营(厂矿)organize 组织originate 创始,发明overcome 克服(困难等)participate in 参加perfect 使完善;改善perform 执行,履行plan 计划position 职位professional history 职业经历professional 职业经历profit 利润promote 生产,制造promote 推销(商品);创立(企业)等provide 提供,供应raise 提高reach 达到realize 实现(目标等);获得(利润)receive 收到,得到,接受recognize 认清(职责等)recommended 被推荐的;被介绍的reconsolidate 重新巩固;重新整顿reconstruct 重建recorded 记载的recover恢复;弥补rectify 整顿,调整redouble 加倍,倍增reduce 减少,降低(成本等)refine 精练,精制reform 改革regenerate 更新,使更生registered 已注册的regularize 使系统化regulate 控制(费用等)rehandle 重铸;重新处理rehash以新形式处理(旧材料)reinforce 加强reckon计算(成本等)renew 重建,换新renovate 革新;修理repair 修复,修补replace 接替,替换representative 代表,代理人research 调查,研究resolve 解决responsibilities 职责second job 第二职业set 创造(纪录等)settle 解决(问题等)shorten 减低......效能show 显示,表明significant 重要的,有效的simplify 简化,精简solve 解决sort out 清理specific experience 具体经历speed up 加速sponsor 主办spread 传播,扩大standard 标准,规格streamline 把......设计流线型strengthen 加强,巩固study研究succeed 成功supervise 监督,管理supply 供给,满足(需要) systematize 使系统化target 目标,指标test 试验,检验top 头等的,最高的total 总数,总额translate 翻译,转化travel 旅行unify 使成一体,统一use 使用,运用useful 有用的utilize 利用valuable 有价值的vivify 使活跃well-trained 训练有素的work experience 工作经历work history 工作经历work 工作,起作用working model 劳动模范worth 使......钱的,有......价值的个人品质able 有才干的,能干的active 主动的,活跃的adaptable 适应性强的adroit 灵巧的,机敏的aggressive 有进取心的alert 机灵的ambitious 有雄心壮志的amiable 和蔼可亲的amicable 友好的analytical 善于分析的apprehensive 有理解力的aspiring 有志气的,有抱负的audacious 大胆的,有冒险精神的capable 有能力的,有才能的careful 办事仔细的candid 正直的charitable 宽厚的competent 能胜任的confident 有信心的conscientious 认真的,自觉的considerate 体贴的constructive 建设性的contemplative 好沉思的cooperative 有合作精神的creative 富创造力的dashing 有一股子冲劲的,有拼搏精神的dedicated 有奉献精神的devoted 有献身精神的dependable 可靠的diplomatic 老练的,有策略的disciplined 守纪律的discreet (在行动,说话等方面)谨慎的dutiful 尽职的dynamic 精悍的earnest 认真的well-educated 受过良好教育的efficient 有效率的energetic 精力充沛的enthusiastic 充满热情的expressive 善于表达faithful守信的,忠诚的forceful (性格)坚强的frank 直率的,真诚的friendly 友好的frugal 俭朴的generous 宽宏大量的genteel 有教养的gentle 有礼貌的hard-working 勤劳的hearty 精神饱满的honest 诚实的hospitable 殷勤的humble恭顺的humorous 幽默的impartial 公正的independent 有主见的industrious 勤奋的ingenious 有独创性的initiative 首创精神have an inquiring mind 爱动脑筋intellective 有智力的intelligent 理解力强的inventive 有发明才能的,有创造力的just 正直的kind-hearted 好心的knowledgeable 有见识的learned 精通某门学问的liberal 心胸宽大的logical 条理分明的loyal 忠心耿耿的methodical 有方法的modest 谦虚的motivated 目的明确的objective 客观的open-minded 虚心的orderly 守纪律的original 有独创性的painstaking 辛勤的,苦干的,刻苦的practical 实际的precise 一丝不苟的persevering 不屈不挠的punctual 严守时刻的purposeful 意志坚强的qualified 合格的rational 有理性的realistic 实事求是的reasonable 讲道理的reliable 可信赖的responsible 负责的self-conscious 自觉的selfless 无私的sensible 明白事理的sincere 真诚的smart 精明的spirited 生气勃勃的sporting 光明正大的steady 塌实的straightforward 老实的strict 严格的systematic 有系统的strong-willed 意志坚强的sweet-tempered 性情温和的temperate 稳健的tireless 孜孜不倦的其它内容objective 目标career objective 职业目标employment objective 工作目标position wanted 希望职位job objective 工作目标position applied for 申请职位position sought 谋求职位position desired 希望职位for more specialized work 为更专门的工作for prospects of promotion 为晋升的前途for higher responsibility 为更高层次的工作责任for wider experience 为扩大工作经验due to close-down of company 由于公司倒闭due to expiry of employment 由于雇用期满offered a more challenging opportunity 获得的更有挑战性的工作机会sought a better job 找到了更好的工作to look for a more challenging opportunity 找一个更有挑战性的工作机会to seek a better job 找一份更好的工作。

英文翻译资料:服装种类

英文翻译资料:服装种类

服装种类clothes 衣服,服装wardrobe 服装clothing 服装habit 个人依习惯.身份而着的服装ready-made clothes, ready-to-wear clothes 成衣garments 外衣town clothes 外衣double-breasted suit 双排扣外衣suit 男外衣dress 女服tailored suit 女式西服everyday clothes 便服three-piece suit 三件套trousseau 嫁妆layette 婴儿的全套服装uniform 制服overalls 工装裤rompers 连背心的背带裤formal dress 礼服tailcoat, morning coat 大礼服evening dress 夜礼服dress coat, tails 燕尾服,礼服nightshirt 男式晚礼服dinner jacket 无尾礼服(美作:tuxedo)full dress uniform 礼服制服frock coat 双排扣长礼服gown, robe 礼袍tunic 长袍overcoat 男式大衣coat 女大衣topcoat 夹大衣fur coat 皮大衣three-quarter coat 中长大衣dust coat 风衣mantle, cloak 斗篷poncho 篷却(南美人的一种斗篷)sheepskin jacket 羊皮夹克pelisse 皮上衣jacket 短外衣夹克anorak, duffle coat 带兜帽的夹克,带风帽的粗呢大衣hood 风帽scarf, muffler 围巾shawl 大披巾knitted shawl 头巾,编织的头巾fur stole 毛皮长围巾muff 皮手筒housecoat, dressing gown 晨衣(美作:duster) short dressing gown 短晨衣bathrobe 浴衣nightgown, nightdress 女睡衣pyjamas 睡衣裤(美作:pajamas)pocket 衣袋lapel (上衣)翻领detachable collar 假领,活领wing collar 硬翻领,上浆翻领V-neck V型领sleeve 袖子cuff 袖口buttonhole 钮扣孔shirt 衬衫blouse 紧身女衫T-shirt 短袖圆领衫,体恤衫vest 汗衫(美作:undershirt)polo shirt 球衣middy blouse 水手衫sweater 运动衫short-sleeved sweater 短袖运动衫roll-neck sweater 高翻领运动衫round-neck sweater 圆领运动衫suit, outfit, ensemble 套服twinset 两件套,运动衫裤jerkin 猎装kimono 和服ulster 一种长而宽松的外套jellaba, djellaba, jelab 带风帽的外衣cardigan 开襟毛衣mac, mackintosh, raincoat 橡胶雨衣trousers 裤子jeans 牛仔裤short trousers 短裤knickers 儿童灯笼短裤knickerbockers 灯笼裤plus fours 高尔夫球裤,半长裤braces 裤子背带(美作:suspenders) turnup 裤角折边,挽脚breeches 马裤belt 裤带skirt 裙子divided skirt, split skirt 裙裤underskirt 内衣underwear, underclothes 内衣裤underpants, pants 内衣裤(美作:shorts) briefs 短内裤,三角裤panties 女短内裤knickers 女半短内裤,男用灯笼短裤brassiere, bra 乳罩corselet 紧身胸衣stays, corset 束腰,胸衣waistcoat 背心slip, petticoat 衬裙girdle 腰带stockings 长袜suspenders 袜带(美作:garters) suspender belt 吊袜腰带(美作:garter belt)socks 短袜tights, leotard 紧身衣裤handkerchief 手帕bathing trunks 游泳裤bathing costume, swimsuit, bathing suit 游泳衣bikini 比基尼泳衣apron 围裙pinafore (带护胸)围裙shoe 鞋sole 鞋底heel 鞋后跟lace 鞋带moccasin 鹿皮鞋patent leather shoes 黑漆皮鞋boot 靴子slippers 便鞋sandal 凉鞋canvas shoes, rope soled shoes 帆布鞋clog 木拖鞋galosh, overshoe 套鞋glove 手套tie 领带(美作:necktie)bow tie 蝶形领带cravat 领巾cap 便帽hat 带沿的帽子bowler hat 圆顶硬礼帽top hat 高顶丝质礼帽Panama hat 巴拿马草帽beret 贝蕾帽peaked cap, cap with a visor 尖顶帽broad-brimmed straw hat 宽边草帽headdress 头饰turban 头巾natural fabric 天然纤维cotton 棉silk 丝wool 毛料linen 麻synthetic fabric 混合纤维acryl 压克力polyester 伸缩尼龙nylon 尼龙worsted 呢料cashmere 羊毛patterns 花样tartan plaid 格子花(美作:tartan) dot 圆点花stripe 条纹flower pattern 花纹花样veil 面纱。

英文翻译资料:比赛成绩与奖励

英文翻译资料:比赛成绩与奖励

比赛成绩与奖励winner 优胜者record holder 纪录保持者cut/break the record 打破纪录record breaker 打破创造者set a new record 创造新纪录world record 世界纪录champion 冠军runner-up/the 2nd place 亚军third place/the 3rd place 季军medalist 奖牌获得者gold medalist 金牌获得者silver medalist 银牌获得者bronze medalist 铜牌获得者last eight 取得决赛权的八名选手final result 决赛成绩total points 总分placement/ranking 名次,排名final placing 决赛名次medal tally 奖牌榜lose to 败给defeat 击败win title 夺魁go for gold 夺取金牌defend title 卫冕road to 进军victory ceremony/awarding ceremony 颁奖仪式The v ictory ceremony for … will now take place. 颁奖仪式现在开始。

announce results 公布成绩The medals will be presented in descending order-1st, 2nd, 3rd. 按第一名、第二名、第三名的顺序颁发奖牌。

raise national flag and play national anthem 升国旗,奏国歌mount the rostrum 登上颁奖台sportsmanship trophy 风格奖fair play trophy 公平竞赛奖cup/trophy 奖杯prize money 奖金prize/trophy/award 奖品award/ to present prize 颁发奖品undertake laps of honor 绕场一周向观众致意。

英文翻译资料:航天词汇

英文翻译资料:航天词汇

航天词汇载人飞船manned spaceship/ spacecraft载人航天manned space flight载人航天计划manned space program航天飞机space shuttle无人飞船unmanned spaceship / spacecraft试验太空船Experimental Spacecraft神舟号Shenzhou (Divine Vessel)多级火箭multistage rocket太空舱capsule返回式卫星recoverable satellite通信卫星communication satellite遥感卫星remote sensing satellite运载火箭carrier rocket; rocket launcher长征二号F运载火箭Long March II F carrier rocket 有效载荷能力payload capability近地轨道low Earth orbit气象卫星weather satellite; meteorological satellite 太阳同步轨道卫星satellite in Sun-synchronous orbit 同步轨道卫星geosynchronous satellite轨道舱orbital module返回舱re-entry module推进舱propelling module指令舱command module服务舱service module登月舱lunar module发射台launch pad紧急供氧装置emergency oxygen apparatus空间物理探测space physics exploration国际空间站International Space Station太阳能电池板solar panel太空升降舱space elevator哈勃太空望远镜Hubble Space Telescope月球车lunar rover外太空outer space; deep space银河系Milky Way阿波罗号宇宙飞船Apollo美国航空航天管理局NASA(The National Aeronautics and Space Administration)launch a satellite 发射卫星launch pad 发射台multistage rocket 多级火箭second stage 第二级third stage 第三级orbit 轨道artificial satellite 人造卫星Telstar 通信卫星antenna 天线solar cell 太阳电池spacecraft 航天器lunar module 登月舱LM-maneuvering rockets 登月舱机动火箭landing pad 着陆架service module 服务舱directional antenna 定向天线nozzle of the main engine 主发动机喷嘴lunar module 登月舱ascent stage 上升段descent stage 下降段hatch 舱口ladder 扶梯command module 指令舱service module 服务舱astronaut 航天员space suit 航天服emergency oxygen apparatus 应急供氧装置access flap 接口盖life support system 生命维持系统------------------------------------------------------------------A-1法国试验卫星A-1首颗卫星Abid礼拜者伊拉克运载火箭Able Star艾布尔星,美国运载火箭上面级Able艾布尔美国运载火箭上面级ACCOS(Arms Control & Conflict Observation Sat.)军备控制与冲突, 观察卫星联合国军备核查卫星ACE(Advanced Composition Explorer)要素/同位素成分高级探测器美国科学卫星ACTS(Advanced Communication Technology Satellite) 先进通信技术卫星美国通信技术卫星ADEOS(Advanced Earth Observation Satellite)先进地球观测卫星日本观测与地球资源卫星Administration)诺阿(国家海洋与大气局卫星)美国气象卫星Advanced Vela高级维拉(高级船帆座)美国核爆炸探测卫星Aelita精英前苏联红外天文卫星Aeros(Aero Satellite)大气卫星德国科学卫星Aerosat飞机通信卫星西欧航空通信卫星Agena阿金纳美国运载火箭上面级Ajisai八仙花日本试验型测地卫星Akebono黎明日本试验型X射线观测卫星Alarm警报美国预警卫星Alexis亚历克西斯美国X射线观测卫星Alouette百灵鸟加拿大科学研究卫星ALS(Advanced Launch System)先进发射系统美国大型运载工具Altair牵牛星美国运载火箭上面级Amos阿莫斯以色列国内通信卫星AMPTE(Active Magnetic Particle Track Explorer)磁层粒子主动示踪探测器AMPTE/CCE(AMPTE/Charge Composition Explorer) AMPTE/电荷成分探测器美国科学卫星AMPTE/IRM(AMPTE/Ion Release Module)AMPTE/离子释放舱德国科学卫星AMPTE/UKS(AMPTE/United Kingdom Spacecraft) AMPTE/英国子卫星英国科学卫星AMS(Advanced Meteorological Satellite)高级气象卫星美国气象卫星AMS(Apogee and Maneuvering Stage)远地点和机动级美国运载火箭上面级Amsat业余无线电卫星德国通信卫星Anik兄弟加拿大国内通信卫星Anna(Army,Navy,NASA,Air Force)安娜美国测地卫星ANS(Astronomical Netherlands Satellite)荷兰天文卫星荷兰天文卫星Anthrorack微重力人体生理学实验室法国科学卫星Apollo阿波罗美国运载火箭上面级Apollo阿波罗美国载人飞船APPLE(Ariane Passenger Payload Experiment) 阿普尔(阿里亚娜搭载试验)印度试验卫星Aquacade水技表演美国同步电子侦察卫星Arabsat(Arab Sat. Com. Organization Satellite) 阿拉伯卫星阿盟区域通信卫星Argus百眼巨人美国电子侦察卫星Ariane阿里亚娜欧洲空间组织运载火箭Ariel羚羊美-英科学研究卫星Aries白羊座美国研究型运载火箭Artemis(Advanced Relay Technology Mission)先进中继技术卫星欧空技术试验卫星Aryabhata阿里亚哈塔印度科学卫星ASAT反卫星美国反卫星导弹试验靶星ASC(American Sat. Company Communication Sat.) 美国卫星公司通信卫星美国国内通信卫星Asiasat(Asia Satellite)亚洲卫星亚洲区域通信卫星ASLV(Augmented Satellite Launch Vehicle)加大推力卫星运载火箭印度运载火箭ASMS(Advanced Synchronous Meteorological Sat.) 高级同步气象卫星美国气象卫星Asterix阿斯泰里法国研究卫星Astex(Advanced Satellite Technology Experiment) 先进技术试验卫星美国技术试验卫星ASTP(Apollo-Soyuz Test Project)阿波罗-联盟对接试验计划美苏载人宇宙飞船对接试验Astra阿斯特拉卢森堡电视直播通信卫星Astro-SPAS天文平台德国天文卫星Astro天文观测卫星日本天文卫星Astron天文前苏联紫外天文卫星ATC(Air Traffic Control)空中交通管制卫星前苏联航空通信卫星ATCOS(Atmospheric Composition Satellite)大气成分探测卫星美国气象卫星ATCP(Advanced Technology Coorbiting Platform)高技术共轨平台日本空间平台ATDA(Augmented Target Docking Adapter)加力目标对接接合器美国目标卫星ATDRSS(Advanced Track & Data Relay Sat. System) 先进跟踪与数据中继卫星系统美国数据中继卫星Atlantic大西洋美国国际通信卫星Atlantis阿特兰蒂斯美国载人航天飞机Atlas(Atmospheric Lab for Application & Science) 大气应用与科学实验室美国科学卫星Atlas宇宙神美国运载火箭ATN(Advanced TIROSN)改进型泰罗斯-N美国气象卫星ATS(Applications T echnology Satellite)技术应用卫星美-加通信技术卫星ATV(Ariane Transfer Vehicle)阿里亚娜转移飞行器法国运载火箭上面级Aura微风法国天体紫外分析卫星Aureole日晕法国科学研究卫星Aurora极光美国技术试验飞船Aurora极光美国军事研究卫星AUSCS(Australia Communication Satellite)澳大利亚通信卫星澳大利亚国内通信卫星Aussat(Australian Satellite)澳大利亚卫星澳大利亚国内通信卫星AXAF(Advanced X-ray Astro-physics Facility)X射线天文物理先进设施美国X射线天文卫星Ayame菖莆日本通信试验卫星Azur阿祖尔德国科学研究卫星Badar-A巴达A巴西通信试验卫星Balloon气球美国军事卫星BCTS(Broadcast Communication Technology Sat.) 广播通信技术卫星日本广播通信卫星Beacon灯塔美国测地卫星BHASKARA巴斯卡拉印度地球观测卫星Big Bird大鸟美国照相侦察卫星Biosatellite生物卫星美国医学研究卫星Birdy小鸟前苏联载人航天飞机Black Arrow黑箭英国运载火箭Block布洛克(笨汉)美国气象卫星Blue Bell蓝铃美国试验型电子侦察卫星Blue Scout蓝色侦察兵美国运载火箭Blue Streak蓝光欧空运载火箭Boreas北风西欧科学研究卫星Brazilsat(Brazil National Communications Sat.) 巴西卫星巴西国内通信卫星Bresex布雷塞克斯巴西地球资源卫星British Zircon英国锆石美国电子情报卫星Broad Coverage Photo Reconnoiter普查型照相侦察卫星美国照相侦察卫星BS(Broadcast Satellite)广播卫星日本电视广播通信卫星BSB(British Satellite Broadcast Ltd.)英国卫星广播公司卫星英国直播通信卫星BSE(Broadcasting Satellite Experiment)广播试验卫星日本直播通信卫星BSTS(Boost Surveillance Tracking System)助推段监视跟踪系统美国预警卫星Building Block积木德国运载火箭Buran见SnowstromBurner伯纳美国运载火箭上面级Calsphere卡尔斯菲尔美国拦截卫星CAMEO(Chemically Activated Mater. Ejected inOrb.) 卡梅欧(轨道放射化学激活物质)美国科学卫星Canister茶叶罐美国小型军事空间站Cannonball炮弹美国军事卫星Cassini卡西尼欧空土星探测器Castor北河二星法国技术试验卫星CAT(Capsule Ariane Technoloque)凯特(阿里亚娜技术试验舱)意大利火箭试验卫星CBERS(China & Brazil Earth Resource Satellite) 中国巴西地球资源卫星中-巴地球资源卫星Centaur半人马座美国运载火箭上面级Cerise西雷斯(微型试验卫星)法国军事侦察卫星Chalet小屋美国同步电子侦察卫星Challenger挑战者美国载人航天飞机CIRRIS(Cryogenic Infrared Radiance Ins. for Shu.) 航天飞机低温红外辐射仪美国军事卫星Climsat气候研究卫星美国气象卫星Clip Bow飞弓美国海洋监视卫星Cluster星团欧空科学卫星CO2RS(CO2 Research Satellite)二氧化碳研究卫星美国环境研究卫星COBE(Cosmic Background Explorer) 宇宙背景探测器美国微波天文卫星Columbia哥伦比亚美国载人航天飞机Columbus哥伦布欧空自由号空间站增压舱Composite复合体美国五颗卫星复合体Comsat(Communications Satellite) 通信卫星美国国内通信卫星Comstar(Communication Star)通信星美国通信卫星Conestoga大篷车美国运载火箭Consort伙伴美国商用亚轨道火箭Copernicus哥白尼美国天文卫星CORSA(Cosmic Radiation Satellite)宇宙辐射卫星日本射线观测卫星COS宇宙线测量卫星西欧科学卫星Cosmos宇宙前苏联运载火箭Cosmos宇宙前苏联综合系列卫星COSPAS科斯帕斯前苏联事故搜索卫星Courier信使美国广播通信试验卫星CRAF(Comet Rendezous Asteroid Flyby)慧星会合小行星近距探测器美国星际探测器CRRES(Combined Release & Radiation Effect Sat.) 释放和辐射综合效应卫星美国科学卫星卫星与航天译名A-H 2Crystal晶体前苏联和平号材料工艺舱CS(Communications Satellite)通信卫星日本通信卫星CSE(Communication Satellite Experiment)试验型通信卫星日本广播通信卫星CTM转移舱以色列轨道转移运载器CTS(Communication Technology Satellite) 通信技术卫星加-美直播通信卫星Cyclone旋风前苏联运载火箭Daedalos戴达洛斯欧空欧洲第三代空间平台DATS(Despun Antenna Test Satellite)消旋天线试验卫星美国技术试验通信卫星DBSC(Direct Broadcast Satellite Company) 直播卫星美国电视直播通信卫星Debut(Deployable Boom & Umbrella T est) 吊杆与伞部署实验卫星日本科学技术卫星Delta Star三角星美国SDI试验卫星Delta德尔它美国运载火箭Denpa电波日本科学卫星DFS(Deutsche Fernsehn Satellite)德国电视卫星德国直播通信卫星Diademe王冠法国测地卫星Dial日规法-德技术研究卫星Diamond/Diamant钻石法国运载火箭Diamond钻石前苏联地球观测卫星Diapason和谐法国测地卫星Discoverer发现者美国侦察技术试验卫星Discovery发现美国载人航天飞机DMSP(Defense Meteorological Satellite Program) 国防气象卫星美国军事气象卫星DNSS(Defense Navigation Satellite System)国防导航卫星系统美国导航卫星Dodecahedron十二面体研究卫星美国环境研究卫星DODGE(DoD Gravity Experiment Satellite)国防部重力试验卫星美国技术试验卫星Dongfanghong东方红中国试验卫星DOVE(Digital Orbiting Voice Encoder)轨道声音数字编码器美国业余无线电通信卫星DRS(Data Relay Satellite)数据中继卫星欧空数据中继卫星DSCS(Defense Satellite Communications System)国防通信系统美国军事通信卫星DSP(Defense Support Program)国防支援计划美国预警卫星Dynasor戴纳索美国小型军用航天飞机EARL(European Advanced Rocket Launching System) 欧洲先进火箭发射系统德国航天运载工具Early Bird晨鸟美国国际通信卫星EBS(Europe Broadcast Satellite)欧洲广播卫星欧空广播通信卫星Echo回声美国广播通信试验卫星ECS(European Communication Satellite)欧洲通信卫星欧空区域通信卫星ECS(Experimental Communications Satellite)试验通信卫星日本广播通信试验卫星EGS(Experiment Geodesic Satellite)试验型测地卫星日本激光测地卫星Ekran荧光屏前苏联直播通信卫星Elektron电子前苏联科学卫星EMSS(Experiment Mobile Satellite System)试验型移动卫星系统日本通信卫星Endeavor奋进美国载人航天飞机Energy/Energia能源前苏联运载火箭Enterprise企业美国试验型航天飞机Eole(Eolei)风神法国试验型气象卫星EORSAT(Elint Ocean Reconnaissance Satellite) 电子情报型海洋侦察卫星前苏联海洋监视卫星EOS(Earth Observation System)地球观测系统美国极轨道观测平台EPAC-SI埃帕克-SI美国私营商用运载火箭EPE(Energy Particle Explorer)高能粒子探测器美国科学卫星ERBS(Earth Radiation Budget Satellite)地球辐射收支卫星美国气象卫星ERS(Earth Resource Satellite)地球资源卫星日本地球资源卫星ERS(Earth Resource Satellite)地球资源卫星中国地球资源卫星ERS(Environmental Research Satellite)环境研究卫星美国科学研究卫星ERS(Europe Remote-Sensing Satellite)欧洲遥感卫星欧空海洋观测卫星ERTS(Earth Resources Technology Satellite)地球资源技术卫星美国地球资源卫星ESA-GEOS(Geostationary Earth Orbiting Satellite) 欧洲对地静止轨道卫星欧空科学卫星ESRO(European Space Research Organization) 欧联(欧洲空间研究组织卫星)西欧研究卫星ESSA(Environmental Survey Satellite)艾萨(环境勘测卫星)美国气象卫星Etalon标准前苏联测地卫星ETDRS(Experimental Track & Data Relay Satellite) 试验型跟踪与数据中继卫星日本数据中继卫星ETS(Engineering T est Satellite)工程试验卫星日本技术试验卫星EUMETSAT(European Meteorological Satellite)欧洲气象卫星欧空气象卫星Eumilsat(Europe Military Satellite)欧洲军事卫星英-法军事通信卫星Eureca尤里卡欧空欧洲第二代空间平台Europa欧罗巴西欧运载火箭Eutelsat欧洲电信卫星欧空区域通信卫星EUVE(Extreme Ultra Violet Explorer)远紫外线探测器美国紫外天文卫星EXOS(Experiment X-ray Observation Satellite)试验型X射线观测卫星日本科学卫星Exosat(European X-ray Observation Satellite)欧洲X射线观测卫星欧空科学卫星Explorer探险者美-意科学探测卫星Faith信心美国载人飞船Fengbao风暴中国运载火箭Fengyun风云中国气象卫星Ferret雪貂美国电子侦察卫星Fire Wheel火轮德国小型卫星FIRST(Far Infra Red & Sub Telescope)远红外和亚毫米波望远镜欧空天文卫星Flt Satcom(Fleet Satellite Communication) 舰队通信卫星美国军事通信卫星FOTON光子前苏联材料科学卫星Francais(FR)法兰西法-美科学研究卫星Freedom自由美国弹道式载人飞船Freedom自由美国永久性载人空间站Freedom自由美国运载火箭Freja弗利亚(爱神)瑞典小型科学实验卫星Friendship友谊美国试验性载人飞船Frog-Otolith蛙耳石美国科学试验卫星FSAT(Ford Satellite)福特卫星美国国内通信卫星Fuji富士日本业余无线电通信卫星FUSE(Far U/V Spectrum Explorer)远超/甚高频谱段探测卫星美国科学卫星Galaxy银河美国电视中继卫星Galileo伽利略美国木星探测器Gals航向前苏联国内军政通信卫星Gambit策略美国照相侦察卫星Gamma伽玛前苏联伽玛射线天文卫星Gelikon见HeliconGemini双子座美国运载火箭Gemini双子座美国载人飞船GEMS(Geostationary European Meteorological Sat.) 欧洲对地静止气象卫星欧空气象卫星GEOS(Geodetic Earth Orbiting Satellite)地球轨道测地卫星西欧科研卫星GEOS(Geodynamics Experimental Ocean Satellite 地球动力海洋实验卫星美国研究卫星GEOS(Geostationary Earth Orbiting Satellite)对地静止轨道卫星欧空科学卫星Geosat测地卫星美国测地卫星Geotail地球磁场观测卫星日本科学卫星GGSE(Gravity Gradient Stabilization Experiment)重力梯度稳定试验卫星美国海军试验卫星GGSP-Polar(Global Geospace Science Program-Polar) 地球空间科学计划-地极卫星美国科学卫星GGSP-Wind(Global Geospace Science Program-Wind) 地球空间科学计划-太阳风卫星美国科学卫星GGTS(Gravity-Gradient Test Satellite)重力梯度试验卫星美国科学试验卫星Ginga银河日本天文卫星GIOTTO乔托欧空哈雷慧星探测器GLOMRS(Global Low Orbiting Message Relay Sat.)全球低轨道信息中继卫星美国军事研究卫星GLONASS(Global Navigation Satellite System)全球导航卫星系统俄罗斯导航卫星GMS(Geostationary Meteorological Satellite)对地静止气象卫星日本气象卫星GOES(Geostationary Operational Env. Satellite)对地静止环境工作卫星美国气象卫星GOMS(Geostationary Operational Meteoro. Sat.)对地静止气象工作卫星前苏联气象卫星Gorizont见HorizonGPS(Global Position System)全球定位系统美国导航卫星Granat石榴石前苏联天文卫星GRASP格拉斯普英国伽玛射线天文卫星GREB(Galactic Radiation Exp. Background Sat.) 格雷勃(银河辐射试验背景卫星)美国科学研究卫星GRO(Gamma Ray Observatory)伽玛射线观测台美国伽玛射线天文卫星GSLV(Geostationary Satellite Launch Vehicle)对地静止卫星运载火箭印度运载火箭Gstar吉星美国国内通信卫星Hagoromo羽衣日本月球卫星Hakucho天鹅日本星际观测卫星Hawkeye依阿华美国科学卫星HCMM(Heat Capacity Measure Mission)热容量测绘卫星美国气象卫星HEAO(High Energy Astronomy Observatory)赫奥(高能天文观测站)美国天文卫星Helicon赫利孔山前苏联电视直播卫星Helios太阳神法国军事侦察卫星Helios太阳神美-德太阳探测器HELOS(Highly Eccentric Lunar Occultation Sat.) 赫洛斯(大椭圆月球掩食卫星)西欧研究卫星HEOS(Highly Eccentric Orbit Satellite)赫奥斯(大椭圆轨道卫星)美国科学研究卫星Hermes使神(赫尔姆斯)法国载人航天飞机Hexagon六角体美国照相侦察卫星High Resolution Film Reconnaissance详查型照相侦察卫星美国照相侦察卫星HILAT(High Latitude Ionospheric Research Sat.)高纬度电离层研究卫星美国科学卫星Himawari葵花日本气象卫星Himes海姆斯日本实验型准航天飞机Hinotori雏鸟日本天文卫星Hipparcos(High Precision Parallax Collection Sat.) 高精度视差收集卫星欧空科学卫星Hispasat(Hispanic Satellite)西班牙卫星西班牙国内通信卫星Hitch Hiker搭乘者美国电子侦察卫星Hope希望前苏联导航卫星Hope希望日本小型空天飞机Horizon地平线前苏联国内通信卫星Horizon地平线以色列试验通信卫星Horizont见Horizon(前苏联)HOTOL(Horizontal Take-off & Landing)霍托尔(水平起降)英国空天飞机HS601休斯601型卫星美国新型三轴稳定卫星HST(Hubble Space Telescope)哈勃太空望远镜美国天文卫星Hustler哈斯特勒美国运载火箭上面级IBSS(Infrared Background Signature Survey)红外背景特征测量仪美国军事卫星ICE(International Cosmos Explorer)国际宇宙探测器美国科学卫星IDCSP(Initial Defense Com. Satellite Program)初级国防通信卫星计划美国军事通信卫星IDSCS(Initial Defense Sat. Communication System) 初级国防卫星通信系统美国军事通信卫星IMEWS(Integrated Missile Early Warning Sat.)综合导弹预警卫星美国预警卫星IML(International Microgravity Laboratory)国际微重力实验室美国科学实验卫星Incosmos见IntercosmosIndigo靛兰美国雷达成像卫星Injun英琼美国科研卫星INMARSAT(International Maritime Com. Satellite) 国际海事通信卫星国际海事组织通信卫星INSAT(India Satellite)印度卫星印度国内通信与气象卫星Intasat(Institute Nacional de Tecnica Aernautica) 西班牙宇航技术研究所卫星西班牙科学卫星Intelsat(International Telecom. Sat. Consortium) 国际通信卫星美-国际通信卫星组织卫星Intercosmos国际宇宙前苏联-东欧科学卫星Interkosmos见IntercosmosIRAS(Infrared Ray Astronomical Satellite)红外线天文卫星美-英-荷红外天文卫星Iris彩虹女神意大利运载火箭上面级IRR(Industrial Research Rocket)工业研究火箭美国运载火箭IRS(India Remote-Sensing Satellite)印度遥感卫星印度地球资源卫星IRT(Integrated Rendezvous Target)会合目标美国目标气球卫星ISEE(International Sun-Earth Explorer)伊西(国际太阳-地球探测器)法-德科研卫星ISF(Industry Space Facility)工业空间设施美国空间资源卫星ISIS(International Sat. for Ionospheric Studies) 国际电离层研究卫星加拿大科学研究卫星Iskra火花前苏联业余科学实验卫星ISO(Infrared Space Observatory)红外空间观测台法国红外天文卫星ISPM(International Solar Polar-orbit Mission) 国际太阳极轨道任务美-欧空木星探测器ISS(Ionosphere Sounding Satellite)伊斯(电离层探测卫星)日本科学研究卫星Istra伊斯特拉德国复用型空间运载器Italsat(Italy Satellite)意大利卫星意大利国内通信卫星ITOS(Improved TIROS Operational Satellite) 艾托斯(泰罗斯改进型工作卫星)美国气象卫星ITSS(Integrated Tactical Surveillance System) 综合战术监视卫星美国雷达型海洋监视卫星ITV(Instrumented T arget Vehicle)装有仪器的靶标卫星美国反卫星导弹试验靶星IUE(International Ultraviolet Explorer)国际紫外线探测器美-欧-英紫外天文卫星IUS(Inertial Upper Stage)惯性上面级美国运载火箭上面级JAS(Japan Amateur Satellite)日本业余卫星日本业余无线电通信卫星JCSAT(Japan Communication Satellite)日本通信卫星日本国内通信卫星JEM(Japan Experiment Module)日本试验舱日本自由号空间站增压舱JEOS(Janus Earth Observation Satellite)贾纳斯地球观测卫星法国地球资源卫星JERS(Japan Earth Remote-sensing Satellite) 日本地球遥感卫星日本地球资源卫星Jikiken磁源日本科学卫星Jindai巨大日本科学卫星JISS(Japan Ionosphere Sounding Satellite) 日本电离层探测卫星日本科学研究卫星Jump Seat折椅美国军事中继通信卫星Juno朱诺美国运载火箭Jupiter丘庇特美-欧宇宙探测器Jupiter丘庇特美国运载火箭Kennan凯南美国照相侦察卫星Keyhole锁眼美国照相侦察卫星Kiku菊花日本技术试验卫星Kopernikus哥白尼德国电视直播卫星Korona花冠美国照相侦察卫星Kosmos见CosmosKristall见CrystalKvant量子前苏联和平号天文物理实验舱Kvant量子前苏联运载火箭Kyokko极光日本科学卫星L-SAT大型卫星欧空电视直播通信卫星LACE(Low-power Atmosphere Compensation Experiment) 低能大气补偿实验卫星美国SDI实验卫星Lacrosse长曲棍球美国雷达成像侦察卫星Lageos(Laser Geodynamic Satellite)激光地球动力卫星美国测地卫星Lambda兰达日本小型试验卫星Lambda兰达日本运载火箭Landsat陆地卫星美国地球资源卫星LDEF(Long Duration Exposure Facility) 长期辐照设施美国科学卫星LDR(Large Deployable Reflector)大型可展式反射器美国红外天文卫星Leasat租赁卫星美国海军通信卫星Les(Lincoln Experimental Satellite)林肯试验卫星美国通信试验卫星Light Sat轻型卫星美国军事战术指挥卫星LISE(Laser Integrated Space Experiment) 空间激光综合试验美国SDI空间试验卫星Littleo利特利奥欧空商用低轨运载火箭Lofti洛夫蒂美国通信卫星Long March/Chang Zheng长征中国运载火箭Loutch射线前苏联国内/区域通信卫星LRV(Lunar Roving Vehicle)游月车美国月球探测器Luna月球前苏联月球探测器Luna月球前苏联运载火箭Lunar Module登月舱美国月球探测飞船Lunar Orbiter月球轨道器美国月球卫星Lunokhod月行器前苏联月球探测器Lusat卢萨特阿根廷业余无线电通信卫星Lyman莱曼英国紫外天文卫星MABES(Magnet Bearing Flywheel Exper. System) 磁方位飞轮试验系统日本军事通信技术试验卫星MACSAT(Multiple Access Communication Satellite) 多通道通信卫星美国轻型通信卫星Magellan麦哲伦美国金星探测器MAGION(Magnetospheric & Ionospheric Satellite)磁层-电离层卫星捷克科学卫星Magnum大酒瓶美国同步电子侦察卫星Magsat(Magnetic Satellite)地磁卫星美国科学卫星Mailstar邮政星瑞典通信卫星Mao-1毛**1号中国试验卫星Marcopolo马可波罗英国电视直播通信卫星MARECS(Maritime European Communication Satellite) 欧洲海事通信卫星欧洲移动通信卫星Marian马里安瑞典运载火箭Mariner-Jupiter(Saturn,Uranus)Spacecraft水手号木(土、天王)星飞船美国行星际探测器Mariner水手美国行星际探测器Marisat(Marine Communications Satellite)海事通信卫星美国通信卫星MAROTS(Maritime Orbital Test Satellite) 马罗茨(海上轨道试验卫星)法-德通信卫星Mars Observer火星观察者美国火星探测器Mars Rover火星漫游车美国火星探测器Mars火星前苏联火星探测器MAS(Minor-Autonomous Satellite)马斯(小型自主卫星)法国技术试验卫星Mediasat新闻采集卫星美国新闻界通信卫星Mercury-Atlas水星-宇宙神美国宇宙飞船Mercury-Liberty Bell水星-自由钟美国弹道式载人飞船Mercury-Redstone水星-红石美国弹道式载人飞船Mercury-Scout水星-侦察兵美国宇宙飞船Mercury水星美国运载火箭上面级Mercury水星美国载人飞船MET-ATS气象应用卫星美国气象卫星Meteor流星前苏联气象卫星Meteosat气象卫星欧空气象卫星Microsat微型卫星美国业余无线电通信卫星Midas(Missile Defense Alarm System)米达斯(导弹防御警报系统)美国预警卫星Mika米卡德国研究卫星Milstar(Military Strategic,Tactical & Relay Sat.) 军事星(战略战术与中继卫星)美国军事通信卫星Mir和平前苏联永久性载人空间站Mir和平前苏联运载火箭Miranda米兰达英国技术试验卫星Mission)格雷姆(重力位势研究探测卫星)美国测地卫星MOL(Manned Orbiting Laboratory)莫尔(载人轨道试验室)美国小型军事空间站Molniya闪电前苏联国内通信卫星Molniya闪电前苏联运载火箭Momo桃花日本海洋观测卫星MOP莫普欧空气象卫星Morelos莫雷洛斯墨西哥国内通信卫星MOS(Marine Observation Satellite)莫斯(海洋观测卫星)日本海洋观测卫星MRC(Multi-Role Capsule)多用舱美国自由号空间站舱体MSAT(Mobile Satellite)移动体卫星美国移动通信卫星MST技术试验卫星日本技术试验卫星MSX中段空间实验卫星美国SDI实验卫星MTFP(Man Tended Flying Platform)载人飞行平台欧空载人飞行平台Mu缪日本运载火箭Muses缪斯日本空间技术卫星Music音乐日本科学技术卫星Musketball步枪弹美国军事卫星Nadezhda见Hope(前苏联)NASP(National Aerospace Plane)国家航空航天飞机美国大型航天飞机NATO(North Atlantic Treaty Organization) 北约卫星北约军事通信卫星Navstar导航星美国导航卫星Navy Navigation Satellite海军导航卫星美国导航卫星New World新世界前苏联运载火箭Nika/Nike胜利女神前苏联高级材料加工卫星Nimbus雨云美国气象卫星NNSS(Navy Navigation Satellite System)海军导航卫星系统美国军事导航卫星NNTS(Navy Navigation Technology System)海军导航技术系统美国军事导航卫星NOMSS(National Operational Mete. Sat. System) 美国国家气象工作卫星系统美国气象卫星NOSS(Mavy Ocean Surveillance Satellite)诺斯(海军海洋监视卫星)美国海洋监视卫星Nova新星美国军/民导航卫星NROSS(Navy Remote Ocean Sensing System) 海军海洋遥感系统美国军事卫星NSCAT(NASA Scatterometer Satellite)宇航局散射测量卫星美国科学卫星NTS(Navigation Technology Satellite)导航技术卫星美国导航卫星NUSAT(Northern Utah Satellite)北犹他卫星美国雷达校准卫星OAO(Orbiting Astronomical Observatory)欧奥(轨道天文观测站)美国天文研究卫星Ocean Surveillance海洋监视卫星美国雷达型海洋监视卫星Ocean/Okean海洋前苏联海洋研究卫星OEX Target(Observation Experiment T arget) 观测试验目标美国反卫星试验卫星Offeq奥费克(地平线)以色列试验卫星OFO(Orbiting Frog Otolith)奥福(轨道蛙耳石)美国医学研究卫星OGO(Orbiting Geophysical Observatory)奥戈(轨道地球物理观测站)美国地球观测卫星Ohsumi大隅日本研究试验卫星Ohzora天空日本科学卫星Olympus奥林匹斯欧空通信卫星Orbital Insertion System入轨系统美国运载火箭上面级Orbital Workshop轨道工场美国天空实验室舱体Oreol华盖前苏联-法国科学卫星Orizuru纸鹤日本科学技术卫星ORS(Octahedral Research Satellite)八面体研究卫星美国科学研究卫星Oscar(Orbital Satellite Carrying Amateur Radio)奥斯卡(业余无线电轨道卫星)美国业余无线电通信卫星Osiris奥西雷斯(在研)法国雷达侦察卫星OSO(Orbiting Solar Observatory)奥索(轨道太阳观测站)美国太阳观测卫星OSV(Orbital Serving Vehicle)轨道服务飞行器日本空间平台OTS(Operational Technology Satellite)实用技术卫星法-德通信卫星OTS(Orbital Test Satellite)轨道试验卫星法-德通信试验卫星OV(Orbital Vehicle)奥维(轨道飞行器)美国科学研究卫星Pac(Pacific)太平洋美国通信卫星Pacific Star太平洋星美国国内通信卫星Pacific太平洋日本通信卫星Pacsat(Packet Satellite)信息包卫星美国业余无线电通信卫星Pageos(Passive Geodetic Satellite) 帕吉奥斯(被动测地卫星)美国测地卫星Paksat巴基斯坦卫星巴国内通信卫星Palapa统一印尼国内通信卫星PAM(Payload Auxiliary Module)有效载荷助推舱美国运载火箭上面级Pan Amsat泛美卫星美国国内通信卫星。

英文春节资料带翻译

英文春节资料带翻译

英文春节资料带翻译Chinese Spring Festival: A Celebration of Tradition and Family Reunion。

中国春节,传统与家庭团聚的庆典。

The Chinese Spring Festival, also known as the Lunar New Year, is the most important traditional festival in China. It is celebrated on the first day of the Chinese lunar calendar, which usually falls between late January and mid-February. The festival lasts for 15 days, culminating in the Lantern Festival on the 15th day.中国春节,也被称为农历新年,是中国最重要的传统节日。

它在农历的第一天庆祝,通常在一月底到二月中旬之间。

节日持续15天,以第15天的元宵节为高潮。

The origins of the Chinese Spring Festival can be traced back to ancient times, when people would offer sacrifices to the gods and ancestors to pray for a goodharvest and prosperity in the coming year. Later, it became a time for family reunion, when people would travel long distances to return to their hometowns and spend time with their loved ones.中国春节的起源可以追溯到古代,当时人们会向神灵和祖先祭祀,祈求来年的丰收和繁荣。

LED英文资料及中文翻译

LED英文资料及中文翻译

First LED SummaryLED (Light Emitting Diode), light-emitting diode, is a solid state semiconductor devices, which can be directly converted into electricity to light. LED is the heart of a semiconductor chip, the chip is attached to one end of a stent, is the negative side, the other end of the power of the cathode, the entire chip package to be epoxy resin. Semiconductor chip is composed of two parts, part of the P-type semiconductor, it inside the hole-dominated, the other side is the N-type semiconductor, here is mainly electronic. But linking the two semiconductors, among them the formation of a "PN junction." When the current through the wires role in this chip, will be pushing e-P, P zone in the hole with electronic composite, and then to be issued in the form of photon energy, and this is the principle of LED luminescence. The wavelength of light that is the color of light, is formed by the PN junction of the decisions of the material.Second LED history and development50 years ago, people have to understand semiconductor materials can produce light of the basic knowledge, the first commercial diodes in 1960. English is the LED light emitting diode (LED) acronym, and its basic structure is an electroluminescent semiconductor materials, placed in a wire rack, then sealed with epoxy resin around, that is, solid package, Therefore, the protection of the internal batteries can play the role of line, so the seismic performance LED good.LED is the core of the P-type semiconductor and components of the N-type semiconductor chips, the P-type semiconductor and N-type semiconductor between a transition layer, called the PN junction. In some semiconductor materials in the PN junction, the injection of a small number of carrier-carrier and the majority of the extra time will be in the form of light energy to release, thus the power to direct conversion of solar energy. PN junction on reverse voltage, a few hard-carrier injection, it is not luminous. This use of injection electroluminescent diodes is produced by the principle of light-emitting diodes, commonly known as LED. When it in a positive state of the work (that is, at both ends with forward voltage), the current flows from the LED anode, cathode, semiconductor crystals on the issue from the ultraviolet to infrared light of different colors, light and the strength of the currents.Instruments used for the first LED light source instructions, but all kinds of light colored LED lights in traffic and large screen has been widely applied, have a very good economic and social benefits. The 12-inch red traffic lights as an example, is used in the United States have long life, low-efficiency 140 watt incandescent lamp as a light source, it produced 2,000 lumens of white light. The red filter, the loss-90 percent, only 200 lumens of red light. In the light of the new design, Lumileds companies have 18 red LED light source, including the loss of circuit, atotal power consumption of 14 watts to generate the same optical effect. Automotive LED lights is also the source of important areas.For general lighting, people need more white light sources. The 1998 white LED successful development. This is the GaN LED chip and Yttrium Aluminum Garnet (YAG) package together cause. GaN chip of the Blu-ray (λ p = 465nm, Wd = 30nm), made of high-temperature sintering of the Ce3 + YAG phosphors excited by this Blu-ray after irradiating a yellow, the peak 550 nm. Blue-chip installed in the LED-based Wanxing reflection in the cavity, covered with a resin mixed with YAG thin layer, about 200-500 nm. LED-based tablets issued by the Blu-ray absorption part of the phosphor, the phosphor another part of the Blu-ray and a yellow light mixed, can be a white. Now, the InGaN / YAG white LED, YAG phosphor by changing the chemical composition of the phosphor layer and adjust the thickness of the3500-10000 K color temperature can be colored white. This blue LED through the method by white, constructed simple, low-cost, high technology is mature, so use the most.The development of LED display can be divided into the following phases: first phase 1990 to 1995, mainly monochrome and 16 color graphics screen. Used to display text and simple images, mainly used in railway stations, financial securities, banks, post offices and other public places, as public information display tools. The second stage is from 1995 to 1999, there have been 64, 256 level gray-scale two-color video screen. Video control technology, image processing, optical fiber communication technology applications will enhance the LED display to a new level. LED display control LSI chips special at this time developed by domestic companies, and can be applied. The third stage, from 1999, red, pure green, blue LED in bulk into China, while domestic enterprises in-depth research and development work, using red, green, and blue LED production of full-color display has been widely used , poured into sports stadiums, convention centers, squares and other public places, which will bring the domestic large-screen full-color era. With the rapid development of LED materials market, surface mount device is available from 2001, mainly used in indoor full color, and its high brightness, colorful, low temperature characteristics, the point spacing can be adjusted by different price Requirements were accepted, in just two years time, product sales have more than 300 million yuan, surface mount full-color LED display application market entered the new century. To meet the 2008 Olympic Games, "downsizing" plan, Liard developed a surface mount dual color displays, a lot of time for the training center and game scoring. Full color in Olympic venues, in order to tighten investment, full color way is mostly detachable, live during the Olympic Games as a tool can be used for rental after the event, as the performance of national policies such as public places, tools released by In this way cost recovery as soon as possible. On the market, China's accession to WTO, Beijing's successful Olympic bid and so on, into the development of LED display industry, a new opportunity. Domestic LED display market continues to grow, currently in the domestic market, domestic LED display market share of nearly 95%. LED display theinternational market capacity is expected to 30% a year growth rate. Currently, LED display manufacturers concentrated primarily in Japan, North America, China LED manufacturers in which the insignificant share of exports. According to incomplete statistics, the world, there are at least 150 manufacturers full color, in which products are complete, the larger company has some 30 or so.Third LED advantagesConductor light-emitting diode (LED) as a third-generation semiconductor lighting source. This fantastic product has a lot of advantages: (1) efficient light: spectra of almost all concentrated in the visible light frequency, the efficiency can reach 80% -90%. The luminous efficiency of incandescent visible light efficiency of almost 10% -20% only. (2) high quality of light: not as a result of spectrum UV and infrared, there is no heat, no radiation, is typically a green light illumination. (3) energy consumption of the small: single power generally 0.05-1w, through the cluster can be tailored to meet different needs, and waste very little. As a light source, under the brightness in the same power consumption of only ordinary incandescent 1/8-10.(4) long life: flux attenuation to 70% of the standard life expectancy is 100,000 hours.A semiconductor light can be used under normal circumstances 50 years, even if the long life of the people, life will be used up to two lights. (5) durable and reliable: No tungsten wire, glass and other easily damaged components, non-normal retirement rate is very small, very low maintenance costs. (6) the application of flexibility: small size, can flat pack, easy to develop into a short thin products, make point, line, face various forms of specific applications. (7) Security: working voltage 1.5-5v or less in between the current 20-70mA in between. (8) green: recyclable waste, no pollution, unlike fluorescent lamps containing mercury as ingredients. (9) response time is short: to adapt to frequent and high-frequency switching operation of occasions.Fourth Classification of LED display1, color by color can be divided intoSingle-color display: Single color (red or green).Two-color display: red and green dual-color, 256 gray scale levels, can display 65,536 colors.Full-color screen: red, green, blue color, 256 grayscale full color display can display more than 16 million kinds of colors.2, according to display device classificationLED Digital Display: 7 segment display devices for the digital control code, suitable for production of the clock screen, the interest rate screens, showing the number of electronic display.LED dot-matrix graphic display: display device is arranged by a number of uniform composition of the dot-matrix LED display modules, suitable for broadcast text, image information.LED video display: display devices are formed by a number of light-emitting diodes that can display video, animation and other video files.3, by using the occasion categoriesIndoor Display: LED spots smaller, general Φ3mm - Φ8mm, shows the general area of a few to more than ten square meters.Outdoor Display: dozens of square meters in size to several hundred square meters, high brightness, can work in the sun, with wind, rain, water resistant.4, classified according to light spot diameterIndoor screen: Φ3mm, Φ3.75mm, Φ5mm,Room external screen: Φ10mm, Φ12mm, Φ16mm, Φ19mm, Φ20mm, Φ21mm, Φ22mm, Φ26mmRoom external screen as the basic unit of light emitting tube, LED tube principle is a set of red, green, and blue light-emitting diode sealed in a plastic barrel and jointly develop5, Display a static, horizontal scroll, vertical scroll and flip display. One block module control drive 12 (up to control 24) 8X8 Dot Matrix, a total of 16X48 dot matrix (or 32X48 dot matrix), is a single block of MAX7219 (or PS7219, HD7279, ZLG7289 and 8279, and the like LED display driver module) 12 times (or 24 times)! Can use "cascade" approach the composition of any large dot matrix display. Effects, good power consumption, and the MAX7219 circuit than the use of lower cost.Fifth LED applicationsIt is a semiconductor light-emitting diode by controlling the display, which probably look like that from lots of small red lights are usually formed by the bright lights off to show character. Used to display text, graphics, images, animations, quotes, video, video signals and other information on the display screen.Graphic display and LED display into the video display by the LED matrix blocks. Graphic displays can be synchronized with the computer display Chinese characters, English text and graphics; video display using micro-computer control, graphics, images, and Mao, real-time, synchronization, clear message to the broadcast of a variety of information dissemination, but also shows two dimensional, three-dimensional animation, video, TV, VCD programs and live on. LED display shows the screen brightly colored, three-dimensional sense of strong, static, such as painting, moving as the film is widely used in finance, tax, business, telecommunications, sports, advertising, industrial enterprises, transport, education systems, stations, docks, airports, shopping malls, hospitals, hotels, banks, securities markets, construction market, auction houses, industrial enterprises in management and other public places.LED display can show changes in the numbers, text, graphics and video; not only can be used in the indoor environment can also be used for outdoor environment, with a projector, TV wall, LCD screen can not match advantage.Sixth LED screen test methodA look at Screen size, appearance, smoothness, with the screen connection and so onSecond look after the dead pixel screen light up, not in not within the scope of (in general the screen is basically gone now)Color consistency, display text is normal, display pictures, play full screen full color to white, red, green, and blue.一 LED概述LED(Light Emitting Diode),发光二极管,是一种固态的半导体器件,它可以直接把电转化为光。

钢筋混凝土中英文资料外文翻译文献

钢筋混凝土中英文资料外文翻译文献

钢筋混凝土中英文资料翻译1 外文翻译1.1 Reinforced ConcretePlain concrete is formed from a hardened mixture of cement ,water ,fine aggregate, coarse aggregate (crushed stone or gravel),air, and often other admixtures. The plastic mix is placed and consolidated in the formwork, then cured to facilitate the acceleration of the chemical hydration reaction lf the cement/water mix, resulting in hardened concrete. The finished product has high compressive strength, and low resistance to tension, such that its tensile strength is approximately one tenth lf its compressive strength. Consequently, tensile and shear reinforcement in the tensile regions of sections has to be provided to compensate for the weak tension regions in the reinforced concrete element.It is this deviation in the composition of a reinforces concrete section from the homogeneity of standard wood or steel sections that requires a modified approach to the basic principles of structural design. The two components of the heterogeneous reinforced concrete section are to be so arranged and proportioned that optimal use is made of the materials involved. This is possible because concrete can easily be given any desired shape by placing and compacting the wet mixture of the constituent ingredients are properly proportioned, the finished product becomes strong, durable, and, in combination with the reinforcing bars, adaptable for use as main members of anystructural system.The techniques necessary for placing concrete depend on the type of member to be cast: that is, whether it is a column, a bean, a wall, a slab, a foundation. a mass columns, or an extension of previously placed and hardened concrete. For beams, columns, and walls, the forms should be well oiled after cleaning them, and the reinforcement should be cleared of rust and other harmful materials. In foundations, the earth should be compacted and thoroughly moistened to about 6 in. in depth to avoid absorption of the moisture present in the wet concrete. Concrete should always be placed in horizontal layers which are compacted by means of high frequency power-driven vibrators of either the immersion or external type, as the case requires, unless it is placed by pumping. It must be kept in mind, however, that over vibration can be harmful since it could cause segregation of the aggregate and bleeding of the concrete.Hydration of the cement takes place in the presence of moisture at temperatures above 50°F. It is necessary to maintain such a condition in order that the chemical hydration reaction can take place. If drying is too rapid, surface cracking takes place. This would result in reduction of concrete strength due to cracking as well as the failure to attain full chemical hydration.It is clear that a large number of parameters have to be dealt with in proportioning a reinforced concrete element, such as geometrical width, depth, area of reinforcement, steel strain, concrete strain, steel stress, and so on. Consequently, trial and adjustment is necessary in the choice of concrete sections, with assumptions based on conditions at site, availability of the constituent materials, particular demands of the owners, architectural and headroom requirements, the applicable codes, and environmental reinforced concrete is often a site-constructed composite, in contrast to the standard mill-fabricated beam and column sections in steel structures.A trial section has to be chosen for each critical location in a structural system. The trial section has to be analyzed to determine if its nominal resisting strength is adequate to carry the applied factored load. Since more than one trial is often necessary to arrive at the required section, the first design input step generates into a series of trial-and-adjustment analyses.The trial-and –adjustment procedures for the choice of a concrete section lead to the convergence of analysis and design. Hence every design is an analysis once a trial section is chosen. The availability of handbooks, charts, and personal computers and programs supports this approach as a more efficient, compact, and speedy instructionalmethod compared with the traditional approach of treating the analysis of reinforced concrete separately from pure design.1.2 EarthworkBecause earthmoving methods and costs change more quickly than those in any other branch of civil engineering, this is a field where there are real opportunities for the enthusiast. In 1935 most of the methods now in use for carrying and excavating earth with rubber-tyred equipment did not exist. Most earth was moved by narrow rail track, now relatively rare, and the main methods of excavation, with face shovel, backacter, or dragline or grab, though they are still widely used are only a few of the many current methods. To keep his knowledge of earthmoving equipment up to date an engineer must therefore spend tine studying modern machines. Generally the only reliable up-to-date information on excavators, loaders and transport is obtainable from the makers.Earthworks or earthmoving means cutting into ground where its surface is too high ( cuts ), and dumping the earth in other places where the surface is too low ( fills). Toreduce earthwork costs, the volume of the fills should be equal to the volume of the cuts and wherever possible the cuts should be placednear to fills of equal volume so as to reduce transport and double handlingof the fill. This work of earthwork design falls on the engineer who lays out the road since it is the layout of the earthwork more than anything else which decides its cheapness. From the available maps ahd levels, the engineering must try to reach as many decisions as possible in the drawing office by drawing cross sections of the earthwork. On the site when further information becomes available he can make changes in jis sections and layout,but the drawing lffice work will not have been lost. It will have helped him to reach the best solution in the shortest time.The cheapest way of moving earth is to take it directly out of the cut and drop it as fill with the same machine. This is not always possible, but when it canbe done it is ideal, being both quick and cheap. Draglines, bulldozers and face shovels an do this. The largest radius is obtained with the dragline,and the largest tonnage of earth is moved by the bulldozer, though only over short distances.The disadvantages of the dragline are that it must dig below itself, it cannot dig with force into compacted material, it cannot dig on steep slopws, and its dumping and digging are not accurate.Face shovels are between bulldozers and draglines, having a larger radius of action than bulldozers but less than draglines. They are anle to dig into a vertical cliff face in a way which would be dangerous tor a bulldozer operator and impossible for a dragline.Each piece of equipment should be level of their tracks and for deep digs in compact material a backacter is most useful, but its dumping radius is considerably less than that of the same escavator fitted with a face shovel.Rubber-tyred bowl scrapers are indispensable for fairly level digging where the distance of transport is too much tor a dragline or face shovel. They can dig the material deeply ( but only below themselves ) to a fairly flat surface, carry it hundreds of meters if need be, then drop it and level it roughly during the dumping. For hard digging it is often found economical to keep a pusher tractor ( wheeled or tracked ) on the digging site, to push each scraper as it returns to dig. As soon as the scraper is full,the pusher tractor returns to the beginning of the dig to heop to help the nest scraper.Bowl scrapers are often extremely powerful machines;many makers build scrapers of 8 cubic meters struck capacity, which carry 10 m ³ heaped. The largest self-propelled scrapers are of 19 m ³ struck capacity ( 25 m ³ heaped )and they are driven by a tractor engine of 430 horse-powers.Dumpers are probably the commonest rubber-tyred transport since they can also conveniently be used for carrying concrete or other building materials. Dumpers have the earth container over the front axle on large rubber-tyred wheels, and the container tips forwards on most types, though in articulated dumpers the direction of tip can be widely varied. The smallest dumpers have a capacity of about 0.5 m ³, and the largest standard types are of about 4.5 m ³. Special types include the self-loading dumper of up to 4 m ³and the articulated type of about 0.5 m ³. The distinction between dumpers and dump trucks must be remembered .dumpers tip forwards and the driver sits behind the load. Dump trucks are heavy, strengthened tipping lorries, the driver travels in front lf the load and the load is dumped behind him, so they are sometimes called rear-dump trucks.1.3 Safety of StructuresThe principal scope of specifications is to provide general principles and computational methods in order to verify safety of structures. The “ safety factor ”, which according to modern trends is independent of the nature and combination of the materials used, can usually be defined as the ratio between the conditions. This ratio is also proportional to the inverse of the probability ( risk ) of failure of the structure.Failure has to be considered not only as overall collapse of the structure but also as unserviceability or, according to a more precise. Common definition. As the reaching of a “limit state ” which causes the construction not to accomplish the task it was designedfor. There are two categories of limit state :(1)Ultimate limit sate, which corresponds to the highest value of the load-bearing capacity. Examples include local buckling or global instability of the structure; failure of some sections and subsequent transformation of the structure into a mechanism; failure by fatigue; elastic or plastic deformation or creep that cause a substantial change of the geometry of the structure; and sensitivity of the structure to alternating loads, to fire and to explosions.(2)Service limit states, which are functions of the use and durability of the structure. Examples include excessive deformations and displacements without instability; early or excessive cracks; large vibrations; and corrosion.Computational methods used to verify structures with respect to the different safety conditions can be separated into:(1)Deterministic methods, in which the main parameters are considered as nonrandom parameters.(2)Probabilistic methods, in which the main parameters are considered as random parameters.Alternatively, with respect to the different use of factors of safety, computational methods can be separated into:(1)Allowable stress method, in which the stresses computed under maximum loads are compared with the strength of the material reduced by given safety factors.(2)Limit states method, in which the structure may be proportioned on the basis of its maximum strength. This strength, as determined by rational analysis, shall not be less than that required to support a factored load equal to the sum of the factored live load and dead load ( ultimate state ).The stresses corresponding to working ( service ) conditions with unfactored live and dead loads are compared with prescribed values ( service limit state ) . From the four possible combinations of the first two and second two methods, we can obtain some useful computational methods. Generally, two combinations prevail:(1)deterministic methods, which make use of allowable stresses.(2)Probabilistic methods, which make use of limit states.The main advantage of probabilistic approaches is that, at least in theory, it is possible to scientifically take into account all random factors of safety, which are then combined to define the safety factor. probabilistic approaches depend upon :(1) Random distribution of strength of materials with respect to the conditions offabrication and erection ( scatter of the values of mechanical properties through out the structure );(2) Uncertainty of the geometry of the cross-section sand of the structure ( faults and imperfections due to fabrication and erection of the structure );(3) Uncertainty of the predicted live loads and dead loads acting on the structure;(4)Uncertainty related to the approximation of the computational method used ( deviation of the actual stresses from computed stresses ).Furthermore, probabilistic theories mean that the allowable risk can be based on several factors, such as :(1) Importance of the construction and gravity of the damage by its failure;(2)Number of human lives which can be threatened by this failure;(3)Possibility and/or likelihood of repairing the structure;(4) Predicted life of the structure.All these factors are related to economic and social considerations such as:(1) Initial cost of the construction;(2) Amortization funds for the duration of the construction;(3) Cost of physical and material damage due to the failure of the construction;(4) Adverse impact on society;(5) Moral and psychological views.The definition of all these parameters, for a given safety factor, allows construction at the optimum cost. However, the difficulty of carrying out a complete probabilistic analysis has to be taken into account. For such an analysis the laws of the distribution of the live load and its induced stresses, of the scatter of mechanical properties of materials, and of the geometry of the cross-sections and the structure have to be known. Furthermore, it is difficult to interpret the interaction between the law of distribution of strength and that of stresses because both depend upon the nature of the material, on the cross-sections and upon the load acting on the structure. These practical difficulties can be overcome in two ways. The first is to apply different safety factors to the material and to the loads, without necessarily adopting the probabilistic criterion. The second is an approximate probabilistic method which introduces some simplifying assumptions ( semi-probabilistic methods ) 。

英文翻译资料:赛车及F1专用语解释

英文翻译资料:赛车及F1专用语解释

赛车及F1专用语解释赛车部件brake system 刹车系统chassis 底盘engine/motor 引擎cylinder 汽缸clutch 离合器fuel tank 油箱automatic transmission 变速箱bonnet 车盖electronic ignition system 电子点火系统radiator 散热器spot lamp 车灯tire 轮胎cockpit 驾驶舱车内仪器oil pressure gauge 油压表safety belt 安全带wiper 拭雨器window glass 车窗玻璃seat 座位helmet 头盔steering wheel 方向盘dashboard 仪表盘speedometer 速度表人员driver 车手team manager 车队经理the support crew 后勤人员sponsor 赞助商spectator 观众rookie新手technical consultant 技术顾问co-driver 领航员pit crew 后勤维修人员constructor 制造商赛制practice 练习赛formula-1 racing 一级方程式赛车formula-3 racing 三级方程式赛车rally 拉力赛后勤装备pit 维修站pit stop 停站pit lane 维修道steering box 转向机surviving cell 救生室water pump 水泵paddock 装备区其它chicane 减速弯道hairpin 发夹弯道dirty air 乱流down force 下压力grid 排位starting grid 起跑排位pole position 杆位qualifying 排位赛slicks 光头胎race number 赛车号码safety car 安全车F1赛专用语解释Grand Prix:国际汽车大奖赛( 大奖赛。

无线电接收机英文资料及中文翻外文翻译

无线电接收机英文资料及中文翻外文翻译

英文资料及中文翻译Radio ReceiverA block diagram for a modern radio receiver is shown in Fig..2-4.The input signals to this radio are amplitude-modulated radio waves. The basic electronic circuits include: antenna ,tuner, mixer, local oscillator ,IF amplifier, audio detector, AF amplifier, loudspeaker, and power supply.Fig.2-4 A Block Diagram For Modern Radio ReceiverAny antenna system capable of radiating electrical energy is also able to abstract energy from a passing radio wave. Since every wave passing the receiving antenna. Induces its own voltage in the antenna conductor, it is necessary that the receiving equipment be capable of separating the desired signal from the unwanted signals that are also inducing voltages in the antenna. This separation is made on the basis of the difference in frequency between transmitting stations and is carried out by the use of resonant circuits, which can be made to discriminate very strongly in favor of a particular frequency. It has already been pointed that, by making antenna circuit resonant to a particular frequency, the energy abstracted from radio waves of that frequency will be much greater than the energy from waves of other frequencies; this alone gives a certain amount of separation between signals. Still greater selective action can be obtained by the use of additional suitably adjusted resonant circuits located somewhere in the receiver in such a way as to reject all but the desired signal. The ability to discriminate between radio waves of different frequencies is called selectivity and the process of adjusting circuits to resonance with the frequency of a desired signal is spoken of as tuning.Although intelligible radio signals have been received from the stations thousands of miles distant, using only the energy abstracted from the radio wave by the receiving antenna much more satisfactory reception can be obtained if the received energy isamplified. This amplification may be applied to the radio-frequency currents before detection, in which case it is called radio-frequency amplification or it may be applied to the rectified currents after detection, in which case it is called audio-frequency amplification. The use of amplification makes possible the satisfactory reception of signals from waves that would otherwise be too weak to give an audible response.The process by which the signal being transmitted is reproduced from the radio-frequency currents present at the receiver is called detection, or sometimes demodulation. Where the intelligence is transmitted by varying the amplitude of the radiated wave, detection is accomplished by rectifying the radio frequency current. The rectified current thus produced varies in accordance with the signal originally modulated on the wave irradiated at the transmitter and so reproduces the desired signal. Thus, when the modulated wave is rectified, the resulting current is seen to have an average value that varies in accordance with the amplitude of the original signal.Receiver circuit are made up a of a number of stages. A stage is a single transistor connected to components which provide operating voltages and currents and also signal voltages and currents. Each stage has its input circuit from which the signal comes in and its output circuit from which the signal, usually amplified, goes out. When one stage follows another, the output circuit of the first feeds the signal to the second. And so the signal is amplified, stage by stage, until it strong enough to operate the loudspeaker.Radio WavesRadio Waves are a member of the electromagnetic of waves. They are energy-carriers which trave l at the speed of light (ν), their frequency(ƒ) and wavelength(λ) being related , as for any wave motion, by the equationν=ƒ* λwhere ν=c=3.0*108 m/s in a vacuum (or air). If λ=300m, then ƒ=ν/λ=3.0*108 /(3.0*10 2)=106Hz=1MHz. The smaller λis, the larger ƒ.Radio Waves can be described either by their frequency or their wavelength. But the former is more fundamental since, unlike λ (and ν ), f does not change when the waves travel form one medium to another.Radio Waves can travel form a transmitting aerial in one or more of three different ways.Surface or ground wave.. This travels along a ground, the curvature of the earth’s surface. Its range is limited mainly by the extent to which energy is absorbed form it by the ground. Poor conductors such as sand absorb more strongly that water, and the higher thefrequency the greater the absorption. The range may be about 1500km at low frequencies (long wave, but much less for v. h. f.).Sky wave. This travels skywards and, if it is below a certain critical frequency (typically 30MHz), is returned to earth by the ionosphere. This consists of layers of air molecules (the D,E and F layer), stretching form about 80km above the earth to 50km, which have become positively charged through the remova l of electrons by the sun’s ultraviolet radiation. On striking the earth the sky wave bounces back to the ionosphere where it is again gradually refracted and returned earthwards as if by 'reflection '. This continues until it is completely attenuated.Space wave. For v. h . f., u. h. f. and microwave signals, only the space wave, giving line-of sight transmission, is effective. A range of up to 150km is possible on earth if the transmitting aerial is on high ground and there are no intervening obstacles such as hills, buildings or trees.OscillatorsElectrical oscillators are widely used in radio and television transmitters and receivers, in signal generators, oscilloscopes and computers, to produce A.C. with waveforms which may be sinusoidal, square, sawtooth etc. and with frequencies from a few hertz up to millions of hertz.Oscillatory circuitWhen a capacitor discharges through an inductor in a circuit of low resistance, an A.C. flows. The circuit is said to oscillate at its natural frequency which, as we will show shortly, equals LC 21, i.e. its resonant frequency f0. Electrical resonance thus occurs when the applied frequency equals the natural frequency as it does in a mechanical system..In Fig,2-2(a) , a charged capacitor C is shown connected across a coil L.C immediately starts to discharge, current flows and a magnetic field is created which induces an e. m. f. in L. This e. m. f. opposes the current . When C is completely discharged the electrical energy originally stored in the electric field between its plates has been transferred to the magnetic field around L.By the time the magnetic field has collapsed, the energy is again stored in C. Once more C starts to discharge but current now flows in the opposite direction, creating a magnetic field of opposite polarity. When this field has decayed, C is again charged with its upper plate positive and the same cycle is repeated.In the absence of resistance in any part of the circuit , an undamped sinusoidal A.C. would be obtained. In practice , energy is gradually dissipated by resistance as heat and a damped oscillation is produced.OscillatorAs the resistance of an LC circuit increases, the oscillation decay more quickly. To obtain undamped oscillations, energy has to be fed into the LC circuit in phase with its natural oscillations to compensate for the energy dissipated in the resistance of the circuit. This can be done with the help of a transistor in actual oscillators.A simple tuned oscillator is shown in Fig.2-2(b). The LC circuit is connected in the collector circuit (as the load) and oscillations start in it when the supply is switched on . The frequency of the oscillations is given by, i.e. then natural frequency of the LC circuit. The transistor merely ensures that energy is fed back at the correct instant from the battery. The current bias for the base of the transistor is obtained through R .AMPLIFIERIntroductionThe term amplifier is very generic. In general, the purpose of an amplifier is to take an input signal and make it stronger (or in more technically correct terms, increase its amplitude). Amplifiers find application in all kinds of electronic devices designed to perform any number of functions. There are many different types of amplifiers, each with a specific purpose in mind. For example, a radio transmitter uses an RF Amplifier (RF stands for Radio Frequency); such an amplifier is designed to amplify a signal so that it may drive an antenna. This article will focus on audio power amplifiers. Audio power amplifiers are those amplifiers which are designed to drive loudspeakers. Specifically, this discussion will focus on audio power amplifiers intended for DJ and sound reinforcement use. Much of the material presented also applies to amplifiers intended for home stereo system use.The purpose of a power amplifier, in very simple terms, is to take a signal from a source device (in a DJ system the signal typically comes from a preamplifier or signal processor) and make it suitable for driving a loudspeaker. Ideally, the ONLY thing different between the input signal and the output signal is the strength of the signal. In mathematical terms, if the input signal is denoted as S, the output of a perfect amplifier is X*S, where Xis a constant (a fixed number). The "*" symbol means? Multiplied by".This being the real world, no amplifier does exactly the ideal, but many do a very good job if they are operated within their advertised power ratings. The output of all amplifiers contain additional signal components that are not present in the input signal; these additional (and unwanted)characteristics may be lumped together and are generally known as distortion. There are many types of distortion; however the two most common types are known as harmonic distortion and inter modulation distortion. In addition to the "garbage" traditionally known as distortion, all amplifiers generate a certain amount of noise (this can be heard as a background "hiss" when no music is playing). More on these later.All power amplifiers have a power rating, the units of power are called watts. The power rating of an amplifier may be stated for various load impedances; the units for load impedance are ohms. The most common load impedances are 8 ohms, 4 ohms, and 2 ohms (if you have an old vacuum tube amplifier the load impedances are more likely to be32 ohms, 16 ohms, 8 ohms, and maybe 4 ohms). The power output of a modern amplifier is usually higher when lower impedance loads (speakers) are used (but as we shall see later this is not necessarily better).In the early days, power amplifiers used devices called vacuum tubes (referred to simply as "tubes" from here on). Tubes are seldom used in amplifiers intended for DJ use (however tube amplifiers have a loyal following with musicians and hi-fi enthusiasts). Modern amplifiers almost always use transistors (instead of tubes); in the late 60's and early 70's, the term "solid state" was used (and often engraved on the front panel as a "buzz word"). The signal path in a tube amplifier undergoes similar processing as the signal in a transistor amp, however the devices and voltages are quite different. Tubes are generally "high voltage low current" devices, where transistors are the opposite ("low voltage high current"). Tube amplifiers are generally not very efficient and tend to generate a lot of heat. One of the biggest differences between a tube amplifier and a transistor amplifier is that an audio output transformer is almost always required in a tube amplifier (this is because the output impedance of a tube circuit is far too high to properly interface directly to a loudspeaker). High quality audio output transformers are difficult to design, and tend to be large, heavy, and expensive. Transistor amplifiers have numerous practical advantages as compared with tube amplifiers: they tend to be more efficient, smaller, more rugged (physically), no audio output transformer is required, and transistors do not require periodic replacement (unless you continually abuse them). Contrary to what many peoplebelieve, a well designed tube amplifier can have excellent sound (many high end hi-fi enthusiasts swear by them). Some people claim that tube amplifiers have their own particular "sound". This "sound" is a result of the way tubes behave when approaching their output limits (clipping). A few big advantages that tube amplifiers have were necessarily given up when amplifiers went to transistors.What are Amplifier Classes?The Class of an amplifier refers to the design of the circuitry within the amp. There are many classes used for audio amps. The following is brief description of some of the more common amplifier classes you may have heard of.Class A: Class A amplifiers have very low distortion (lowest distortion occurs when the volume is low) however they are very inefficient and are rarely used for high power designs. The distortion is low because the transistors in the amp are biased such that they are half "on" when the amp is idling. As a result, a lot of power is dissipated even when the amp has no music playing! Class A amps are often used for "signal" level circuits (where power is small) because they maintain low distortion. Distortion for class A amps increases as the signal approaches clipping, as the signal is reaching the limits of voltage swing for the circuit. Also, some class A amps have speakers connected via capacitive coupling.Class B: Class B amplifiers are used in low cost, low quality designs. Class B amplifiers are a lot more efficient than class A amps, however they suffer from bad distortion when the signal level is low (the distortion is called "crossover distortion"). Class B is used most often where economy of design is needed. Before the advent of IC amplifiers, class B amplifiers were common in clock radio circuits, pocket transistor radios, or other applications where quality of sound is not that critical.Class AB: Class AB is probably the most common amplifier class for home stereo and similar amplifiers. Class AB amps combine the good points of class A and B amps. They have the good efficiency of class B amps and distortion that is a lot closer to a class A amp. With such amplifiers, distortion is worst when the signal is low, and lowest when the signal is just reaching the point of clipping. Class AB amps (like class B) use pairs of transistors, both of them being biased slightly ON so that the crossover distortion (associated with Class B amps) is largely eliminated.Class C: Class C amps are never used for audio circuits. They are commonly used in RF circuits. Class C amplifiers operate the output transistor in a state that results in tremendous distortion (it would be totally unsuitable for audio reproduction). However, the RF circuits where Class C amps are used employ filtering so that the final signal iscompletely acceptable. Class C amps are quite efficient.Class D: The concept of a Class D amp has been around for a long time, however only fairly recently have they become commonly used. Due to improvements in the speed, power capacity and efficiency of modern semiconductor devices, applications using Class D amps have become affordable for the common person. Class D amplifiers use a very high frequency signal to modulate the incoming audio signal. Such amps are commonly used in car audio subwoofer amplifiers. Class D amplifiers have very good efficiency. Due to the high frequencies that are present in the audio signal, Class D amps used for car stereo applications are often limited to subwoofer frequencies, however designs are improving all the time. It will not be too long before a full band class D amp becomes commonplace.Other classes: There are many other classes of amplifiers, such as G, H, S, etc. Most of these are variations of the class AB design, however they result in higher efficiency for designs that require very high output levels (500W and up for example). At this time I will not go into the details of all of these other classes as I have not studied them all in detail. Suffice to be aware that they exist for now.无线电接收机图2-4为无线电接收机的方框图,输入信号为调幅无线电波。

导盲犬资料英文 带翻译

导盲犬资料英文 带翻译

导盲犬资料英文带翻译Guide Dogs: The Ultimate Companion for the Visually Impaired。

导盲犬,视障人士的终极伴侣。

Guide dogs, also known as service dogs, are specially trained dogs that assist people with visual impairments. These dogs are trained to guide their owners through obstacles, navigate busy streets, and perform various tasks that help their owners maintain their independence. In this article, we will explore the history of guide dogs, their training, and the benefits they provide to visuallyimpaired individuals.导盲犬,也称为服务犬,是专门训练的狗,可以协助视力障碍人士。

这些狗被训练为引导他们的主人穿过障碍物,穿过繁忙的街道,并执行各种任务,帮助他们的主人保持独立。

在本文中,我们将探讨导盲犬的历史、训练以及它们为视力受损的人士提供的好处。

History of Guide Dogs。

导盲犬的历史。

The use of guide dogs dates back to the early 20th century, when a German doctor named Gerhard Stalling began training dogs to assist blinded soldiers in World War I. Stalling's work was later expanded by a woman named Dorothy Harrison Eustis, who trained the first guide dog in the United States in 1927. The dog, named Buddy, was trained to guide a blind man named Morris Frank and became a symbol of hope for visually impaired individuals.导盲犬的使用可以追溯到20世纪初,当时一位名叫Gerhard Stalling的德国医生开始训练狗协助在第一次世界大战中失明的士兵。

英文翻译资料:建筑词汇

英文翻译资料:建筑词汇

建筑词汇air cement handling 气动水泥装卸air centrifuge 空气离心机air chamber 空气室air change 换气air channel 风道air chimney 通风管air chipper 风铲air chute 通风道air circulation 空气循环;送风air classification 空气风力分离air cleaner 空气净化器air cleaner hair 滤氧器发卷air cleaner inlet 空气净化器air cleaning facility 空气净化设施air cleaning unit 空气净化器air cock 放气旋塞air coil 气冷蛇形盘管air collector 集气罐air column 空气柱air compressing machine 空气压缩机air compressor 空气压缩机air condenser 空气冷凝器air condition 空气调节设备air conditioned building 装有空调的建筑air conditioned ceiling 通风顶棚air conditioned space 空调室air conditioner 空调机air conditioning chamber 空调室air conditioning custshaft 空调管道井air conditioning engineering 空调工程air conditioning equipment 空调设备air conditioning inlet 空调口air conditioning installation 空调装置air conditioning load 空调负荷air conditioning lock 空调气闸air conditioning plant 空调设备air conditioning space 空调空间air conditioning station 中心空调站air conditioning system 空调系统air conditioning unit 空调器air conductivity 透气性air conduit 风管;空气管道air connection 连接管air consumption 空气消耗量air container 储气器air contaminant 空气污染物air content test 含气量试验air conveyer 压缩空气输送器air conveying line 气动输送管路air coolant 冷却空气air cooled 空气冷却的air cooled chiller unit 气冷式冷却机组air cooled compressor 气冷式压缩机air cooled condenser 气冷式空气冷凝器air cooling 空气冷却air cooling coil 气冷盘管air cooling dehumidifier 空气冷却去湿装置air crossing 井下交叉风道air cured 空气养护的;用空气处理的air curtain 空气幕air curtain door installation 空气幕设备air curtain door unit 空气幕设备air curtain doorway 门前热风幕air curtain installation 空气幕设备air curtain unit 空气幕设备air cushion 气垫air cushion car 气垫车air cushion shock absorber 气垫减震器air cycle efficiency 空气循环效率air cycle equipment 空气循环设备air damped 空气减震air damper 挡风板;风阀air dashpot 空气缓冲器air defence work 防空工程air deflector 空气偏导器air dehumidifier 空气干燥器air delivery 风动输送air demand 需气量air demolition pick 风镐air demolition pick hammer 风镐air diffuser 空气扩散器air diffusing 空气扩散air diffusing equipment 空气扩散装置air diffusing outlet 空气扩散;散流口air diffusion aerator 空气扩散式曝气装置air diffusion method 压缩空气曝气法air diffusivity 空气扩散率air diffusor 空气扩散器air digger 风铲air discharge 排气air discharge equipment 排气设备air distribution 空气分布;配风air distribution equipment 空气分配设备;配风装置air distribution line 空气分布管道;配风支管air distribution outlet 空气分布口;配风口air distribution system 空气分配系统air distributor 送风口;空气分配器air ditch 明渠;通气道air dolly 气压顶铆器air dome 充气帐蓬air door 气门;风门air draft 通风;气流air drag tachometer 气阻式转数计air drain 通风道air draught 通气;气流air drier 空气干燥器air drifted drill 风钻air drill 风钻air drill hammer 风钻air drome 飞机场air drum 储气器;空气收集器air dry 空气干燥air dry density 风干密度air drying clear varish 风干清漆air drying machine 空气干燥机air drying varish 风干清漆air duct installation 风道安装air duct riser 送风立管air duct system 风道系统air ducting 风道air ductwork 风道air dump car 气动倾卸车air dydraulic jack 气-液千斤顶air earth hammer 气动打夯机air eddy 空气涡流air ejection 气动脱模air ejector 抽气器air elimination 除气air eliminator 除气器air elutriation 空气淘析air entrained 加气的air entrained concrete 掺气混凝土air entrainer 起泡剂air entraining agent 引气剂air entraining concrete 加气混凝土air entrainment meter 含气量测定仪air entrapment 滞留空气;内部气泡air entrapping structure 多孔结构air equipment 空气分配设备;配风装置air evaporation 空气蒸发air exit 排风口air extractor 抽气器air face 空气表面;背水面;下游面air fast 不透风的air faucet 气嘴;气旋塞air feed 送气;供气air fence 导流栅air field 飞机场air filter 空气过滤器air fixture 通风装置air float 气动抹灰工具air floated powder 气溶粉尘air floor heating 热风地板采暖air flow 气流;气量;风量air flue 气道air foam 泡沫air foil 风道;烟道air force 空气动力;风力air fountain 气泉air fractionation 风动分级air freezing 空气冻结air freight building 航空货运厅air friction 空气摩擦air funnel 通风筒air furnace 热风采暖炉air gate 空气门air gauge 气压计air gauging 气压计air glass block 通风玻璃块air governor 送风调节器air grate 通风篦子air grille 通风花窗air grinder 风动磨头;气动砂轮机air grit 通风格栅air gun 喷漆枪air hammer 气锤;打桩机air hammer drill 风锤钻air hammer rockdrill 风锤钻air handling 通风;换气air handling area 通风面积air handling ceiling 通风天花板air handling connection 通风连接管air handling ducting 管道通风air handling equipment 通风设备air handling fixture 通讯装置air handling glass brick 通风玻璃砖air handling installation 通风装置air handling lighting fixture 通讯装置air handling line 通风管道air handling opening 通风孔air handling panel 通风板air handling piece 通风配件air handling pipe 通风管air harbor 航空港air hardenable 气硬的air hardening lime 气硬性石灰air hardening steel 气冷钢;正火钢air hawser 大型运输滑翔机air header 空气立管air heading 通风坑道air heat 空气加热air heater 空气加热器air heating 空气加热air heating installation 空气加热设备air heating plant 空气加热设备air heating radiator 热风采暖器air heating system 空气加热系统air heating unit 空气加热机组air hoist 空气升流机;气动葫芦air holder 气罐;储气罐air hole 风洞;通风孔air horn 汽笛;气喇叭air hose 风管;送风软管air humidification 空气加湿air humidity 空气湿度air hydraulic accumulator 空气水压蓄力器air impact hammer 气锤;打桩机air impermeability 不透气性;气密性air impervious liner 气密层;内衬层air induction 空气诱导;进气口air induction opening 进气口air infiltration 气渗空气透入air inflation 充气air injection 空气喷入air inlet 进风口air inlet clack valve 进气瓣阀air inlet scoop 进气口air input 进气量air installation 通风装置air insulation 空气绝缘air intake 进风口air jack 气压顶升机air jacket 空气套air jet 空气喷嘴air jig 风力淘汰机air lance 用空气消除air landing strip 机场内跑道带air lay-in ceiling 通风天花板air leakage 漏气air leg 风力锤气动杆air less 不通风的;真空的air level 气泡水准仪air lift 空气升液器;气压提升器air line 风管;进风管air load 气动力负荷air lock 气塞;砂眼air lock door 双层风门air locking 密封材料air louver 空气调节孔air lubricator 压缩空气润滑器air luminaire 通风照明装置air luminaire fixture 通风照明装置air main 主风道air manifold 风管;输气管air manometer 空气压力表air marking 小气泡麻孔air mat filter 孔垫式滤器air mechanics 空气动力学air meter 含气量测定仪air moistening 空气加湿air moisture 空气湿度air moisture comfort curve 空气湿度舒适曲线air monitor 大气污染监测器air monitoring network 大气污染监测网air mortar 加气砂浆air motion 空气运动air motor drill 风动钻机air movement 空气运动air noise 空气噪声air nozzle 空气喷嘴air oasis 空气净区air opening 通风孔air operated 气动的air outlet 空气出口air output 送风量air packing 气密填料air painter 喷漆器air panel 通风air park 私人停机机场air partition 隔风墙air passage 风道;通风槽air patenting 空气淬火air permeability 空气渗透率air photo 航空摄影air photogrammetry 航空摄影测量制图air photograph 航空摄影air picker 风镐air piece 通风配件air pile hammer 气动打桩锤air pilot valve 空气导向阀air pipe 空气管;通风管air pipe tray 通风管支架air piping 风口;通风口air piping filter 空气管道过滤器air pit 通气坑;通风井air placing 气动浇灌air plant 通风系统air plug 气孔塞air pocket 气穴air pocket eliminator 气泡消除器air pollutant 大气污染物air pollution 空气污染air pollution agent 大气污染因子air pollution code 防止空气污染规范air pollution index 空气污染指标air pollution prevention 防止空气污染air pollution sources 大气污染air port 风口;机场air port pavement 飞机场道路路面air port runway 机场跑道air port taxiway 机场滑行道air power 空气动力;压缩空气air pre-cleaner 空气预过滤器air precooler 空气预冷器air preheater 空气预热器air press 气动压力机air pressure 空气压力air pressure dump 压缩空气管道air pressure reducer 空气减压阀air pressure regulator 气压调节阀air pressure test 气压试验air pressure water system 气压给水系统air proof 不透气的;气密的;密封air propelling 压缩空气驱动air pruifying unit 空气净化机组air pump 气泵;真空泵air purge 空气吹扫air purification 空气净化air purifier 空气净化器air purity 空气纯度air quality 空气质量air quality criteria 空气质量准则air quality standard 空气质量标准air qyantity 空气量air ram 空气压力机air rate 通风量air reamer 气压扩孔机air receiver 空气储蓄器air rectification 空气吹脱air reducing agent 除气剂air refined asphalt 吹制精炼石油沥青air refined steel 精炼钢air refrigerating machine 空气制冷机air regenerating device 换气设备air register 调风器air regulation 风量调节air regulator 风量调节器air release valve 放气阀air relief 放气气口air renewal 换气air reservoir 储气罐air resistance 空气阻力air resisting liner 内衬层air retaining substance 加气剂air retaining wall 内衬层;气密层air ring 环形垫;环形空气囊air riveter 气压铆钉机air rock drill 风钻;风动凿岩机air route 航空线air sampler 空气取样器air sand blower 喷砂机air sand blowning 空气喷砂air saw 气锯;气压锯air scape 空中鸟瞰图air scattering 空气散射air scavenging gear 吹风装置air scoop 进气口air scour 气体冲刷air screen 空气幕air scrubber 空气洗涤器air seal 气封air seasoning 空气干燥法air seasoning method 空气干燥法air section 气段;空气区域air separator 吹气分离器air set 常温凝固的air set pipe 空气冷凝管air sextant 航空六分仪air shaft 通风井air shield driving 压缩空气盾构开挖air shots 气泡;砂眼air shower 空气淋浴air shrinkage 气干收缩air shut-off valve 空气关闭阀air shutter 空气调节阀air side face 下风面air sifting 空气分离air silencer 空气消音器air siltometer 空气尘埃颗粒分析测定仪air sinking 气动凿井air slake 潮解;空气熟化air slaked lime 消石灰air sleeve 风向袋air slide 气动溜槽air sliding window 通风推拉窗air sniffer 吸气机air soil hammer 气动夯土机air sound attenuator 空气消音器air spade 风铲air sparger 曝气器air spots 表面不平air spraying 压力喷涂air spring 气垫;空气弹簧air stack 通风立管air stagnation 空气停滞air starting system 压缩空气起动设备air station 压缩空器站air stave 通风侧板air sterilization 空气消毒air storage 空气贮备air strainer 空气粗滤器air stratification 空气分层air stratum 空气层air stream 气流;空气射流air strength 自然干燥强?air strip 机场跑道air stripping blade 气动剥岩铲air suction pipe 吸气管air suction valve 吸管阀air supply duct 送风管air supply dump 供气道air supply hose 送风胶管air supply outlet 送风口air supply panel 送风孔板air supply pipe 送风管air supply system 送风系统air supply valve 送气阀air supported building 气胎式建筑air supported fabric dome 充气胶布帐蓬air survey 航空测量air suspension 空气垫air system 通风系统air table 称轴air tack cement 封气粘胶水air tamper 风动夯air tank 贮气箱air tap 空气旋塞air tent 气垫帐蓬air terminal 风道末端air termination network 屋面避雷网air test 漏气试验air thermostat 空气恒温器air tight 气密;不漏气air tool 气动工具air traffic 空中交通air transit 航空转运air transport 空运air trap 阻气具air traps 气泡air tray 通风管支架air trowel 气动抹灰工具air trunk 通风总管air tube cooler 管状空气辐射泠却器air tubes 压缩空气管道air tugger 气动拖式卷扬机air tumbler 空气换向器air tunnel 风洞air turbine 气动涡轮机air uptake 空气上升道air valve 气阀;气门air vane 通风机顺片air vent 排气口air vent valve 通气阀air vessel 贮气器air vibrator 气动振动器air view 空瞰图air vitiation 空气污染air void 孔隙率air voids 孔隙率air volume 空气体积air wash 空气冲洗air way 空气通道air well 通风竖井air went 气孔air went window 通气窗air wetting 空气湿润air whirl 气旋air winch 风动绞车air window 通风窗air wire 天线;架空线air working chamber 沉箱工作室air zoning 分区送风air-boost compressor 增压式压气机air-borne sound insulation 空气消音;空气噪声防护air-cleanign facility 空气净化装置air-core cable 空气纸绝缘电缆air-craft surveying 航测;航空摄影测量air-cushion joint 气垫缝air-defence station 防空站air-dried wood 风干木材air-drying enamel 风干瓷漆air-drying varnish 风干漆air-ejecting fan 抽气机air-entrained admixture 加气剂air-entrained cement 加气水泥air-entraining agent 加气剂air-exhaust ventilator 排气通风机air-free concrete 密实混凝土air-free water 无气水air-handling block 通风空心砖块air-handling brick 通风空心砖air-handling cavity 通风孔air-inflarted building 气胎式建筑air-inlet screen 进气栅air-intake valve shutter 进气口活门air-lift pump 气压提升泵air-lift type agiator 气升式搅拌器air-motor driven jumbo 风动钻车air-placed concrete 喷射混凝土air-tight partition 气密隔墙air-tight seal 气密封air-tired tractor 轮式拖拉机airblrne particulates 空气中悬浮粒子airborne activity 大气层放射性airbrake 空气制动器airbreather 空气吸潮器;通风装置;通气孔aircasing 隔气套管aircraft parking 停机坪airdrome control tower 机场指挥塔airexpansion lightning arrester 气膨胀避雷器airfast 不透风的airfence 导流栅airfield 飞机场airfreezing 空气冻结airhardenable 气硬的airline 风管;进风管airpocket 气穴airport beacon 航空灯塔airport pavement 机场跑道airproof 不透气的;气密的;密封airrate 通风量airscape 空中鸟瞰图airshaft 采光井;自然通风井airship hangar 飞艇库airstrength 自然干燥强度airtight 不透气的airy 空气的;通风的。

关于狮子的资料简介英语六年级下册带翻译

关于狮子的资料简介英语六年级下册带翻译

关于狮子的资料简介英语六年级下册带翻译LionsLions are the only two states a male and female cat species. The enormous size lion, the lion stands up to the public 180cm, 160cm mother also. Lion short hair, body color is light gray, yellow or tinted different is male lion has long had a long mane, a light brown mane. brown, black, and so on, the long mane has been extended to the left shoulder and chest. The longer those manes, the deeper the color guy Perhaps in the eyes of mother is tall and straight Hunks Yingwu, often attract more 'Ladies' attention. Huge lion's head, faces very broad, nasal longer Tapenkeng is black. Lion's ears rather short, round ears am (I note that the names of some people because Lane had a "lion", put the Cougar confusion and mother together. In fact alone will be able to watch from the outside distinction, mother's ears is just like the semicircle, and the Cougar ears were quite long, Ear relatively sharp. In addition, lion cat species belong to the subfamily Leopard, Cougar was cat subfamily. The difference between the two quite well. Lion forelimb more than hind legs stronger, their paw is also very wide. Lion's tail is relatively long, There terminal cluster dark Long Hair.狮子狮是唯一一种雌雄两态的猫科动物。

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Buyers always ask how much of an earnest money deposit is required. Typically, there is no set requirement. In California, contracts must contain consideration to be valid, but that amount can be as little as one dollar. Laws in your state may be different. Bear in mind, however, that the amount of your earnest money deposit depends primarily on your marketplace and local custom.What is an Earnest Money Deposit?It's a good faith deposit but not to be confused with a down payment. When buyers execute a purchase contract, the contract specifies how much money the buyer is initially putting up to secure the contract, to show "good faith," and how much money all together will be deposited as a down payment. The balance is generally financed as a mortgage or a combination of mortgages. An earnest money deposit says to the seller:"Yes, I am serious enough about buying your house that I'm willing to put my money where my mouth is."So, How Much is Enough?Because there is no set amount, it varies from market to market and across the country. Where I work in California, deposits are generally 1 to 3 percent of the sales price. Buyers here do not often put down more than 3% since most sign a liquidated damages clause that limits the seller to 3% of the purchase price as damages in the event of a default. But it's not unusual for a buyer purchasing a $300,000 home to put down $1,000, especially if the buyer is obtaining 100% financing. In those scenarios, the deposit is most often refunded to the buyer and subsequently used as a credit toward closing costs because the financing makes up the entire purchase price.If it's a seller's market, with many buyers fighting over limited inventory, it makes logical sense for the buyer to put down a much larger earnest money deposit to entice the seller to accept the offer. In buyer's markets, a larger earnest money deposit might entice a seller to accept a much lower purchase price. So you see, it all depends.Be Careful to Whom You Give Your Earnest Money DepositA reader from New Brunswick, Canada, Sylvie Schriver, claims she lost her $2,500 earnest money deposit by handing it over to an individual who professed to be a real estate broker. She says the broker stole a brokerage's logo and business supplies to make it appear that he was legitimate; however, he vanished when Sylvie called to ask questions about her mortgage. When she reported the crook to the police, she then discovered that others had filed complaints. Sadly, at that point, Sylvie's money was gone.Never give an earnest money deposit to the seller.∙Make the deposit payable to a reputable third party such as a well known real estate brokerage, legal firm, escrow company or title company.∙Verify that the third party will deposit the funds into a separately maintained trust account.∙Obtain a receipt.∙It is not advisable to authorize a release of your earnest money (or a pass-through) until your transaction closes.Is Your Earnest Money Deposit Refundable Upon Cancellation?First, read your contract. Laws vary from state to state. In California, standard C.A.R. purchase contracts allow for the return of the earnest money deposit to the buyer within a specified time period, by default 17 days, should the buyer elect to cancel the transaction. If, at that point, the seller refused to return the deposit without cause, the seller could end up paying a $1,000 civil penalty to the buyer.Upon cancellation, the sellers and buyers are asked to sign mutual release instructions. If an agreement cannot be reached, the party holding the earnest money deposit will continue to hold it until an agreement is reached. If no agreement has been reached after a few years, escrow companies then send the parties a certified letter asking for mutual instructions. The letter says if nobody responds within a certain time period, then escrow will return the money to the buyer. If the seller contests the action then, after 3 years, escrow will send the money to the state of California, presumably to help balance our budget deficit.In a thesaurus, a synonym for earnest is sincere. When purchasing real property, the buyer offers a sum of deposited money to be held to indicate their sincerity and intent to go through with the purchase process. The amount offered usually correlates somewhat with the purchase price of the real property, however this can vary by locality and custom. The amount of earnest money is also normally a negotiable item. The seller does not have to accept the initial amount offered by the prospective buyer. Sellers can require an increase in earnest money deposited for various reasons: ∙Buyer has requested extended period to closing∙Buyer is offering zero or very low down payment∙Seller has increased interest or other offers on the property∙Buyer just offered too little money in the first placeIn some cases, sellers may set a minimum earnest money amount in the listing advertisement. New homebuilders may also have certain minimum up-front deposit requirements.Most states have very strict rules regarding the handling of, and accounting for, earnest money deposits. The money is usually held in an escrow company account,title company account, buyers' broker trust account, or sellers' broker trust account. It is always the buyer's money in a transaction that goes through to closing. On the settlement statement it is used to offset the buyers' costs in the transaction.The disposition of earnest money in a dispute and failed transaction is also spelled out in state law and real estate regulations. In many real estate contracts the buyer and seller agree to mediate before going to court and taking further legal action. Mediation usually results in agreement by the parties as to how to distribute earnest money in the failed deal. In many cases just avoiding the cost of mediation will result in an agreement between the parties. In all cases, real estate agents and brokers should place the highest priority on the handling of client funds.Case in PointA buyer's $1,000 was deposited into escrow two years ago. Unknown to the seller or real estate agent, a week before closing escrow, the buyer decided to buy another property and entered escrow at a different title company. A few days before she was scheduled to close on the first property, the buyer completed her final walk-through and declared there were water stains on the ceiling. There was no evidence of water stains on the ceiling. But that didn't stop the buyer from canceling the escrow. The sellers believe the buyer has forfeited her deposit. The buyer believes it should be returned. Two years later, the money is still sitting in escrow.买家总是问如何一大部分保证金存款是必需的。

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