南京航空航天大学大一飞行英语lesson1课文
航空服务英语口语教程课件Unit 1
Dialog 1
(C = Clerk P = Passenger) C: Hello, China Southern Airlines. May I help you? P: Yes, I’d like to book a ticket from Guangzhou to Tokyo. C: Okay! When do you wish to fly? P: Next Friday, July 1st. What flights are available? C: Please hold for a moment. Let me check the flight schedule. (after a moment) C: Sorry for keeping you waiting. We have two flights to Tokyo, at 10:10 a.m. and 3:15 p.m. Both flights have seats available. P: What’s the arrival time of the morning flight? C: That’s Flight CZ385 and it arrives in Tokyo at 2:55 p.m. local time.
When do you want to fly? Will you be traveling at first class or economy class? Could you please tell me your name?
Would you like a one-way ticket or return ticket? I’ll repeat your reservation. I’ve reserved you one first class seat for May 5th, one way to San Francisco leaving Shanghai at 2 p.m. Could you please tell me your telephone number?
SpokenEnglishforCabinAttendants-南京航空航天大学金城学院
Unit 1 The Cabin Crew
Introduction to this Course
18 units Part Part Part Part A Dialogues in the Cabin B Communication Functions C Pronunciation and Intonation D Aviation Language
Introductions:
My name is …. I am … May I introduce myself? Let ( allow) me (to ) introduce myself. Useful Expressions : My service number is … I’m in charge of first class/economy class
Unit 1 The Cabin Crew
1. Lead-in. 2. Dialogues study. 3. Announcements 4. Aviation Language
Lead-in
Cabin 1. 小木屋 2. 客舱 uncle Tom’s cabin
Crew: 组,队 Cabin crew:乘务组 Flight crew:飞行组 Air crew Ground Crew
Aviation Language
CAUC: 中国民航大学 Civil Aviation University of China NUAA:南京航空航天大学 Nanjing University of Aeronautics and Astronautics 南京航空航天大学金城学院 Nanhang Jincheng College
Aviation English for Flight Crew
Aviation English for Flight Crew复习笔记学生六队编Aviation English for Flight Crew飞行英语阅读教程Reading Course 飞行英语2012-2013-2知识点——飞行技术学院学生六队编1CONTENTSCONTENTS (2)Aviation English for Flight Crew (3)L ESSON1A IR C REW (3)Text A Captain and F/O Duties (3)Text B Flight Attendants (3)L ESSON2C OCKPIT AND CRM (4)Text A Cockpit (4)L ESSON3A IRCRAFT C ONTROLS&A ERODYNAMICS (5)Text A Airplane Flight Controls (5)L ESSON4F LIGHT C ONTROL S YSTEM&P ROBLEMS (6)T EXT A L OSS OF C ONTROL (6)L ESSON5H YDRAULIC P OWER&L ANDING G EARS (6)T EXT A T HE H YDRAULIC S YSTEM (6)L ESSON6A UTOMATIC F LIGHT&I NSTRUMENTS (8)Text A Automatic Flight (8)Text B Flight Management System (9)L ESSON7P OWERPLANT,APU AND E LECTRICAL S YSTEM (9)Text A Powerplant (9)Text B The Electrical System (11)L ESSON8P NEUMATIC AND F UEL (11)Text A Cabin Pressurization (11)Text B Air Conditioning System (12)L ESSON9C OMMUNICATION AND N AVIGATION (12)Text A Transponder (12)L ESSON10O N THEE G ROUND (13)Text A Weight and Balance (13)L ESSON11T AKEOFF AND C LIMB (13)Text A Takeoff (13)L ESSON12E NROUTE AND A PPROACH (14)Text A The Instrument Landing System (14)L ESSON13L ANDING (15)Text A Gear-up Landing&Belly landing (15)L ESSON14A IRPORT (15)Text A Airport (15)L ESSON15A IR T RAFFIC C ONTROL (16)Text A Area Control (16)L ESSON16W EATHER (16)Text A Thunderstorms (16)Abbreviation (17)2Aviation English for Flight CrewLesson1Air CrewText A Captain and F/O Duties Expressions:Purser乘务长Cabin crew空乘=flight attendantSteward空少Stewardess空姐The final authority of decision最终决定权Fuel consumption燃油消耗The workload of工作量In accordance with与.......一致Be responsible for对......负责=liable for=in charge ofViolate违反The disposition of处置Qualified胜任的Certify认证v.Certified认证的adj.Certificate认证n.Emergency slide=escape chute紧急滑梯Fixed-wing固定翼General Aviation通用航空Push back推出Start up启动Taxi滑行Abbreviation:ICAO=International Civil Aviation Organization国际民航组织FAA=Federal Aviation Administration联邦航空局FAR=Federal Aviation Regulations联邦航空条列CAAC=Civil Aviation Administration of China中国民航总局EASA=European Aviation Safety Agency欧洲航空安全组织PIC=pilot in command责任机长Text B Flight Attendants Expressions:FAA Medical CertificateStudent Pilot Certificate学生驾驶执照Aeronautical航空Private Pilot Certificate私人驾驶执照Initial training初始训练Simulator training模拟训练Transition training改装Recurrent training复训Mid-air collision空中相撞Near midair collision空中危险渐进Near navigation aids助航台Aeronautical Information Manual航空情报手册Smoke detector烟雾探测器Crosscheck交叉检查Galley飞机厨房Abbreviation:3CFR=code of regulation联邦法规IFR=instrument flight rules仪表飞行规则VI=visual flight rules目视飞行规则RTO=reject take off中断起飞Lesson2Cockpit and CRMText A Cockpit Expressions:Sun shield遮光板Anti-reflective coating发折射涂层Internal内部external外部Hydraulic system液压系统Heating element发热元件Melt ice溶冰Control column操纵杆Commercial airliners商业航班Side-stick侧杆Situation awareness情景意识Associated with....与......有关Spatial localization空间定位Display units显示组件Area navigation区域导航Flight management system飞行管理系统Weather radar气象雷达Inter-personal problem人际关系Adherence to....遵守......Go-around复飞Aircraft flight manuals飞行手册Keep the wings level保持水平姿态Front/fore part前部Rear/aft part后部Port/left左Starboard/right右Abbreviation:EFIS=Electronic Flight Instrument System电子仪表系统PFD=Primary Flight Display主飞行显示器MFD=Multi-function Display多功能显示器ND=navigation display导航显示器ADI=Attitude Direction Indicator姿态指引仪HSI=Horizontal Status Indicator水平状态指示器EICAS=Engine Indications and Crew Alerting System发动机指示和机组警告系统ECAM=Electronic Centralised Aircraft Monitor电子集中监控飞机CDI=Course Deviation Indicator偏航指示器GPWS=Ground Proximity Warning System近地警告系统JAA=Joint Aviation Administration联合航空局TCAS=Traffic Collision Avoidance System防撞系统DMC=Display Management Computers显示管理计算机FWC=Flight Warning Computer飞行警告计算机Notes:Question:What information is displayed on the PFD4The PFD is an important display in some modern airplanes.We can get some kinds of information from it.On the left of the PFD is a speed tape(速度带)。
航空专业英语飞机介绍和基本部件介绍及机组对话(课文)
AIRPLANE INTRODUCTIONSLesson 1Airplanes IntroductionAirplanes come in many different shapes and sizes depending on the mission of the aircraft ,but all modern airplanes have certain components in common .These are the fuselage ,wing ,tail assembly and control surfaces ,landing gear ,and power plants. For any airplane to fly ,it must be able to lift the weight of the airplane ,its fuel ,the passengers ,and the cargo .The wings generate most of the lift to hold the plane in the air .To generate lift ,the airplane must be pushed through the air .The engines ,which are usually located beneath the wings ,provide the thrust to push the airplane forward through the air.The fuselage is the body of the airplane that holds all the pieces of the aircraft together and many of the other large components are attached to it .The fuselage is generally streamlined as much as possible to reduce drag .Designs for fuselages vary widely .The fuselage houses the cockpit where the pilot and flight crew sit and it provides areas for passengers and cargo .It may also carry armaments of various sorts .Some aircraft carry fuel in the fuselage ;others carry the fuel in the wings .In addition ,an engine may be housed in the fuselage.The wing provides the principal lifting force of an airplane .Lift is obtained from the dynamic action of the wing with respect to the air. The cross-sectional shape of the wing(the shape of the wing as viewed from above) and placement of the wing on the fuselage (including the angle of incidence) ,as well as the airfoil section shape ,depend upon the airplane mission and the best compromise necessary in the overall airplane design.The control surfaces include all those surfaces of an airplane used for attitude ,lift ,and drag control .They include the tail assembly ,the structures at the rear of the airplane that serve to control and maneuver the aircraft and structures forming part of and attached to the wing .The tail usually has a fixed horizontal piece (called the horizontal stabilizer) and a fixed vertical piece (called the vertical stabilizer) .Thestabilizers provide stability for the aircraft—they keep it flying straight .The vertical stabilizer keeps the nose of the plane from swinging from side to side (called yaw),while the horizontal stabilizer prevents an up-and-down motion of the nose (called pitch).(On the Wright brothers’first successful aircraft ,the horizontal stabilizer was placed in front of the wings .Such a configuration is called a canard after the French word for “duck”).The hinged part found on the trailing edge of the wing is called the aileron .It is used to roll the wings from side to side .Flaps are hinged or pivoted parts of the leading and/or trailing edges of the wing used to increase lift at reduced airspeeds ,primarily at landing and takeoff .Spoilers are devices used to disrupt the airflow over the wing so as to reduce the lift on an airplane wing quickly .By operating independently on each wing ,they may provide an alternate form of roll control .Slats at the front part of the wing are used at takeoff and landing to produce additional lift.At the rear of both the aileron surfaces and elevators and rudders are small moving sections called trim tabs that are attached by hinges .Their function is to (1) balance the airplane if it is too nose heavy ,tail heavy ,or wing heavy to fly in a stable cruise condition ;(2)maintain the elevator ,rudder ,and ailerons at whatever setting the pilot wishes without the pilot maintaining pressure on the controls ;and (3)help move the elevators ,rudder ,and ailerons and thus relieve the pilot of the effort necessary to move the surfaces.The landing gear ,or undercarriage, supports the airplane when it is resting on the ground or in water and during the takeoff and landing .The gear may be fixed or retractable .The wheels of most airplanes are attached to shock-absorbing struts that use oil or air to cushion the blow of landing .Special types of landing gear include skis for snow and floats for water .For carrier landings ,arrester hooks are used . Forward motion, or thrust ,is generated by a thrust-producing device or power plant to sustain flight .The power plant consists of the engine (and propeller ,if present)and the related accessories.The main engine types are the reciprocating(or piston type),and the reaction ,orjet ,engine such as the ram jet ,pulse jet ,turbojet ,turboprop ,and rocket engine .The propeller converts the energy of a reciprocating engine’s rotating crankshaft into a thrust force .Usually the engines are located in cowled pods hung beneath the wings ,but some aircraft ,like fighter aircraft, will have the engines buried in the fuselage.Other configurations have sometimes been used .For instance, the Wright brothers’1903 Flyer had pusher propellers (propellers at the rear of the plane) and the elevator into a single stabilator surface. There are many possible aircraft configurations, but any configuration must provide for the four forces needed for flight.Vocabularyfuselage 机身tail assembly 尾翼组件surface 舵面power plant 动力装置lift 升力drag 阻力cockpit 驾驶舱pilot 飞行员flight crew 飞行机组人员(一般包括飞行员和空中乘务员)dynamic 空气动力的cross-sectional 代表性的airfoil 机翼planform 俯视图angle of incidence 入射角attitude 姿态drag 阻力horizontal stabilizer 水平安定面vertical stabilizer 垂直安定面nose 机头yaw 偏航pitch 俯仰Wright brothers 莱特兄弟trailing edge 后缘aileron 副翼flap 襟翼pivoted 转动的,回转的,装在枢轴上的leading 前面的,前端的landing 着陆takeoff 起飞spoiler 扰流板airflow 气流alternate form 备用方式slat 缝翼elevator 升降舵rudder 方向舵trim tab 调整片undercarriage (飞机的)起落架,车盘,着陆装置shock-absorbing strut 减振支柱blow 撞击arrester hook 制动钩accessory 附件ram jet 冲压喷气pulse jet 脉冲喷气turbojet 涡轮螺旋桨rocket 火箭crankshaft 曲轴thrust force 推力cowled pod 整流罩罩体stabilator 平尾Lesson 2 How Can I Be an Aircraft Mechanic?What is a Mechanic Job Like?You work in hangars ,out on the field on the “flight lines” where aircraft park ,or in repair stations .You use hand and power tools as well as sophisticated test equipment .Maintenance is performed around the clock ,seven days a week .New mechanics and technicians should expect to work nights and weekends .The noise level both indoors and on the flight line could be very high .Sometimes your work requires physical activity ,from climbing ladders to crawling .You work under deadline to make a sure an airplane is ready to fly .Do I Need a License to Be An Aircraft Mechanic?Not necessarily .However, if you don’t have a mechanic’s certificate from FAA ,you can work only when supervised by someone who does have a certificate .You cannot approve equipment for return to service .Without a certificate ,you are less likely to advance to the top of the career field .The FAA issues mechanics and repairmen certificates .Mechanics can get either an airframe certificate or a power plant certificate—most mechanics get both .Repairmen get certificates to perform only one or two specific tasks ,and they must be supervised by FAA-approved Repair Stations ,commercial operators ,or air carriers where these specific tasks are done daily .Do I Need Any Other Certificate to Work on Avionics Equipment?If you have an airframe certificate you don’t need any other certificate ,but you must be properly trained and qualified and have the proper tools and equipment .You can even work on avionics equipment without a certificate if you have avionics repair experience from the military or from working for avionics manufacturers and related industries.How Do I Get a Repairman’s Certificate?Requirements to Become an Aircraft Mechanic●Basic Requirements;●Experience Requirements;●Oral , Practical ,&Written Tests .To get a repairman’s certificate, you must be recommended by a repair station, commercial operator, or air carrier.Basic RequirementsYou must●be at least 18 years old;●be able to read ,write ,speak , and understand English ;●be employed or a specific job requiring special qualifications by an FAA-certifiedRepair Station ,commercial operator ,or air carrier ;●be recommended for the repairman certificate by your employer ;●have either 18 months practical experience in the specific job or complete aformal training course acceptable to FAA .Experience Requirements(1)You can attend one of the 170 FAR part 147 Aviation Maintenance Technician Schools nationwide .These schools offer training for one mechanic’s certificate or both .Many schools offer avionics courses that cover electronics and instrumentation. You need attend a high school diploma or a General Education Diploma (GED) to get in to most schools .The schooling lasts from 12 months to 24 months, generally less than required by FAA for on-the-job training .When you graduate, you are qualified to take FAA’s exams .Graduates often get higher starting salaries than individuals who got their required experience in one of the other two ways.(2) You can work at FAA Repair Station or FBO under the supervision of a certified mechanic for 18 months for each certificate, or 30 months for both. You must document your experience with pay receipts, a log book signed by your supervising mechanic, a notarized statement from your employer ,or other proof you worked the required time .(3) You can join one of the armed services and get training and experience inaircraft maintenance .Make sure you are in a military occupational specialty for which FAA gives credit .You can get a current list of acceptable specialties from the local FAA Flight Standards District Office (FSDO) .You must present an official letter from your military employer certifying your length of service ,the amount of time you worked in each specialties ,the make and model of the aircraft or engine on which you got practical experience ,and where you got the experience .You cannot count time you spent training for the specialty ,only the time you spent working in the specialty .With both types of on-the-job training you should set aside additional study time to prepare for the written and oral/practical tests .The FAA will give you credit for your practical experience only after we review your paperwork and you have a satisfactory interview with an FAA airworthiness inspector.Oral ,Practical ,& Written TestsTo become an aircraft mechanic ,you must take oral and practical tests as well as written tests .A Designated Mechanic Examiner gives you the oral and practical test .You can get a list of these examiners at the local FAA office .The oral and practical tests cover 43 technical subjects .Typically tests for the certificate—airframe or power plant—takes about 8 hours .To apply to take the written test ,you must present your proof of experience to an FAA inspector at the local FAA office .There are separate tests for airframe and power plant mechanic certificates ,as well as a general test covering both .If the inspector decides you meet the requirements to take one of the tests ,you may make an appointment for testing at one of the many computer testing facilities world-wide .You can get a list of sample general ,airframe ,and power plant test questions .If you fail part of a test, you have to wait 30 days before you can take it again, unless you give a letter to the Examiner showing you’ve gotten additional training in the areas you failed .You must pass all the tests a 24-month period .The FAA will issue you a certificate.Vocabularyhangar 飞机库flight lines 航线park 停留sophisticated 复杂的maintenance 维修mechanic 机械师technician 技术人员physical 身体的crawling 爬行deadline 截至日期license 执照certificate 证件FAA=Federal Aviation Administration 联邦航空局supervise 监督career 职业,生涯issue 发行,发布commercial 商业的avionics 航空电子设备military 军事的manufacturer 制造商industry 产业,工业recommend 推荐,建议qualification 资格,条件formal 正式的FAR part 147 (美国)联邦航空规章(Federal Aviation Rules)147部nationwide 全国范围内的diploma 文凭on-the-job 在职salary 薪水FBO=Fixed Base Operator 固定基地运营商log book 记录簿notarized 由公证人公证的occupational 职业的,占领的specialty 专业,专长make 构造airworthiness inspector 适航检查员fee 费用,酬金proof 证明COMMUNICATIONSLesson 1 Towing the PlanePart A DialoguesText OneSituation: On the field a plane is ready to be towed to a set position. The mechanic on the ground is having a conversation with the pilot on the plane.Note: GND-ground mechanic PIL-pilot in the cockpitPIL:Cockpit to ground.GND:Go ahead.PIL:Please call a tractor.GND:Roger, call a tractor.PIL:Please guide us to a parking place.GND:Copy that, to a parking place.PIL:Please connect the tow-bar.GND:Roger, tow bar set. Please set the parking brake.PIL:OK, parking brake is set. Remove the chock.GND:Chock is clear. Release the parking brake.PIL:Parking brake released. Please make sure that the towing speed is not above 5 kilometers per hour.GND:OK, no problem.PIL:There is icing on the ground, please slow down when turning.GND:Sure, no problem.PIL:Clear for towing, it is not into position, a little more forward please.GND:Got it, a little forward.Text TwoSituation: On the plane, the flight crew member asks for towing the plane to the ground aircraft mechanic.PIL:Cockpit to ground.GND:Go ahead.PIL:Request to tow Shenzhen Airlines Airbus 320 from stand 01 to 99.(A few minutes later)GND:Ground to cockpit.PIL:Go ahead.GND:Towing approved via 01.PIL:Roger. Parking brake is set.GND:Roger. Chock is removed .Release the parking brake.PIL:Parking brake released.Part B Useful Expressions1.Good morning. I’m Chen Hua, the maintenance engineer of the flight.2.May I introduce the dispatch engineer? He is Wang Lei.3.I am in charge of engine mechanic task.Part C Instruction of TowingIt shall be possible to tow or push the aircraft, at Maximum Taxi Weight with the engines at zero or up to idle thrust, using a tow bar attached to the nose gear leg. The tow bar fitting shall be installed at the front of the leg. It shall be possible to tow the aircraft up to an angle of 95°from the aircraft center line without disconnecting the steering mechanism. The main gears shall have attachment points for debugging. These attachment points shall be able to be used to restrain the aircraft when the engines are running at up to maximum thrust. Means shall also be provided fortowing.When you tow the airplane, all persons must stay out of the dangerous areas around the tow vehicle, tow bar, nose wheels, and the main wheels. Persons on the ground must know it is possible to be run over by the nose wheels, main wheels and the tow vehicle. This is because the airplane will change position during pushback and towing. Make sure you keep a minimum of 10 feet separation between persons on the ground and the equipment that moves. A fatal injury can occur. Make sure the persons that work near the tow vehicle, tow bar, nose wheels, and the main wheels know the pushback hazard zones.Part D Speaking PracticePrepare dialogues on the following situations.1.You are an aircraft technician and going to execute a routine on-flight task with the aircraft to Beijing .How would you greet the crew members and explain your work to them?2.Now you are coming to the office to ask Mr.Wang some questions. As a new employee, how would you make a self-introduction and express your apology for interruption?Vocabularytractor [ˈtræktə(r)] n.拖车parking brake 停留刹车release [rɪ'li:s] v.释放、放开、断开icing [ˈaɪsɪŋ] n.冰chock [tʃɒk] n.轮挡request [rɪ'kwest] v./n.请求、要求dispatch [dɪˈspætʃ] v./n.调度、签派have a conversation with 与…谈话idle thrust 慢车推力tow [təʊ] v.拖maximum taxi weight 最大滑行重量tow bar 牵引杆、拖杆nose gear 前起落架main gear 主起落架steering [ˈstɪərɪŋ] n.转弯、操纵mechanism ['mekənɪzəm] n.机械装置attachment point 连接点debug [ˌdi:'bʌɡ] v.调试、排除故障restrain [rɪ'streɪn] v.抑制、阻止、束缚tow vehicle 拖车nose wheel 前轮main wheel 主轮separation [ˌsepəˈreɪʃn] n.间隔fatal ['feɪtl] adj.致命的hazard ['hæzəd] n.危险mechanic [mə'kænɪk] n.机械员technician [tekˈnɪʃn] n.技术人员engineer [ˌendʒɪ'nɪə(r)] n.工程师Lesson 2 Pushing the PlanePart A DialoguesText OneSituation: In the morning, flight crew members on the plane are ready for pushback. PIL:Cockpit to ground. Good morning, ready for pushback.GND:Good morning, there is an airplane on your way, please wait for departure. PIL:Roger.GND:Clear for pushback, confirm parking brakes released.PIL:Parking brakes released.GND:Roger. Where does the plane head to?PIL:The plane heads to north/south/west.GND:Roger. The plane heads to north/south/west. Commence pushing back.PIL:Roger.GND:It’s OK t o start engines during the push.PIL:Starting sequence.GND:Approved to start engine, number 2,1.PIL:Number 2 coming.GND:NO.2.PIL:NO.2 approved.GND:Pushback completed. Confirm parking brakes set, please.PIL:Parking brakes set.GND:Thank you, sir .PIL:Start NO.1.GND:NO.1 approved.PIL:All engines have been started. Check everything normal, disconnect the interphone .Thank you and goodbye, sir .GND:Roger .I will disconnect the interphone, goodbye, sir.Part B Useful Expressions1.Shut down NO.1 engine immediately if the engine (the plane) on fire.2.Set brake immediately if tractor is inoperative.3.Ground need to be cleaned, please wait for departure.4.There is an airplane on your way, please wait for departure.Part C Note of PushbackYou install a downlock pin into the main landing gear to make sure an outside force does not unlock the main landing gear. There is one main landing gear downlock pin for each main landing gear .The downlock pin is installed in the MLG (main landing gear) downlock strut.Part D Speaking practice1.You are a new employee in the company. It is the first day you are on work. Talkto your coworker and try to find out some information about your working procedures and other information you are interested in .2.You are the mechanic on site in maintenance factory .It’s the day on which youmeet the technique support engineer form the headquarters of Airbus in Toulouse.How do you introduce and greet them?Vocabularyconfirm [kən'fɜ:m] v.确认head to 朝…方向commence [kə'mens] v.开始sequence ['si:kwəns] n.顺序departure [dɪˈpɑ:tʃə(r)] n.离港interphone ['ɪntəˌfəʊn] n.内话机immediately [ɪˈmi:diətli] adv.立刻地inoperative [ɪnˈɒpərətɪv] adj.不工作的install [ɪnˈstɔ:l] v.安装downlock pin 下位锁插销strut [strʌt] n.支柱、撑杆coworker ['kəʊˌwɜ:kə] n.同事procedure [prəˈsidʒɚ] n.程序on site 实地,现场headquarters [ˈhedˈkwɔ:təz] n.总部shut down 关断,关车on fire 着火航空器进港后的联络1维修人员接通内话机向机组报告:“轮挡已挡好,地面电源接好,请松刹车。
南京航空航天大学大一飞行英语lesson2课文
Lesson 2 Preflight PreparationThe Federal Aviation Regulations clearly indicate that “Each pilot in command shall, before beginning a flight, familiarize himself with all available information concerning that flight”. Unfortunately, no pilot could possibly be familiar with all information about a flight, and no matter how much preparation, there is no way to know when he or she has done all that can be done. However, the rule stands and pilots must determine how to live with it in the real world.Preflight planning goes a long way toward helping develop common sense into common practice. A few moments spent prior to each flight affords the pilot an excellent opportunity for a thorough preflight inspection that includes an equally thorough preflight weather briefing.The crew must determine the airworthiness of the aircraft and address any open issues before departure. The term “preflight” is typically used to describe the interior and exterior inspections of the aircraft, but in a general sense can be used to describe any activity involved with preparing the aircraft for departure to ensure safety. The aircraft inspection is usually divided among the cockpit crew and includes an exterior walkaround examination, interior cockpit setup, and systems checks. These preflight inspections are outlined in a checklist format which is used by the crew to aid in ensuring completeness and maintaining an acceptable level of standardization.Carelessly performed or disregarded preflight inspections have been the contributing cause of many accidents. Flights have been started, but sometimes not completed, because fuel or oil tanks were not checked, fuel caps were left off or loose, pitot systems were covered or blocked, gust locks were left on, wheel skirts were jammed with mud, engine coolers were blocked by bird nests, or wings and other surfaces were covered by frost, snow and ice.The exterior walkaround preflight consists of a visual inspection in which the crewmember checks for obvious damage to the fuselage, engines, wings and flight control surfaces. Other important items include tire wear and pressure, brake wear indicators, absence of leaks or fluid on the ramp, condition of antennae, probes and lights, necessity for deicing, and any other factors which may affect the safe conduct of the flight. A typical walkaround inspection can take anywhere from 8 to 20 minutes depending on the size and condition of the aircraft (and the number of wheels/ tires).The pilot should examine the windshield and side windows for cracks and / or crazing. Crazing decreases visibility and a severely crazed window can result in near zero visibility due to light refraction at certain angles to the sun.The pilot should inspect for any signs of deterioration, distortion, and loose or missing rivets or screws, especially in the area where the outer skin attaches to the airplane structure.The pilot should look along the wing spar rivet line—from the wingtip to the fuselage—for skin distortion. Any ripples and/or waves may be an indication of internal damage or failure.-However, there are other preflight considerations, too. Be sure to consider your aircraft’s fuel capacity, consumption rate, and range vs. wind conditions of each flight, and give careful thought to endurance and fuel reserves well above the minimum required by the FAR’s.Review routing, minimum altitudes along the flight path, navigation aids, notices to airmen, alternate airports in the area, destination airport runway lengths, and the like. Learn as much as you can about your destination airport before you depart.Performance and flight characteristics of your aircraft are determined, to a large degree, by the plane’s maximum weight. Never exceed your aircraft’s maximum weight. An airc raft loaded beyond gross weight might be uncontrollable, or might not even fly at all.Know your useful load—the difference between empty weight and maximum gross weight—and remember that this weight includes the weight of the oil and fuel, baggage, and passengers. Do not forget that some aircraft will exceed their gross weight limits if all seats are occupied and full fuel is carried.Just as important as not exceeding the aircraft gross weight is to load the aircraft properly. Center of gravity limits are becoming more crucial with larger-capacity aircraft. Know how to determine the c.g. location for various loads and configurations of your aircraft.Required runway lengths for landing and taking off might vary considerably with changes in field elevation, outside air temperature, aircraft load, and runway surface. To avoid running out of runway, consult your pilot’s operation handbook for the distances required to make a takeoff or landing under the conditions that exist at the time of the operation. Many pilots add a safety factor of 50 percent or more just to be sure.Remember that mixture, power, and rpm settings vary fuel consumption considerably. Fuel gauges might be inaccurate. Think of your aircraft’s endurance in terms of the actual fuel u sed versus the flight time. Remember a headwind or a tailwind can significantly shorten or lengthen the actual fuel range. Always provide for fuel reserves. Hundreds of aircraft have run out of fuel in the traffic pattern or in sight of the airport.According to the NTSB, many other accidents caused by pilot error involve pilots who do not know their aircraft’s operational numbers. Too fast, too slow, stall/spin, below engine-out speed, exceeded structural limit speed, loss of control in turbulence, out of c.g. limits, field too short for aircraft load and conditions, landed fast, or stalled on approach are just a few of the accident causes attributed to pilots who just didn’t know “the numbers” for their aircraft.(Note: A stall occurs when th e smooth airflow over the airplane’s wing is disrupted, and the lift degenerates rapidly. This is caused when the wing exceeds its critical angle of attack. This can occur at any airspeed, in any attitude, with any power setting.)To examine more closely just one of those factors, remember that controlling speed and using the correct speeds directly affect both your longevity and that of your aircraft. High speeds in turbulence or rough air might damage or destroy the aircraft structure. Too slow a speed might cause a stall, spin, or undershoot on landing. Knowing your best engine out-glide speed and best climb speed might mean the difference between you making the airport or ending up in the trees.Among the more important speeds to memorize include the various stall speeds, recommended approach speed, best rate and angle of climb speed, best glide speed, maneuvering (rough air) speed, maximum never-exceed speed, and gear and flap extension speeds. Remember, stall speeds increase measurably with angle of bank and weight increases.Of course, one of the most important elements in developing good flight safety is you. Establish a set of safe standards and limitations to which you can confidently adhere. Then stick to them, modifying the limitations only as you gain confidence and experience.New Wordsinspection n. 检查disregard v. 不理,忽视contribute v. 贡献,起作用gust n. 阵风frost n. 霜,冰冻consumption n. 消耗(fuel consumption)endurance n. 续航力,持续性alternate adj./n. 备降机场;备降的exceed v. 超过;飞过(规定界限);超出gross adj.总的,毛重的crucial v.重要的configuration n. 形态;造型inaccurate adj. 有错误的,不准确的undershoot n./ v. 目测低,未达跑道着陆extension n. 延长,延期establish v.建立,制定adhere v. 遵守modify v.修改tank n.油箱pitot n. 空速管,全静压管block v.堵塞capacity n. 容量;能力range n. 航程;距离fuel n. 燃料;燃油reserve n./v. 预定;储备gravity n. 重力field n. 机场;领域elevation n. 标高;海拔gauge n. 仪表headwind n. 逆风,迎风tailwind n. 顺风glide v./n. 滑行;滑翔maneuver n. 机动动作gear n. 起落架;齿轮flap n. 襟翼;减速板;阻力板retract v. 收起,缩回ramp n. 停机坪antenna n. 天线windshield n.风挡crack v. 开裂,产生裂纹craze v. 产生细微裂纹throttle n. 油门panel n. 控制板,操纵盘pedal n. (脚)蹬,踏板lever n. 手柄;杆display n. 显示器indicator n. 指示器gyroscope n. 陀螺;陀螺仪deteriorate v. (使)恶化distortion n.扭曲,变形rivet n. 铆钉screw n. 螺丝钉critical adj. 临界的;关键性的angle of attack 迎角buffet v. 冲击,抖动,颤振Expressionslive with 接受,学会适应prior to 在…之前be jammed with 塞满to a large degree 很大程度上in terms of 按照,在…方面run out of 用完end up 结束,告终stick to 坚持,信守NotesNTSB National Transportation Safety Board (美国国家运输安全委员会)EXERCISESI. Describe the given terms from the text in English.1. weather briefing2. block3. gust lock4. endurance5. fuel reserve6. fieldII. Answer the following questions after you have read the text.1. What does the preflight planning include according to the passage?2. What is the main cause of many accidents?3. Would you list some items that a preflight inspection must include?4. How could a pilot decide how much fuel he must have for a certain flight?5. What will happen if an aircraft is overloaded?6. What is the useful load?7. What factors should be taken into account when a pilot thinks of an aircraft’s endurance for a certain flight?8. What is the consequence if the aircraft fly at high speed in turbulence?9. Under what circumstances will stall speeds increase?10. What do you think is the most important element in ensuring flight safety after reading the passage?III Read the following paragraph aloud until you can say it in a natural way from your memory.In civil aviation, a contaminated runway is one that is covered in a relatively deep layer of water, slush, loose snow, ice or compacted snow. The direct effects on aircraft performance of such contaminants arise due to the additional drag of the contaminants on the tyres and the reduced braking friction available.The consequences are mixed. Takeoff and landing distances in pilot’s operating handbooks are based on paved, dry, and level runway conditions. A contaminated runway would considerably increase the overall takeoff roll. During the take-off ground run the extra drag on the wheels reduces the aircraft’s ability to accelerate, and longer runway length is required to accelerate to takeoff speed. During landing or aborted takeoff, the reduced braking friction and increased drag on the tyres act in opposition to one another. In this case, more effective use of thrust reverser, brakes, speed brakesand rudder pedals is required in order to avoid overrun. In addition, the presence of such contaminants can also affect severely the ground-handling capability of the aircraft, particularly in cross-wind conditions.To avoid running out of runway, look up your pilot’s operating manual for distance required to make a takeoff or landing under the conditions that exist at the time of the operation.IV Complete the following short passage by filling the blanks with the words given in the box.After the pilot is seated in the 1 ________ and prior to starting the engine, all items and materials to be used on the flight should be arranged in such a manner that they will be readily 2 ________ and convenient to use.Extra caution should be taken at night to assure the 3 ________ area is clear. Turning the rotating beacon ON, or flashing the airplane position lights will serve to 4 _________ persons nearby to remain clear of the propeller. To avoid excessive drain of electrical current from the 5 _________, it is recommended that unnecessary electrical equipment be turned OFF until after the engine has been started.After starting and before taxiing, the taxi or 6 ________ light should be turned ON. Continuous use of landing light with r.p.m power setting normally used for taxiing may 7 ________ an excessive drain on the airplane’s electrical system. Also, overheating of the landing light could become a problem because of inadequate 8 _________ to carry the heat away. Landing lights should be used as necessary while taxiing. When using landing lights, consideration should be given to not 9 ________ other pilots. Taxi slowly, particularly in congested area. If taxi lines are painted on the ramp or taxiway, these lines should be followed to ensure a proper path along the route.The before-takeoff and runup(试车)should be performed using the checklist. During the day, forward movement of the airplane can be 10 ________ easily. At night, the airplane could creep forward without being noticed unless the pilot is alert for this possibility. Hold or lock the brakes during the runup and be alert for any forward movement.V Listening PracticeTask 1 Listen to the statements and fill in the missing words in the blanks.1. For ground operation, flight ________________ duties have been organized in accordance with an area of responsibility concept.2. The captains and first officers have their ____________________.3. All steps have to be performed prior to each originating flight or following ____________________________________.4. Any lights, which are not illuminated during a system test, will be checked by _______. The appropriate preflight procedures will be performed from memory.5. ____________ are used only to verify that ______ items affecting safety have been accomplished.Task 2 Listen to the passage and fill in the missing words in the blanks.To obtain a briefing from the FSS 1 ____________________ you will have to furnish some tangible information about your flight route such as 2 _______________________and arrival timesat your points of landing.After ensuring that the highest features 3 ____________________ of each leg will be either below your desired altitude or well away from your line of flight, you decide upon levels of legs to the destination.Although 4 ___________________________ is not mandatory to receive a weather briefing, many pilots believe it is helpful to compute a preliminary 5 ___________________________ so that the briefer will give them the 6 _______________________ for their arrival time.Every flight, local or 7 __________________________, must begin with a thorough inspection of the airplane. Be sure all the required papers are 8 _____________________ the aircraft. You should also check the aircraft 9 _____________________________ to verify that the required inspections are 10_________.Task 3 Listen to the following passage and choose the best answer to each question.Key words: echo, PFD, malfunction, initiate1. a. John b. Tedc. both of themd. neither of them2. a. wind shear b. cross windc. false indication of PFDd. unknown reason3. a. The crew fixed the problem.b. The company sent the maintenance stuff.c. The local maintenance staff fixed the malfunction.d. The ground maintenance staff fixed the malfunction.4. a. The malfunction occurred.b. Another problem appeared.c. Everything looked perfectly.d. They brought maintenance personnel.5. a. A pleasant flight b. The brave captain.c. Problem finding.d. An adventurous flight.VI Translate the following sentences into proper English.1.储备燃油可用于等待、备降、复飞或是其他不可预见的情况。
南京航空航天大学专业英语阅读复习资料
南京航空航天大学专业英语阅读复习资料Unit 1What does the basic airplane consist of?A fuselage, wings, an empennage, wheels and engines. What is the empennage, composed of?Vertical stabilizer. Horizontal stabilizer.What are the 3 main flight control?Ailerons, elevator, rudder.What is the attitude of the aircraft?The attitude is the position in flight relative to the earth. The elevator controls.Pitching of the aircraft up to down.The elevator is operated from the cockpitWith push-and-pull movements of the controls column (wheel).The ailerons control rolling of the airplane.The ailerons are operated by left-right movements of the control column(wheel).The rudder controlsThe yawing of the aircraft left or right.The rudder is operated by pressing the base of the rudder pedals.Pitot-static system operates instruments concerning air speed and altitude.Gyroscopes operate instruments concerning attitude, direction and turning.The empennage helps to stabilize the flight of the planeUnit 2The altimeter tells the pilot how high he is flyingUnit 3What is flight planning?The pilot in command shall, before beginning a flight, familiarize himself with all available informationconcerning that flight.Unit 4To turn left or right, the flight controls including theailerons, the elevator, and the rudder will all beinvolved, but the function of ailerons is thecrucial one.Unit 5Unit 6What should the pilot do if one engine fails after V1?Go on taking off, circle the airport and request landing The speed at which actual take off occurs is VR.Unit 7Where will the aircraft be stacked(堆叠) until its turn comes to land?At the holding pointUnit 8The landing gear is the assembly that supports the aircraft during landing or while it is resting or movingabout on the groundThe shock struts of the landing gear absorb the shock of landing and taxing.The gear-retraction mechanism helps the landing gear attach to the aircraft structure and enables thegear to extend and retract.Brakes; enable the aircraft to be slowed or stopped during movement on the ground.The advantages of the tricycles gear are; it allows more forceful application of the brakes for higherlanding speeds without nosing over.---it permits (允许)better visibility for the pilotduring landing.---it prevents aircraft ground-looping.What safety devices does the landing gear have?Mechanical down locks, safety switches, ground locks.Unit 9What are the 2 common ways to store fuel to supply the needs of the airport.Takers and fuel farm (network of hydrants) Consumption of fuel depends on the type of aircraft s Speed of aircraft AltitudeHolding on the stackUnit 10The pump draws fluid from the reservoir and expels it to the hydraulic system in the event of amalfunction of the pressure regulator;the reliefvalve will release any pressure above thatmaintained by the system pressure regulator. Hydraulic system operates landing gears, wing flaps, slats, speed and wheel brakes, nose wheel steeringand primary flight control surfacesKicked-outKicked-inUnit 11Air conditioning systemPressurization systemUnite 12The main components of the pure jet engine are the compressor, the combustion chamber, theturbine and the jet nozzle.Twin-spool engine (high-pressure compressor and low-pressure compressor)By-pass engineUnit 13Omni-bearing selector the OVR equipment aboard the aircraft consist of a receiver, and indicator unitand a V-shaped aerial the vertical needle on theindicator unit of the VOR equipment is known asthe deviation indicator which indicates that theaircraft is on course.The pilot can identify the VOR station shown on the map by its station name, frequency and Morse callsign.Unit 14Unit 15What modes are available on the weather radar screen?Contour mode and map mode轮廓等高线What useful information is shown when the contour mode is selected?Bad weather that the pilot should avoidWhat useful information is shown when the map mode is selected?The terrain(地形) of the earth for confirming(确认) the position of the aircraftUnit 16The 2 common communication systems used on aircraft are VHF system and HF system.A transceiver is a self-contained transmitter and receiver. VHF system and HF are different in frequency, transmission range and power outputs before transmission in communication, what are necessary?Both the station license and the current Restricted Radiotelephone Operator’s permit are necessary.Unit 17Unit 18The GPS system is made up of three functional segments; space, control and userUnit 19The basics of TCAS Ⅱare a computer , some form of display in the cockpit and a transponder(发射机,应答机).Unit 20。
飞行人员英语阅读:Unit 1 The Airplane
Back
Grammar 2
With the exception of :excluding; ...not included 除… …外
Back
Back
Back
Back
Ailerons
Location: hinged to the outer trailing edge of each wing Function: control the rolling(横滚) of the airplane Operation: left-right movements of the control column (or rotation of the control wheel)
Back
Back
Back
Back
Back
The Elevator Trim Tab or Similar Device
Location: situated on the trailing edge of the elevator Function: reduce elevator control pressure on the pilot Operation: operated by a trimwheel(配平轮) or handle beside the pilot or above in the cabin roof
Throttle(油门) Flight controls
民航英语unit1
VI.Ask students to read thedefinitionabout on page 14 and 15.Try to understand the meaning.
湖南石油化工职业技术学院教案首页
日期
2018/3/7
周次
1
班级
257/258
课题
Unit1Passportand Unit 2ticket service
时数
2
重点
Beable tomaster the professional words and expressionabout passport and ticket service
VI.Introduction to Chinese passport.
VII.Ask students to read the supplementary reading first, the teacher explains the key information.
Step Three: Summary
IV.Talk about whatispassport and the function of passport with students.
V.The teacher explains the meaning of passport and introduce the passportof some countries, including America/Canada/Norwegian/China
民航专业英语unit1
Section A: Speaking
Situational Dialogues
Situation: A passenger asks cabin attendant about his seat. (P=Passenger, F=Flight Attendant) F: Good morning, Miss. Welcome aboard! P: Good morning. Where can I f ind my seat? F: Could you show me your boarding pass, Miss? P: OK. Here you are. F: It’s 16A. That will be a window seat. This way, please. P: Thank you.
Section A: Speaking
Words and Phrases
seat back
upright position
refrain from
cooperation
n.
aboard
adv.
boarding pass/card
airlines
n.
座椅靠背 垂直的位置 制止,控制,忍住 合作 上船(或飞机、车) 登机牌,登记卡 航空公司
Section B: Listening
Section B: Listening
Announcements
Listen to the following announcements carefully and try to f ill in the blanks.
Announcement I Ladies and gentlemen,
Section A: Speaking
大学英语读写教程1课文翻译
大学英语读写教程1课文翻译Unit 1Lesson 1: The EarthThe Earth is our home. It is the third planet from the sun in our solar system. It is the only planet known to have life. The Earth is a beautiful and diverse place, with vast oceans, towering mountains, and lush forests.The Earth is approximately 4.6 billion years old. It has a diameter of about 12,742 kilometers and a circumference of around 40,075 kilometers. It is made up of several layers, including the crust, mantle, and core.The Earth rotates on its axis, which takes approximately 24 hours to complete one full rotation. This rotation gives us day and night. The Earth also orbits around the sun, completing one orbit in about 365.25 days, giving us the concept of a year.The Earth is made up of many different ecosystems. These ecosystems support a wide variety of plants, animals, and microorganisms. It is important to protect and preserve these ecosystems to maintain the delicate balance of life on Earth.The Earth's climate is constantly changing. It experiences seasons due to the tilt of its axis. It also undergoes long-term changes, such as global warming, which is primarily caused by human activities. As inhabitants of this planet, we have a responsibility to take care of the Earth. We should reduce our carbon footprint, recycle,conserve water, and protect the natural environment. By doing so, we can ensure a sustainable future for ourselves and future generations.。
中国民航飞行人员英语--lesson1
中国民航飞行人员英语--lesson1General Operating Procedures基本操作程序Lesson One Phonetic Alphabet, Standard Words and Phrases Phonetic Alphabet字母拼写A AlphaB BravoC CharlieD DeltaE EchoF FoxtrotG GolfH HotelI IndianJ JuliettK KiloL LimaM MikeN NovemberO OscarP PapaQ QuebecR RomeoS SierraT TangoU UniformV VictorW WhiskeyX X-rayY YankeeZ ZuluStandard Words and PhrasesACKNOWLEDGE 告知….收到Let me know that you have received and understood this message. 请告你已收到并理解电文。
例:Air China 981 acknowledge all further transmissions.国航981请告知收到了以下发话。
AFFIRM是的,同意例:Yes. China Southern 304 are you ready for immediate departure? 南航304能立即起飞吗?China Southern 304 affirm. 南航304是的。
APPROVED 同意Permission for proposed action granted 准许或承认所要求事项例:Japan Air 786 pushback approved. 日航786同意推出BREAK 断开I hereby indicate the separation between portions of the message. (To be used where there is no clear distinction between the text and other portions of the message). 我在此指明本电文两部分之间的间隔(同一电文上下文之间无明显区别时使用) 例:United 351 taxi to runway 18L, break center line taxiway lighting unserviceable. 联航351滑到18号左跑道,断开,滑行道中央灯光故障。
大学英语 1 unit2 sailing round the world
determined
adj.坚定的;坚决的;果断的 There was a determined look on his face.
他脸上带着一副坚决的表情。
be determined on/upon sth专心致力于 be determined to do sth决心(做某事) The thief was determined to turn over a new leaf once he was released from prison.
Sir Francis Drake (1543 - 1596) — English navigator and explorer
Francis Drake was the first Englishman to sail round the world. After several slave trading expeditions to West Africa and the Spain Main (1566-1573), he sailed round the globe (1577-1580) . He managed to restrict the Spanish Armada (西班牙无敌舰队) by raiding Cadiz ( 加地斯) (1587), and helped to defeat (1588) the Spanish attempt to invade England.
gale: 大风 breeze 微风 gust 阵风 storm 暴风 hurricane 飓风 typhoon 台风
previous
adj. 以前的 previous page 前一页 previous year 去年 previous generation 上一代 previous experience 以前的经验 previous to 在 ... 之前 Previous to the conference we had discussed the matter among ourselves.
南京航空航天大学大一飞行英语lesson1课文
Lesson 1 Air CrewPassage 1 Captain and F/O DutiesThere are usually 2-3 flight crew members and 1-3 flight attendants aboard an airliner. In the flight deck are the Captain, Co-pilot and flight engineer. When there are only two flight crew members, to reduce costs there’s no flight engineer. The captain is the Pilot in Command (PIC) who has the final authority of all decisions and all responsibilities rest on his shoulders. The Co-pilot assists the Captain and does things like calculating fuel consumptions, weight and balance, navigation, etc. He is Second in Command (SIC). The Flight Engineer helps reduce the workload of the Captain and Co-pilot. Some of his duties may include calculating fuel consumption rate, weight and balance, and communicating with the cabin crew.The pilot in Command (PIC) of an aircraft is the person aboard the aircraft who is ultimately responsible for its operation and safety during flight. According to ICAO, the Pilot in Command is responsible for operation of the airplane in accordance with rules of the air, and his final authority as to the disposition of the airplane while in command. This would be the “captain” in a typical two- or three-pilot flight crew, or “pilot” if there is only one certified and qualified pilot at the controls of an aircraft. The PIC must be certified to operate the aircraft for the specific flight and flight conditions, but need not be actually controlling the aircraft at any given moment. The PIC is the person legally in charge of the aircraft and its flight safety and operation, and would normally be the primary person liable for a violation of any flight rule.According to FAA, the PIC is responsible for the operation and safety of the aircraft during flight time, which means the total time from the moment an aircraft first moves under its own power for the purpose of taking off until the moment it comes to rest at the end of the flight. This would normally include taxiing, which involves the ground operation to and from the runway. But it is legal for a mechanic or other person to taxi an aircraft on the ground for the purpose of moving it from one spot to another without a pilot’s license.As the FAA puts it, the pilot in command of an aircraft is directly responsible for, and is the final authority as to, the operation of that aircraft. In an in-flight emergency requiring immediate action, the pilot in command may deviate from any rules of this part to the extent required to meet that emergency. Each pilot in command who deviates from a rule of this section shall, upon the request of the administrator, send a written report of that deviation to the administrator.Especially interesting in FAR 91.3, which empowers the PIC to override any other regulation in an emergency, to take the safest course of action at his/her sole discretion. It essentially gives the PIC the final authority in any situation involving the safety of a flight, irrespective of any other laws or regulations. In commercial aviation, the first officer is the second pilot (or co-pilot) of an aircraft. The first officer is second-in-command of the aircraft. In the event of incapacitation of the captain, the first officer will take on the duties of the PIC. Control of the aircraft is normally shared equally between the first officer and the captain, with one pilot being the “Pilot Flying” (PF), and the other the “Pilot Not Flying” (PNF), or “Pilot Monitoring” (PM), for each flight. Even when the first officer is the flying pilot, however, the captain remains ultimately responsible for the aircraft, its passengers, and the crew. In typical day-to-day operation, the essential job tasks remain fairly equal.Because many airlines promote by seniority only within their own company, the first officer may at times have more flight experience than the captain, in that they may have experience from other airlines or the military. Traditionally, the first officer sits on the right-hand side of a fixed-wing aircraft and the left-hand side of a helicopter.New Wordscrew n. 人员,组员airliner n. 班机,大型客机authority n. 权威,权限briefing n. 讲述,讲评emergency n. 紧急procedure n. 程序evacuation n. 撤离operation n. 运转,工作,操作disposition n. 处置,处理certify v. 认证,认可,证明manipulate v. 操纵taxi v. 滑行mechanic n. 机务员,机械人员license n. 执照deviate v. 偏离(from)discretion n. 决定override v. 超控provision n. 条款justification n. 证明incapacitation n. 失能airline n. 航空公司seniority n. 资历helicopter n. 直升机Expressionsflight crew 机组人员Pilot Flying 操纵飞机飞行员flight attendant 空中乘务员Pilot Not Flying 未操纵飞机的飞行员flight engineer 飞行机械师Pilot Monitoring 监控飞行员Pilot in Command 责任机长First Officer 副驾驶NotesICAO International Civil Aviation Organization 国际民航组织FAA Federal Aviation Administration 联邦航空局(美国)FAR Federal Aviation Regulations 《联邦航空条例》(美国)EXERCISESI. Describe the given terms from the text in English.1. flight deck2. PIC3. incapacitation4. flight time5. Captain6. PNFII. Answer the following questions after you have read the text.1. What crew members are included in an airplane?2. What are the duties for different crew members?3. In what conditions will the co-pilot take on the responsibility of commanding an aircraft?4. Can you tell the differences between PIC, captain and pilot?5. According to FAA, what are the responsibility and authority of PIC?6. According to ICAO, what is the Pilot in Command responsible for?7. Why does FAR give final authority to PIC in an emergency?8. Should PF always be the Pilot in Command? Give your reasons.9. Why do some First Officers have more experience that their captains?10. Where does the first officer normally sit in a helicopter?III Complete the following short passage by filling the blanks with the words given in the box.Airline PilotsAirline pilots 1 ________ passengers and cargo via commercial aircraft. They are responsible for various 2 _________ and non-flying duties. Airline pilots are responsible for a variety of tasks related to the safe operation of the 3 ________ they are responsible for flying.Prior to takeoff, airline pilots are responsible for verifying that the instruments, controls, engines, and other flight systems are 4 ________ the way they should. Monitoring continues throughout the 5 ________, and changes are requested and implemented as needed 6 ________ en route.On commercial flights, there are two pilots at the helm of the airplane. Each flight is staffed by a captain and a first officer, and the two pilots typically take 7 ________ flying different legs (航段)of each trip. They 8 ________ with flight dispatchers (签派人员)air traffic controllers, and meteorologist to select the best route for the trip, including determining the 9 ________ altitude and speed for travel.Once a flight lands, airline pilots are required to complete records about their journeys in compliance with the 10 _______ of both the company for which they work and the Federal Aviation Administration (FAA).IV Translate the following sentences into proper English.1.一名乘务人员向机长报告,商务舱有名乘客心脏病发作,她们正在给他吸氧。
航空专业英语Unit 1
2 The Parts of an Airplane
• The horizontal surface usually has a fixed horizontal stabilizer and a movable elevator. On some airplanes the entire horizontal surface moves, in which case it is called a stabilator. The elevator or stabilator is controlled by the fore and aft movement of the control wheel or stick.
• The engine and propeller on most single-engine airplanes are mounted on the front of the fuselage. This is called the tractor (pulling)configuration. The protective skin around the engine is called the cowl. It provides a smooth exterior surface and channels cooling air around the engine.
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2 The Parts of an Airplane
• The landing gear on an airplane is either fixed or retractable. The fixed gear is cheaper, easier to maintain, and foolproof( You don’t have to remember to put it down before landing).
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Lesson 1 Air CrewPassage 1 Captain and F/O DutiesThere are usually 2-3 flight crew members and 1-3 flight attendants aboard an airliner. In the flight deck are the Captain, Co-pilot and flight engineer. When there are only two flight crew members, to reduce costs there,s no flight engineer. The captain is the Pilot in Command (PIC) who has the final authority of all decisions and all responsibilities rest on his shoulders. The Co-pilot assists the Captain and does things like calculating fuel consumptions, weight and balance, navigation, etc. He is Second in Command (SIC). The Flight Engineer helps reduce the workload of the Captain and Co-pilot. Some of his duties may include calculating fuel consumption rate, weight and balance, and communicating with the cabin crew.The pilot in Command (PIC) of an aircraft is the person aboard the aircraft who is ultimately responsible for its operation and safety during flight. According to ICAO, the Pilot in Command is responsible for operation of the airplane in accordance with rules of the air, and his final authority as to the disposition of the airplane while in command. This would be the “captain” in a typical two- or three-pilot flight crew, or “pilot” if there is only one certified and qualified pilot at the controls of an aircraft. The PIC must be certified to operate the aircraft for the specific flight and flight conditions, but need not be actually controlling the aircraft at any given moment. The PIC is the person legally in charge of the aircraft and its flight safety and operation, and would normally be the primary person liable for a violation of any flight rule.According to FAA, the PIC is responsible for the operation and safety of the aircraft during flight time, which means the total time from the moment an aircraft first moves under its own power for the purpose of taking off until the moment it comes to rest at the end of the flight. This would normally include taxiing, which involves the ground operation to and from the runway. But it is legal for a mechanic or other person to taxi an aircraft on the ground for the purpose of moving it from one spot to another without a pilot,s license.As the FAA puts it, the pilot in command of an aircraft is directly responsible for, and is the final authority as to, the operation of that aircraft. In an in-flight emergency requiring immediate action, the pilot in command may deviate from any rules of this part to the extent required to meet that emergency. Each pilot in command who deviates from a rule of this section shall, upon the request of the administrator, send a written report of that deviation to the administrator.Especially interesting in FAR 91.3, which empowers the PIC to override any other regulation in an emergency, to take the safest course of action at his/her sole discretion. It essentially gives the PIC the final authority in any situation involving the safety of a flight, irrespective of any other laws or regulations. In commercial aviation, the first officer is the second pilot (or co-pilot) of an aircraft. The first officer is second-in-command of the aircraft. In the event of incapacitation of the captain, the first officer will take on the duties of the PIC. Control of the aircraft is normally shared equally between the first officer and th e captain, with one pilot being the “Pilot Flying” (PF), and the other the “Pilot Not Flying” (PNF), or “Pilot Monitoring” (PM), for each flight. Even when the first officer is the flying pilot, however, the captain remains ultimately responsible for the aircraft, its passengers, and the crew. In typical day-to-day operation, the essential job tasks remain fairly equal.Because many airlines promote by seniority only within their own company, the first officer may at times have more flight experience than the captain, in that they may have experience from other airlines or the military. Traditionally, the first officer sits on the right-hand side of a fixed-wing aircraft and the left-hand side of a helicopter.EXERCISESI. Describe the given terms from the text in English.I. flight deck2. PIC3. incapacitation4. flight time5. Captain6. PNFII. Answer the following questions after you have read the text.1. What crew members are included in an airplane?2. What are the duties for different crew members?3. In what conditions will the co-pilot take on the responsibility of commanding an aircraft?4. Can you tell the differences between PIC, captain and pilot?5. According to FAA, what are the responsibility and authority of PIC?6. According to ICAO, what is the Pilot in Command responsible for?7. Why does FAR give final authority to PIC in an emergency?8. Should PF always be the Pilot in Command? Give your reasons.9. Why do some First Officers have more experience that their captains?10. Where does the first officer normally sit in a helicopter?III Complete the following short passage by filling the blanks with the words given in the box.New Wordscrew n.人员,组员 authority n.权威,权限 emergency n.紧急evacuation n.撤离 disposition n.处置,处理 manipulate v.操纵mechanic n.机务员,机械人员deviate v.偏离(from )override v.超控 justification n.证明 airline n. 航空公司helicopter n.直升机Expressions flight crew 机组人员flight attendant 空中乘务员flight engineer 飞行机械师Pilot in Command 责任机长Notes ICAO FAAFARairliner n.班机,大型客机 briefing n.讲述,讲评 procedure n.程序 operation n.运转,工作,操作 certify v.认证,认可,证明 taxi v.滑行 license n.执照 discretion n.决定 provision n.条款 incapacitation n.失能 seniority n.资历Pilot Flying 操纵飞机飞行员 Pilot Not Flying 未操纵飞机的飞行员 Pilot Monitoring 监控飞行员First Officer 副驾驶 International Civil Aviation Organization 国际民航组织Federal Aviation Administration 联邦航空局(美国)Federal Aviation Regulations 《联邦航空条例》(美Airline PilotsAirline pilots 1 passengers and cargo via commercial aircraft. They are responsiblefor various 2 and non-flying duties. Airline pilots are responsible for a variety of tasksrelated to the safe operation of the 3 they are responsible for flying.Prior to takeoff, airline pilots are responsible for verifying that the instruments, controls, engines, and other flight systems are 4 the way they should. Monitoring continues throughout the 5, and changes are requested and implemented as needed 6 enroute.On commercial flights, there are two pilots at the helm of the airplane. Each flight is staffed by a captain and a first officer, and the two pilots typically take 7 flying different legs(航段)of each trip. They 8 with flight dispatchers (签派人员)air traffic controllers,and meteorologist to select the best route for the trip, including determining the 9 altitudeand speed for travel.Once a flight lands, airline pilots are required to complete records about their journeys in compliance with the 10 of both the company for which they work and the Federal Aviation Administration (FAA).IV Translate the following sentences into proper English.1. 一名乘务人员向机长报告,商务舱有名乘客心脏病发作,她们正在给他吸氧。