Electrical Eengineering 101-05
电气工程专业介绍英语范文
电气工程专业介绍英语范文Electrical engineering is a diverse and exciting field that plays a crucial role in almost every aspect of modern life. From designing and developing new technologies to maintaining and improving existing systems, electrical engineers are at the forefront of innovation and progress. This profession offers a wide range of opportunities for those with a passion for problem-solving, creativity, and making a positive impact on the world.One of the most fascinating aspects of electrical engineering is its broad scope. Electrical engineers work in a variety of industries, including telecommunications, power generation and distribution, electronics, and computer hardware and software development. This diversity means that electrical engineers have the opportunity to work on a wide range of projects, from designing cutting-edge communication systems to developing renewable energy technologies. This variety keeps the work interesting and allows engineers to constantly learn and grow in theircareers.In addition to the wide range of industries that electrical engineers can work in, this field also offers a diverse array of job roles. Some engineers may focus on research and development, working to create new technologies and improve existing systems. Others may work in design and testing, ensuring that products and systems meet the necessary standards and specifications. Still, others may work in maintenance and repair, keeping existing systems running smoothly and efficiently. This variety of roles means that there is something for everyone in the field of electrical engineering, whether you are more interested in theoretical research or hands-on problem-solving.Another appealing aspect of electrical engineering is the potential for innovation and creativity. Engineers in this field are constantly pushing the boundaries of what is possible, developing new technologies and finding innovative solutions to complex problems. This creativity is not only intellectually stimulating but also has thepotential to make a real difference in the world. For example, electrical engineers play a crucial role in developing sustainable energy technologies, such as solar and wind power, which have the potential to address the global challenge of climate change. This opportunity to contribute to meaningful and impactful projects is a major draw for many people considering a career in electrical engineering.Furthermore, the demand for electrical engineers is strong and growing. As technology continues to advance and become more integrated into our daily lives, the need for skilled electrical engineers is only increasing. This high demand means that electrical engineers can enjoy competitive salaries and a wide range of job opportunities. In addition, the field of electrical engineering is constantly evolving, with new technologies and techniques emerging all the time. This means that there is always something new to learn and explore, keeping the work fresh and exciting.Finally, electrical engineering offers the opportunityto work on projects that have a real and tangible impact on society. Whether it's developing new medical devices, improving communication systems, or designing moreefficient power grids, electrical engineers have the chance to make a meaningful difference in the world. This sense of purpose and the opportunity to contribute to the greater good is a major source of satisfaction for many professionals in this field. Knowing that their work is helping to improve people's lives and make the world a better place is incredibly rewarding and can provide a strong sense of fulfillment in a career.In conclusion, electrical engineering is a dynamic and rewarding field that offers a wide range of opportunities for those with a passion for technology and innovation. With its diverse industries, job roles, potential for creativity, strong demand, and the opportunity to make a positive impact, it's no wonder that so many people are drawn to this exciting profession. Whether you are interested in developing new technologies, solving complex problems, or making a difference in the world, electrical engineering has something to offer for everyone.。
600_electrical_engineering_books
這600本書幾乎包括了電氣工程專業的所有內容。
例如：電子學最基礎的《Circuit.Analysis.Theory.And.Practice.》（電路分析）、哈佛大學的經典教材《The.Art.of.Electronics》（電子學的藝術）、DSP.Facts.and.Equipment。
詳細書籍名：Wireless.Securit.PrivacyBest.Practices.and.Design.Techniques.Artech-Interference.Analysis.and.Reduction.for.Wireless.Systems.munications.works.munications.Network.Design._20-_20.Wiley._.Sons.802.11.Security.N.Fundamentals.Cisco.Press.eBookwork.Site.Surveying.and.Installation.Cisco.Press.Nov.2004.eBookA.First.Course.in.Corporate.Finance.b.in.Circuits.and.Electronics.munication.er_27s.Guide.to.Aspect.Ratio.Conversion.A.wavelet.tour.of.signal.processing.Mallat.S..draft_.2005.MNw.ponent.Modeling.Morgan.Kaufmann.eBook.-.LiB. Abstract.Harmonic.Analysis.of.Continuous.Wavelet.Transforms.Adaptive.Digital.Filters.Second.Edition.putational.Intelligence.Perspective.Adaptive_20Control_20Systems.Addison.Wesley._20-_20.RTP..Audio.and.Video.for.the.Internet.Advanced.Digital.Signal.Processing.and.Noise.Reduction.2nd.Edition.Advanced.Techniques.in.RF.Power.Amplifier.Design.works.Springer.eBook.Advanced_20Control_20Engineering.Advances.in.Fingerprint.Technology.Second.Edition.eBookworks.Artech.House.Publishers.Jun.2005.eBook. Aerials..Air.and.Spaceborne.Radar.Systems.An.Introduction.2001.WilliamAndrewPublishing.RR. munication.Systems.And.Their.Applications.Alternative.Breast.Imaging.Kluwer.Academic.Publishers.eBook.An.Introduction.To.Statistical.Signal.Processing.An.Introduction.to.Digital.Audio.An.Introduction.to.Pattern.Recognition.An_20Introduction_20to_20the_20Theory_20of_20Microwave_20Circuits_20_Kurokawa_. Analog.BiCMOS.Design.Practices.and.Pitfalls.Analog.Circuit.Design.Analog.Circuits.Cookbook.Analog.Integrated.Circuit.Design.Analog.and.Digital.Circuits.for.Electronic.Control.System.Applications..Analog_20And_20Digital_20Control_20System_20Design.Analysis.And.Design.Of.Analog.Integrated.Circuits.Analysis_20and_20Design_20of_20Integrated_20Circuit-Antenna_20Modules.Antenna_20Arraying_20Techniques_20In_20The_20Deep_20Space_20Network.Antenna_20handbook.rmation.Super.Skyways.Institute.of.Physics.Publishing.Feb.2004.eBook-DDU. Application.-.Specific.Integrated.Circuits.-.Addison.Wesley.Michael.John.Sebastian.Smith. munications.2002.Art.And.Business.Of.Speech.Recognition.Addison.Wesley.eBook.yout.Artech..Radio.Frequency.Integrated.Circuit.Design.Artech.House.GPRS.for.Mobile.Internet.rmation.theory.Asynchronous.Circuit.Design..Audel.Electrical.Course.for.Apprentices.and.Journeymen.eBook.Automated.Fingerprint.Identification.Systems..AFIS..Academic.Press.eBookAutomotive_20Computer_20Controlled_20Systems_20Diagnostic_20Tools_20And_20Techniques. Bandwidth.efficient.digital.modulation.in.deep.munications.ponents._.Hardware.-.I.CFS.ponents._.Hardware.-.II.CFS.Basic.Theory.and.Application.of.Transistors.Bebop.to.the.Boolean.Boogie.Bluetooth.Application.Developers.Guide.Bluetooth.Demystified.Bluetooth.Security.2004.BluetoothGuide.Broadband.Bible.John.Wiley.and.Sons.eBook.Broadband.Bringing.Home.the.Bits.Broadband.Microwave.Amplifiers.Artech.House.eBook-TLFeBOOK.Building.Financial.Models.McGraw-Hill.2004.works.with.802.11.eBook.C.Algorithms.for.Real._20-_20.time.DSP.1995.CAD_20of_20Microstrip_20Antennas_20for_20Wireless_20Applications.CDMA.Capacity.and.Quality.Optimization.CDMA.Mobile.Radio.Design.Artech.House.CDMA.RF.System.Engineering.CDMA.Systems.Capacity.Engineering.Artech.House.Publishers.eBook._20-_20.kB.CMOS.Analog.Circuit.Design.CMOS.Electronics.How.It.Works.How.It.Fails.yout.CMOS.Integrated.ADC.and.DAC.2ndEd..CMOS.PLL.Synthesizers.Analysis.and.Design.Springer.Nov.2004.eBook.-.LinG.CMOS.memory.circuits.CRC.Press.munications.Facility.Design.Handbook.CRC_20Press_20-_20Intelligent_20Control_20Systems_20Using_20Soft_20Computing_20Metho dologies.Cellular.Mobile.Radio.Systems.Designing.Systems.For.Capacity.Optimization.Circuit.-.techniques-for-low-voltage-high-speed-ADCs.Circuit.Analysis.Theory.And.Practice.Circuit.Design.for.RF.Transceivers.munications.Circuits.for.the.Hobbyist.Closed.Circuit.Television.Closing.The.Gap.Between.ASIC.and.Custom.Tools.And.Techniques.of.High.Performance.ASIC.Desig n.work.Test.and.Measurement.Handbook.works._20-_20.Fundamental.Concepts.-.McGraw.Hill.-.Leon-Garcia_.Widjaja. Communications.Receivers.DSP_.Software.Radios_.and.Design_.Third.Edition.Compact_20and_20Broadband_20Microstrip_20Antennas.Complete.Wireless.Design.Computer.Explorations.in.Signals.and.Systems.Computer.imaging.recipes.in.C.Myler.H.R._.Weeks.A.R..PH_.1993pi.T.munication.Consumer_27s.Guide.to.Cell.Phones.and.Wireless.Service.Plans.Continuous.-.Time.Active.Filter.Design.Control_20EngineeringGuide_20For_20Beginners.Coplanar_20Waveguide_20Circuits__20Components__20and_20Systems.Crane.R..Simplified.approach.to.image.processing.in.C.PH_.1997.T.ISBN.0132264161.DOE.Fundamentals.Handbook_.Electrical.Science.vol.1.DOE.Fundamentals.Handbook_.Electrical.Science.vol.2.DOE.Fundamentals.Handbook_.Electrical.Science.vol.3.DOE.Fundamentals.Handbook_.Electrical.Science.vol.4.DSP.Facts.and.Equipment.DSP.Realtime.Operating.Systems.for.Embedded.Systems.DSP.for.In.Vehicle.and.Mobile.Systems.Springer.eBook-YYePG.working.Devices._20-_20.Fourth.Edition.Data.Conversion.Handbook.Elsevier.eBook.-.LinG.Deep.Submicron.CMOS.Circuit.Design.Simulator.In.Hands.Delmar.Digital.Signal.Processing._20-_20.-Filtering.Approach.Delmar.Fiber.Optics.Technician_27s.Manual.2nd.Ed..Design.Of.Linear.RF.Outphasing.Power.Amplifiers.Artech.House.eBookNs.Springer.Sep.2005. Design.of.Analog.CMOS.Integrated.Circuits.Design_20of_20RF_20And_20Microwave_20Amplifiers_20And_20Oscillators..Designing.Analog.Chips.work.works.Developments.in.Speech.Synthesis.John.Wiley.Sons.Apr.2005.eBook._20-_20.LinG. Dictionary.of.Video.Television.Technology.Dielectric_20Resonator_20Antennas.Digital.Audio.Broadcasting.munication.Over.Fading.Channels.munications.Design.for.the.Real.World.Digital.Design.Fundamentals.Digital.Design.Principles.and.Practices.Digital.Electronics.Digital.Frequency.Synthesis.Demystified.Digital.Integrated.Circuits.wo02_8.munication.Digital.Logic.And.Microprocessor.Design.With.VHDL.Digital.Signal.Processing.Handbook.VK.Madisetti_DB.Williams_CRC.ing.C.bVIEW.Newnes.Jun.2005.eBook._20-_20.D DU.munications.Ieee.Digital.Switching.Systems.System.Reliability.and.Analysis.Digital.Synthesizers.and.Transmitters.for.Software.Radio.Springer.Jul.2005.eBook._20-_20.DDU. Digital.Systems.Engineering..Digital.Video.Quality.Vision.Models.and.Metrics.John.Wiley.and.Sons.Mar.2005.eBook._20-_20.D DU.Digital.Video.for.Dummies.Wiley..2003._.3Ed.Digital.image.processing._20-_20.B.Jahne.Digital.signal.Processing.Digitally.Assisted.Pipeline.ADCs.Theory.and.Implementation.Discovering.Bluetooth.Sybex.Discrete.Time.Signal.Processing._20-_20.Oppenheim.Distortion.Analysis.of.Analog.Integrated.Circuits.Distortion.in.rf.power.amplifiers.ebook._20-_20.lib.Duda.R.O._.Hart.P.E._.Stork.D.G..Pattern.classification.02ed._.Wiley.C.738s.EDGE.for.Mobile.Internet.ESD.In.Silicon.Integrated.Circuits.Electrical.Circuits.plante_CRC.Electrical._.Electronic.Principles._.Technology.-.0750665505.Newnes.John.Bird.Electrician_27s.Exam.Question.and.Answers.Electromagnetic_20Waves_20and_20Antennas.Electronics.for.Dummies.John.Wiley.and.Sons.eBook.-.LinG.Electronics.for.Hobbyists.1.Electronics.for.Hobbyists.2.Electronics.for.Hobbyists.3.Electronics.for.Hobbyists.4.Electronics.for.Hobbyists.5.Electronics.for.Hobbyists.6.Electronics.for.Hobbyists.7.work.Technologies.Springer.Sep.2004.eBook._20-_20.LinG. working.Engineer_27s.Mini.-._5bNotebook.-.555_5d.-.Timer.IC.Circuits.Engineer_27s.Notebook.II.A.Handbook.Of.Integrated.Circuit.Applications.-.Forrest.Mims. Engineering.Digital.Design.rmation.Theory.Error.control.coding..From.theory.to.practice.Sweeney.P..Wiley_2002.Essentials.of.Managing.Corporate.Cash.-.John.Wiley.Sons.Experimental.Approach.CDMA._.Interference.From.Architecture.Through.VLSI.Fast.Forward.MBA.in.Finance.Feedback.Amplifiers.Theory.and.Design.Feedback.Circuit.Analysis.Feedback.Linearization.of.RF.Power.Amplifiers.Feedbackcontroltheory.munication.Systems.Fiber.Optic.Sensors.Fiber.to.the.Home.The.New.Empowerment.Wiley.Interscience.Oct.2005.eBook._20-_20.LinG. Fibre.Channel.for.Mass.Storage._20-_20.Prentice.Hall.Fibre.Channel.for.SANs.Filter.Handbook.a.Practical.Design.Guide.-.S..Niewiadomski.Finance.for.Non.-.Financial.Managers.Financial.Engineering.Principles.A.Unified.Theory.Financial.Risk.Manager.Handbook.Wiley.Second.Edition.Financial.modeling.with.jump.processes.Finite_20Antenna_20Arrays_20and_20FSS.First.course.on.wavelets.Hernandez_.Weiss..CRC_.1996.T.ISBN.0849382742.Fixed.Broadband.Wireless.System.Design._20-_xxuss.For.Dummies.HDTV.For.Dummies.Nov.2004.eBook._20-_20.DDU.Fundamental_20Limitations_20In_20Filtering_20And_20Control.Fundamentals.Of.Electric.Circuits..Fundamentals.Of.RF.Circuit.Design.With.Low.Noise.Oscillators.munication.Fundamentals.of.Global.Positioning.System.Receivers.Fundamentals.of.Telecommunications.Fundamentals.of.wavelets..Theory_.algorithms_.and.applications.Goswami_.Chan..Wiley.T.319s. Fuzzy_20Control_20Systems_20-_20Design_20and_20Analysis.munications.works..Protocols.Terminology.and.Implementation.GSM.Switching.Services.and.Protocols.Getting.Started.As.a.Financial.Planner.Rev.and.Updated.Guide.To.Budgets.And.Financial.Management.Guide.To.Digital.Signal.Processing.HF_20Antenna_20Cookbook.HF_20Filter_20Design_20and_20Computer_20Simulation.Handbook.Of.Time.Series.Analysis_.Signal.Processing_.And.Dynamics.Handbook.of.Multisensor.Data.Fusion.puting.munications.works.Harjani.Design.Of.Modulators.For.Oversampled.Converters.Wang.-.1998.High.-.Speed.Signal.Propagation.Advanced.Black.Magic.Prentice.eBook-LiB.High.-.speed.Digital.Design.-.Johnson._.Graham.High.Frequency.Techniques.An.Introduction.to.RF.and.Microwave.Engineering.Wiley-IEEE.Press.. High_20Performance_20Control.IEE.Tutorial.Meeting.on.Digital.Signal.Processing.for.Radar.and.Sonar.Applications_.1990. IEEE.._20-_20..Telecommunications.Performance.Engineering.IEEE._20-_20.Adaptive.fuzzy.power.control.for.CDMA.mobile.radio.systems.IEEE._20-_work.Modeling_.Planning.and.Design.work.Design.Guide.IP.Routing.working_3b.Straight.to.the.Core.Ieee._20-_munication.Circuits.And.Systems.works.Springer.Sep.2005.eBook._20-_20.DDU. bVIEW.And.IMAQ.Vision.Prentice.eBook._20-_20.LiB.Image.Processing.in.C.Image.Recognition.and.Classification..algorithms-marcel.dekker.-.2002.-.isbn.0824707834.-.49. works.Newnes.Jul.2004.eBook._20-_20.DD U.Implementing.Bluetooth.in.an.Embedded.Device.Industrial.electronics.for.engineers_.chemists_.and.technicians.Industrial_20Control.Integrated.Electronics.Integrated.Fiber.Optic.Receivers.Buchwald.Intermodulation_20Distortion_20in_20Microwave_20and_20Wireless_20Circuits. Introduction.To.Error.Correcting.Codes.Introduction.To.Logic.Design.-.Shiva.S.G..-.M.Dekker.1998.2Ed.Introduction.To.Sound.Processing.work.Engineering.Introduction.to.03G_munications.Introduction.to.Airborne.Radar.Introduction.to.Bluetooth.Technology_.Market_.Operation_.Profiles_._.Services. Introduction.to.CPLD.and.FPGA.Design.Introduction.to.Fiber.Optics.Introduction.to.RF.Equipment.and.System.Design.Introduction.to.RF.Propagation.Wiley.Interscience.Sep.2005.eBook._20-_20.DDU. Introduction.to.Wireless.Local.Loop.Introduction_to_Wave_Propagation_Transmission_Lines_and_Antennas.John.Wiley.And.Sons.An.Introduction.To.Parametric.Digital.Filters.And.Oscillators.John.Wiley.And.Sons.Device.Modeling.For.Analog.And.RF.CMOS.Circuit.Design.John.Wiley.And.Sons.Digital.Logic.Testing.And.Simulation.John.Wiley._20-_20.Fundamentals.of.Digital.Television.Transmission.John.Wiley._20__20.Sons._20-_works.John.Wiley._20__20.Sons._20-_20.Mobile.and.Wireless.Design.Essentials.work.Design.Aug.2004.eBook._2 0-_20.DDU.John.Wiley.and.Sons.Multi.Carrier.and.Spread.Spectrum.Systems.works.Karu.J..Signals.and.systems_.made.ridiculously.simple.2001.L.T.ISBN.0964375214.Kay.S.M..Fundamentals.of.statistical.signal.processing...estimation.theory.PH.L.T.30.Ken.Martin.Digital.Integrated.Circuit.Design.300dpi.ponents.eBook.-.LiB. works.eBook._20-_20.LiB. Kluwer.Reuse.Methodology.Manual.for.System.-.on-a-Chip.Designs.3rd.Ed..LabVIEW.Digital.Signal.Processing.McGraw.Hill.Professional.May.2005.Layout.CMOS..Circuit.Design._.Li.Simulation.Baker._Boyce.-.1997.2.Linear_20Control_20System_20Analysis_20and_20Design_20Fifth_20Edition.Linear_20Optimal_20Control.Liquidity.Liabilities.Cash.Management.Balancing.Financial.Risks.Wiley.Low-Angle_Radar_Land_Clutter_-_Measurements_and_Empirical_Models.Lumped_20Elements_20for_20RF_20and_20Microwave_20Circuits.MPEG.7.Audio.and.Beyond.Audio.Content.Indexing.and.Retrieval.John.Wiley.and.Sons.Jan.2006. puter.Vision.Springer.Aug.2005.eBook._20-_20.DDU.McGraw.-.Hill.Teach.Yours.Electricity.and.ElectronicsEbook-FLY.McGraw.Hill.-.Principles.and.applications.of.Electrical.Engineering.McGraw.Hill.Financial.Analysis.Tools.and.Techniques.a.Guide.for.Managers.McGraw.Hill._20-_ponents.McGraw.Schaum_27s.Outlines.of.Digital.Signal.Processing.McGraw.Schaum_27s.Outlines.of.Signals._.Systems.McGraw._20-_20.Hill.-.Broadband.Crash.Course.-.2002.McGraw._20-_20.Hill.-.Wireless.A.to.Z.puter._20-_20._20T.266s_20.-.oriented.Approach.to.Pattern.Recognition.AP_.19 72.Microstrip_20Filters_20For_20RF_20Microwave_20Applications.Microwave_20Circuit_20Modeling_20Using_20Electromagnetic_20Field_20Simulation. Microwave_20Component_20Mechanics.Microwave_20Electronics_20Measurement_20and_20Materials_20Characterization. Microwave_20Resonators_20and_20Filters_20For_20Wireless_20Communication.Microwave_engineering_using_microstrip_circuits_.Microwaves.and.Wireless.Simplified.Artech.House.2nd.Edition.Apr.2005.Millimeter.-.wave.Integrated.Circuits.Springer.eBook-YYePG.Mixed.Signal.And.DSP.Design.Techniques.working._20-_20.John.Wiley._.Sons.-.IEEE.Press.munications.Engineering._20-_20.Theory.and.Applications_.Second.Edition. munications.Mobile.Location.Services.The.Definitive.Guide._20-_20.Prentice.Hall.works.Wiley._20-_20.eBOOK.Model.Based.Signal.Processing.Wiley.IEEE.Press.Oct.2005.eBook._20-_20.LinG.Modern.Antenna.Design.Jun.2005.eBook-DDU.munication.Circuits.Modern.Receiver.Front.Ends.Systems.Circuits.and.Integration.Wiley.Feb.2004.eBook-DDU. Modern.Signal.Processing.Modern_20Control_20Engeneering__203rd_20ed_5d._5bOgata_5d_5bPrentice_20Hall_5d. Morgan.Kaufmann.._20-_20..Digital.Video.And.Hdtv.Algorithms.And.Interfaces.2003.Multi.-.Standard.CMOS.Wireless.Receivers_.Analysis._.Design.Multicarrier.Techniques.for.04G_munications.Multivariable.Control.Systems.An.Engineering.Approach.Springer.eBook-TLFeBOOK.Nano.CMOS.Circuit.and.Physical.Design.Network.Calculus.A.Theory.of.Deterministic.Queuing.Systems.for.the.Internet.Networks_20and_20Devices_20Using_20Planar_20Transmissions_20Lines.Neural_20Systems_20For_20Control.New.technologies.for.WLAN.munications.Pocket.Book.Newnes.Guide.to.Television._.Video.Technology.Newnes.Radio.and.RF.Engineering.Pocket.Book.Newnes_20Industrial_20Control_20Wiring_20Guide.Next.Generation.Mobile.Systems.3G.and.Beyond.John.Wiley.and.Sons.May.2005.eBook._20-_20. DDU.Nixon_.Aguado..Feature.Extraction.and.Image.Processing.2002.Noise.In.Receiving.Systems.Nonlinear.Microwave.And.RF.Circuits.2nd.Edition.Nonlinear_20Microwave_20Circuit_20Design.ON.Analog.Integrated.Circuits.OReilly.Digital.Video.Hacks.May.2005.eBook._20-_20.DDU.OReilly.RFID.Essentials.Jan.2006.O_27Reilly._20-_20._20802._20-_works-.The.Definitive.Guide. Observers_20in_20Control_20Systems.Op.Amp.Applications..Op.Amps.Design.Application.and.Troubleshooting.Op.Amps.for.Everyone.Design.Reference.Operational.Amplifiers.Design.and.Applications.munications.Essentials.munications.Rules.of.Thumb.working.Handbook.Mcgraw._20-_20.Hill.Optical.System.Design.Optical.Through._20-_munications.Handbook.Optical.signal.processing.Vanderlugt.A..Wiley_.1991pi.L.T.180s.PEo.Optimal.Filtering.Optimal_20Control_20Linear_20Quadratic_20Methods.Optimal_20Sampled_20Data_20Control_20Systems.Optimizing.Wireless._20-_20.RF.Circuits.work.Handbook.Pattern.Classification.And.Learning.Theory.Lugosi.nguage.Processing.works.Polling_.Scheduling_.and.Traffic.Cont rol.munications.Phased.Array.Antenna.Handbook.Artech.House.Publishers.Second.Edition.eBook-kB.Phased_20Array_20Antennas_20Hansen_20R.C._20_Wiley_1998__ISBN_20047153076X__200dp i__T__504s__EE_.Photodetection._20__20.Measurement._20-_20.Maximizing.Performance.in.Optical.Systems. Practical.Analog.And.Digital.Filter.Design.Practical.Electronics.for.Inventors.Practical.FPGA.Programming.in.C.Prentice.Hall.PTR.Apr.2005.yout._20-_e.of.Stock.Lenses.Practical.Rf.Pcb.Design.Geoff.Smithson.Scanned.Practical.Rf.System.Design._20-_20.Egan.Practical_20Applications_20of_20Computational_20Intelligence_20for_20Adaptive_20Control. Practical_20Approach_20to_20Signals_20Systems_20and_20Control.Pragmatic.Introduction.to.Electronic.Engineering.0._v1_.works.John.Wiley.and.Sons.munication.system.simulation.with.wireless.applications._20-_20.Prentice.Hall. Principles.Of.Corporate.Finance.Principles.of.Asynchronous.Circuit.Design.-.A.Systems.Perspective.Principles.of.Digital.Transmission.With.Wireless.Applications.Principles.of.Sigma.Delta.Conversion.for.Analog.to.Digital.Converters.munication.Systems.eBook._20-_20.TLFeBOOK. Programmable.Digital.Signal.Processors.Architecture.Programming_.and.Applications. munication.System.Design.QoS.in.Integrated.03GNetworks.2002.Quantitative.Finance.for.Physicists.An.Introduction.Queueing.Theory.With.Applications.to.Packet.Telecommunication.Springer.eBook._20-_20.YYePG. RDS..The.Radio.Data.System.RF-Microwave_20Circuit_20Design_20for_20Wireless_20Applications.ponents.and.Circuits.munications.munications.RFID.Field.Guide.Deploying.Radio.Frequency.Identification.Systems.Feb.2005.eBook._20-_20.LiB. RFID.For.Dummies.Mar.2005.eBook._20-_20.LinG.RFID.Sourcebook.Prentice.Hall.PTR.RFID._20-_20.Read.My.Chips_.RF_20__20Microwave_20Radiation_20Safety_20Handbook.RF_20and_20Microwave_20Wireless_20Systems.Radar.Systems_.Peak.Detection.and.Tracking.Radar.Technology.Encyclopedia._20-_20.1998.Radar_20Principles.munication.and.Sensor.Applications.Radio.Engineers_27.Handbook._20-_20._2001e_20-_20.-.d.-.Terman.Radio.Frequency.Circuit.Design.Radio.Frequency.Transistors.Radio.Shack.-.Getting.started.in.electronics.Radio.Shack.Engineer_27s.Mini.-._5bNotebook.T.52s_5d.Radio._.Electronics.Cookbook.Radio_20Frequency_20and_20Microwave_20Communication_20Circuits.Radiometric.Tracking.Techniques.for.Deep.Space.Navigation.Radiosity.and.realistic.image.synthesis.Cohen.M.F._.Wallace.J.R..AP_.1995.Real.802.11.Security.Wi._20-_20.Fi.Protected.Access.And.802.11i.Addison.Wesley.eBook-LiB. Real.Analog.Solutions.for.Digital.Designers.Real.World.Digital.Audio.Peachpit.Press.No05._20v.200.Real._20-_pression--Techniques.And.Algorithms.Rf.Cmos.Power.Amplifier._20-_20.Ebook.Kluwer.Inter.Hella._.Ismall.Risk.Management.And.Capital.Adequacy.McGraw.Hill.SIP.Demystified.MUNICATIONS.HANDBOOK.munication.Engineering.eBook._20-_20.EEn.Satellite.Handbook.working.Principles.and.Protocols.John.Wiley.and.Sons.Oct.2005.eBook._20-_20.DDU. Schaums.Outline.Of.Theory.And.Problems.Of.Electric.Circuits.eBook.Secrets.of.RF.Circuit.Design._.Third.Edition.Securing.and.managing.WLAN.Shannon._20-_20.TheoryComm.munication.Fundamentals.of.RF.System.Design.and.Application. Signal.Analysis.Alfred.Mertins.Signal.Analysis.Time.Frequency.Scale.and.Structure.RL.Allen_ls.Signal.Detection.and.Estimation.munications.Handbook._20-_20.CRC.Press.-.2005.Signal.analysis.wavelets.filter.banks-Mertins.A..Wiley_.1999.Signals.And.Systems.Signals._20__20.Systems.with.MATLAB.Applications._20-_20.Orchard.Publications. munications.Sliding_20Mode_20Control_20in_20Engineering.Smart.Antennas.CRC.Press.Jan.2004.eBook-DDU.Some.Design.Aspects.on.RF.CMOS.LNAs.and.Mixers.Sonet.or.SDH.Demystified.Space._20-_20.Time.Coding.John.Wiley.And.Sons.eBook.Space._20-_munications.Specification.of.the.Bluetooth.System.Spectrum.Wars.Speech.Coding.Algorithms.Foundation.and.Evolution.of.Standardized.Coders.Wiley.eBook._20-_2 0.KB.works.Speech.Separation.By.Humans._20__20.Machines.Springer.eBook._20-_20.YYePG.Stability_20Analysis_20of_20Nonlinear_20Microwave_20Circuits.pression.to.Advanced.Video.Coding.IEEE.Standard.Handbook.of.Audio.and.Radio.Engineering.Standard.Handbook.of.Video.and.Television.Engineering_.4th.ed.Starting.Electronics.-.Elsevier.-.3rd.Edition.-.2005.Statistical.and.Adaptive.Signal.Processing.Supervised.and.Unsupervised.Pattern.Recognition.Synthesis.and.optimization.of.DSP.algorithms.Constantinides_.Cheung_.Luk..Kluwer_.2004.T.144s_20Bayesian.Approach.to.Image.Interpretation.Kopparapu_.Desai..Kluwer_.2002.T.181s_20Wavelets_.with.applications.in.signal.and.image.processing.Bultheel.A..2002.T.212s_20Brandwood..Fourier.transforms.in.radar.and.signal.processing.2003.T.359s_20Mann.S..Intelligent.image.processing.Wiley_.2002.T.406s_20Dudgeon.D._.Mersereau.R._.Merser.R._.Multidimensional.Digital.Signal.Processing.199 5.T.548s_20Ballard.D.H._.Computer.vision.Brown.C.M..PH_.1982.ISBN.0131653164.T.621s_20Image.analysis.and.mathematical.morphology.Serra.J..AP_.1982.300dpi.CsIp.TAB.Electronics.Guide.to.Understanding.Electricity.and.Electronics.eBook.-.EEn.Telecom.Crash.Course.Telecom.Dictionary.Telecommunication.Circuit.Design._20-_20.Second.Edition.Telecommunications.Essentials.CHM.Telecommunications.Regulation.Teletraffic.Engineering.Handbook.The.Art.and.Science.of.Analog.Circuit.Design.The.Art.of.Electronics.02ed.munications.Professional..A.Guide.for.Engineers.and.Managers. working.The.Engineer_27s.Guide.to.Decoding._.Encoding.The.Engineer_27s.Guide.to.Standards.Conversion.The.Great.Telecom.Meltdown.Artech.House.Jan.2005.eBook._20-_20.LiB.works.munications.Handbook.The.Mobile.Radio.Propagation.Channel._20-_20.Second.Edition.-.Wiley.The.Personal.Finance.Calculator.McGrawHill.munication.Applications.Handbook.The.Telecommunications.Handbook.The.Wireless.Data.Handbook._20-_20.Fourth.Edition.Thetrated.dictionary.of.electronics.Troubleshooting.Analog.Circuits.US.Navy._20-_20.Digital.Data.Systems.Ultra.Wideband.Radio.Technology.ing.Coded.Signals.Understanding.Cellular.Radio.munications.Understanding.Digital.Signal.Processing.Understanding.Digital.Terrestrial.Broadcasting.MAZ._20-_20.Artech.House. munications.Understanding.Telephone.Electronics.Understanding_20Microwaves_20_Scott_.rmation.Retrieval.IRM.eBook._20-_20.YYePG.Video.Demystified.A.Handbook.For.The.Digital.Engineer.munications.Voice.Over.802.11.W._20-_20._20for.03G_works.munications.System.Waveguide_20Handbook.Wavelets.For.Kids.A.Wavelets.For.Kids.B.Wideband.TDD.WCDMA.for.the.Unpaired.Spectrum.John.Wiley.Sons.May.2005.eBook._20-_20.Lin G.Wiley.-.Essentials.of.Financial.Analysis.Wiley._20-_works_.IP.and.the.Internet.-.Protocols_.Design.and.Operation.Wiley._20-_20.Digital.Image.Processing.WK.Pratt.-.Third.Edition.2001.munication.Systems._20-_20.Prentice.Hall.PTR.munication.Technologies.munication.Technology.munications.Wireless.Data.Demystified.McGraw.Hill.eBook._20-_20.LiB.Wireless.Data.Technologies.Reference.Handbook.John.Wiley.and.Sons.Wireless.Foresight.Scenarios.of.the.Mobile.World.in.2015.John.Wiley.and.Sons.eBook._20-_20.Li B.Wireless.Internet.Telecommunications.Artech.House.Publishers.eBook._20-_20.YYePG. working.with.ANSI._20-_20._2041__20-_20.-.Second.Edition.works.First._20-_20.Step..2005.munication.Systems.Springer.Verlag.Telos.Sep.2004.ISBN0387227849. Wireless.Technology.Protocols.Standards.and.Techniques.Young_.Gerbrands_.van.Vliet..Fundamentals.of.image.processing.Delft.U._.1998.T.11._5bT.270s_5dJohnson.D.H._.Wise.J.D..Fundamentals.of.electrical.engineering.1999._5bT.498s_5dGustafsson.F..Adaptive.Filtering.and.Change.Detection.Wiley_.2000._Delmar__20Modern_20Control_20Technology--Components_20__20Systems_20_2nd_20Ed._. dsp.algorithms.for.programmers.eWiley.Mobile.Fading.Channels._20-_20.-Modelling_.Analysis._.Simulation.electronics_20technician_20volume_201_20-_20safety.electronics_20technician_20volume_202_20-_20administration.electronics_20technician_20volume_203_20-_20communications_20systems.electronics_20technician_20volume_204_20-_20radar_20systems.electronics_20technician_20volume_206_20-_20digital_20data_20systems.electronics_20technician_20volume_207_20-_20antennas_20and_20wave_20propagation. low.power.asynchronous.DSP.numerical_20methods_20in_20electromagnetics.operational.amplifiers.-.2nd.edition.practical_aspects_of_feedback_control.structure.and.interpretation.of.signals.and.systems.下載地址：/file/f5ddfade86600_electrical_engineering_books.rar。
电气工程及其自动化专业课时安排
一、培养目标本专业培养德、智、体全面发展，适应社会主义现代化建设需要，掌握电气、电子与信息科学技术领域扎实的基础理论、专门知识及基本技能，具有在相关领域跟踪、发展新理论、新知识、新技术的能力；能从事电气工程、自动化、信息技术、电子与计算机技术应用等领域的科学研究、技术开辟、维护管理工作，具有厚基础、宽口径、强实践、高素质特点的高级技术和管理人才。
毕业生就业行业主要有：电气设计与创造业、信息产业、电力系统及运行部门、国家机关和科研院所、国防工业、现代化农业等。
二、培养规格和要求本专业学生主要学习电工技术、电子技术、信息控制、计算机技术与应用等方面较宽广领域的工程技术基础和一定的专业知识。
本专业主要特点是强弱电结合、电工技术与电子技术结合、软件与硬件结合、元件与系统结合，学生受到电工、电子、信息控制及计算机技术等方面的基础训练，既具有电气工程方面的专业知识和技能，专业面广，适应性强，又有自动化和信息技术的基础知识和基本技能。
毕业生应具有较强的自学能力和创新能力，并具有较好的综合素质。
毕业生应获得以下几个方面的知识和能力：1．掌握较扎实的数理基础，具有一定的人文社会科学知识和外语综合能力。
2．系统地掌握本专业领域必需的、较宽广的技术基础理论知识，主要包括电工理论与技术、电子技术、信息处理与控制技术、计算机软硬件基本原理与应用等。
3．获得较好的工程实践训练，具有综合解决工程实际问题的能力。
4．具有较强的工作适应性、人际交往能力和团队协作精神，具备一定的科学研究、科技开辟和组织管理才干。
5．了解本专业领域的学科发展动态与发展趋势。
三、主干学科电气工程、控制科学与工程、计算机科学与技术。
四、主要课程电路分析基础、工程电磁场、摹拟电子技术基础、数字电子技术基础、自动控制原理、微机原理及应用、电力电子技术、机电学、电力系统分析、供配电工程、电气测试技术、计算机控制技术、电力拖动与自动控制系统、电气控制及可编程控制器。
电气工程专业英语
电气工程专业英语 Final approval draft on November 22, 2020电路electriccircuit电气工程electricalengineering电机electricmachine自然科学physicalscience电气设备electricaldevice电器元件electricalelement正电荷positivecharge负电荷negativecharge直流directcurrent交流alternatingcurrent电压voltage导体conductor功work电动势electromotiveforce电势差potentialdifference功率power极性polarity能量守恒定律thelawofconservationenergy 变量variable电阻resistance电阻率resistivity绝缘体insulator电阻器resistor无源元件passiveelement常数constant电导conductance短路shortcircuit开路opencircuit线性的linear串联series并联parallel电压降voltagedrop等效电阻equivalentresistance电容器capacitor电感器inductor储能元件storageelement电场electricfield充电charge放电discharge动态的dynamic电介质dielectric电容capacitance磁场magneticfield电源powersupplu变压器transformer电机electricmotor线圈coil电感inductance导线conductingwire绕组wingding漏电阻leakageresistance电子系统electronicsystem结构图blockdiagram功能模块functionalblock放大器amplifier滤波器filter整形电路wave-shapingcircuit振荡器oscillator增益gain输入阻抗inputimpedance带宽bandwidth晶体管transistor集成电路integratedcircuit电力电子powerelectronics数字信号处理digitalsignal-processing输出装置outputdevice模拟信号analogsignal数字信号digitalsignal传感器transducer采样值samplevalue模数转换器analog-to-digitalconverter频谱frequencycontent采样频率samplingrateorfrequendy扰动disturbance分立电路discretecircuit数字化信号digitizedsignal运算放大器operationalamplifier有源电路activecircuit电子部件electronicunit封装package管脚pin同相端noninvertingterminal反相输入invertinginput电路图circuitdiagram压控电压源voltage-controlledvoltagesource 开环增益open-loopgain闭环增益closed-loopgain负反馈negativefeedback正饱和positivesaturation线性区linearregion电压跟随器voltagefollower等效阻抗equivalentimpedance逻辑变量logicvariable位bit数字字digitalword字节byte半字节nibble与运算ANDoperation真值表truthtable与门ANDgate非门NOTgate或门ORgate加号additionsign与非门NANAgate异或运算XORoperation逻辑表达式logicexpression二进制binarysystem正逻辑positivelogic负逻辑negativelogic参考方向referencedirection理想变压器idealtransformer电气绝缘electricalisolation阻抗匹配impedancematching电力electricalpewer绝缘变压器isolatingtransformer电压互感器voltagetransformer电流互感器currenttransformer原边绕组primarywinding工作频率operatingfrequency配电变压器distributiontransformer 电力变压器powertransformer磁通密度fluxdensity磁场magneticfield铁芯变压器iron-coretransformer大功率high-power空芯air-core磁耦合magneticcoupling小功率lower-power励磁损耗magnetizingloss磁滞损耗hysteresisloss涡流eddycurrent励磁电流excitingcurrent漏磁通leakageflux互磁通mutualflux线圈coil芯式coreform壳式shellform高压绕组high-voltagewinding磁链fluxlinkage电动势electromotiveforce有效值rootmeansquarevalue匝数比turnsratio视在功率apparentpower匝数thenumberofturns升压变压器step-uptransformer 降压变压器step-downtransformer 电动机motor发电机generator机械能mechanicalenergy电能electricalenergy电磁的electromagnetic直线式电动机linearmotor同步电机synchronousmachine感应电机inductionmachine定子stator转子rotor气隙airgap轴shaft电枢armature励磁绕组fieldwinding无功功率reactivepower制动状态brakingmode稳态steady-state相序phasesequence反响制动plugging滞后电流laggingcurrent励磁电抗magnetizingreactance 启动电流startingcurrent变频器frequencychanger感应电势inducedvoltage逆变器inverter周波变换器cycloconverter换向器commutator自动控制automaticcontrol控制器controller扰动disturbance期望值desiredvalue压力pressure液位liquidlevel被控变量controlledvariable 方框图blockdiagram传递函数transferfunction工程控制processcontrol伺服系统servomechanism流率flowrate加速度acceleration前向通路forwardpath补偿correction反馈通路feedbackpath闭环closed-loop开环open-loop输出output增益gain手动调节manualadjustment变送器transducer误差error控制方式controlmode比例控制proportionalcontrol 积分控制integralcontrol微分控制derivativecontrol 执行元件manipulatingelement 调节时间settingtime残差residualerror不确定度uncertainty观测数据observations采样sample算术平均arithmeticaverage 期望值expectedvalue标准偏差standarddeviation 下限lowerrangelimit上限upperrangelimit跨度span分辨率resolution死区deadband灵敏度sensitivity阈值threshold可靠性reliability过量程overrange恢复时间recoverytime过载overload过量程极限overrangelimit漂移drift准确性accuracy误差error重复性repeatability系统误差systemicerror再现性reproducibility校准calibration线速度linearvelocity角速度angularvelocity弧度radian测速仪tachometer增量式编码器incrementalencoder定时计数器timedcounter稳定性stability接口interface调节器conditioner开关switch执行器actuator电磁阀solenoidvalve连续控制系统sequentialcontrolsystem 触点contact常开normallyopen常闭normallyclosed限位开关limitswitch继电器relay延时继电器time-delayrelay接通电流pull-incurrent开断电流drop-outcurrent电机启动器motorstarter接触器contactor自锁触点holdingcontact整流器rectifier变流器converter逆变器inverter二极管diode阳极anode阴极cathode正向偏置forwardbiased反向偏置reversebiased阻断block稳压二极管zenerdiode晶体管transistor集电极collector基极base发射极emitter共发射极common-emitter双向晶闸管triac正半周positivehalf-cycle触发电流triggercircuit功率容量powercapability功率器件powerdevice晶闸管thyristor导通conduction正向阻断forward-blocking通态on-state关断状态off-state反向击穿电压reversebreakdownvoltage漏电流leakagecurrent电流额定值currentrating漏极drain门极gate缓冲电路snubbercircuit均流currentsharing额定电压ratedvoltage可控开关controllableswitch相控phase-controlled充电器charger工频line-frequency变换器converter整流rectification逆变inversion可逆调速revesible-speed再生制动regenerativebarking关断时间turn-offtime纯电阻负载pureresistiveload脉动ripple感性负载inductanceload周期timeperiod带内部直流电动势的负载loadwitnaninternalDCvoltage 波形waveform换相commutation稳态steadystate交流侧AC-side延时角delayangle交点intersection电力系统powersystem发电厂generatingplant发电机generator负荷load输电网transmissionnerwork配电网distributionnetwork电electricity天然气naturalgas原理图schematicdiagram锅炉boiler热效率thermalefficiency风力windpower断路器circuitbreaker变电所substation故障fault过电压overvoltage击穿值breakdownvalue过电流overcurrent可靠性reliability继电器relay触点contact电流互感器currenttransformer合闸线圈operatingcoil分闸线圈tripcoil Circuittheoryisalsovaluabletostudentsspecializinginotherbranchesofthephysicalsciencebecau secircuitareagoodmodelforthestudyofenergysystemingeneral,andbecauseoftheappliedmathematic s,physics,andtopologyinvolved.电路理论对于专门研究自然科学其他分支的学生来说也十分有价值，因为电路一般可以很好地作为能量系统研究的模型，并且电路理论涉及应用数学、物理学和拓扑学的相关知识。
电气工程专业英语词汇
(coa*ial) cable (同轴)电缆AC transmission system 交流输电系统active filter 有源滤波器active load 〔PLoad〕有功负载active loss 有功损耗active power 有功功率alternating current (AC) 交流电ammeter电流表amplitude modulation (AM) 调幅angle stability功角稳定anode (cathode) 阳极〔阴极〕arc discharge 电弧放电arc suppression coil 消弧线圈arc-e*tinguishing chamber灭弧室armature 电枢，〔继电器的〕衔铁asynchronous machine 异步电机automatic control 自动控制automatic meter reading 〔AMR〕自动抄表automatic oscillograph 自动录波仪autotransformer 自耦变压器binary 二进制blackout 断电、停电block diagram 框图boiler 锅炉breakdown 〔电〕击穿breaker 断路器brush 电刷brushless DC motor 无刷直流电机bus bar 母线bus tie breaker 母联断路器〔母联断路器，母联开关〕calibrate 校准capacitor bank 电容器组conductor 导线converter (inverter)整流器〔逆变器〕copper loss 铜损corona 电晕coupling capacitor 耦合电容current transformer CT 电流互感器damping阻尼decimal 十进制dielectric 电介质,绝缘体dielectric constant 介质常数dielectric loss 介质损耗direct current 〔DC〕直流电discharge 放电disconnector 隔离开关dispatcher 调度员distribution automation system 配电网自动化〔DA〕系统distribution dispatch center 配电调度中心double-circuit lines on the same tower双回同杆并架double-column transformer双绕组变压器earth(ground) wire 接地线earthing switch 接地开关eddy current 涡流electric field 电场electric circuit 电路electrical machine control电机控制electrical machinery电机electromagnetic field 电磁场e*citation励磁e*citing winding 励磁绕组e*citor励磁器e*tra-high voltage (EHV) 超高压fast decoupled power-flow method 快速解耦潮流算法fault clearing time 故障切除时间feeder 馈电线FFT (fast Fourier transform) 快速傅立叶变换fi*ed series capacitor pensation固定串联电容补偿flashover 闪络Fle*ible AC transmission system (FACTS)灵活交流输电系统Fossil-fired power plant 火电厂frequency modulation (FM) 调频frequency-domain 频域fuse 保险丝，熔丝gas insulated substation 〔GIS〕气体绝缘变电站geography information system〔GIS〕地理信息系统generator 发电机generator terminal机端generator tripping 切机graduation dissertation毕业设计graduation practice毕业实习grounding capacitance voltage divider对地电容分压器grounding 接地harmonic 谐波he*adecimal 十六进制high voltage shunt reactor 高压并联电抗器high voltage高压high-voltage apparatus高压电器high-voltage engineering 高电压工程hydro power station 水力发电站Hydro-generator水轮发电机integrated circuit (IC) 集成电路internet protocol〔IP〕intelligence quotient〔IQ〕IEC (international Electrotechnical mission)国际电工〔技术〕委员会IEE (Institution of Electrical Engineers)电气工程师学会〔英〕IET〔The Institution Of Engineering And Technology〕工程技术学会〔英〕IEEE (Institute of Electrical and Electronic Engineers)电气与电子工程师学会〔美〕impedance阻抗impulse current 冲击电流independent pole operation 分相操作induction 感应inductive (capacitive) 电感的(电容的)installed capacity装机容量instrument transformer 互感器insulation coordination 绝缘配合insulation 绝缘insulator 绝缘子inverter station 换流站iron core 铁芯iron loss 铁损ISO (international standardization organization) 国际标准化组织isolator 刀闸(隔离开关)kinetic(potential) energy 动〔势〕能LAN (local area network) 局域网leakage flu* 漏磁通LED (light emitting diode) 发光二极管light(boiling)-water reactor 轻〔沸〕水反响堆lightning arrester 避雷器lightning overvoltage 雷电过电压load shedding 甩负荷loop system 环网系统loss of synchronization 失去同步low voltage 低压lower limit 下限machinery practice金工实习magnetic field 磁场magnetizing current励磁电流main and transfer busbar 单母线带旁路malfunction 失灵margin 裕度，边界metal o*ide arrester 〔MOA〕金属氧化物避雷器middle voltage中压motor 电动机nameplate 铭牌negative sequence impedance 负序阻抗neutral point中性点no-load current 空载电流no-load loss 空载损耗nuclear power station 核电站numerical 数字的octal 八进制oil-filled power cable 充油电力电缆one machine - infinity bus system单机无穷大系统operation amplifier 运算放大器operation mechanism 操动机构oscilloscope 示波器overhead line 架空线overvoltage 过电压partial discharge 局部放电passive device 无源器件peak-load 峰荷Permanent-magnet Synchronism Motor 永磁同步电机phase displacement (shift) 相移phase lead(lag) 相位超前〔滞后〕phase shifter 移相器phase-to-phase voltage 线电压positive sequence impedance 正序阻抗potential transformer PT 电压互感器power angle 功角power capacitor 电力电容power electronics 电力电子power factor 功率因数Power Generation Technology 发电技术power line carrier (PLC) 电力线载波〔器〕/ 可编程逻辑控制器power grid电网power plant电厂Power System Planning 电力系统规划power transfer 能量输送power transformer 电力变压器power transmission system输电系统prime mover 原动机productive practice生产实习protective relaying 〔relaying protection〕继电保护pumped storage power station 抽水蓄能电站radio interference 无线干扰rated 额定的ratio变比reactance (impedance) 电抗〔阻抗〕reactive current 无功电流reactive load无功负载reactive loss 无功损耗reactive power pensation 无功补偿reactive power 无功功率reactor 电抗器reclosing 重合闸recovery voltage 恢复电压rectifier 整流器reference value 参考值regulation 调节reinforced e*citation 强行励磁relay 继电器reserve capacity 备用容量resistance电阻resistor 电阻器right-of-way 线路走廊root mean square (rms) 均方根值rotor 转子routing testing 常规试验rpm (revolution per minute) 转/分series (shunt) pensation 串〔并〕联补偿shield wire 避雷线short-circuit ratio 短路比shunt capacitor 并联电容器shunt reactor 并联电抗器simulation analysis 仿真分析single (dual, ring) bus 单〔双，环形〕母线skin effect 集肤效应slip ring 滑环slope 斜率Staticstate静态static var〔Voltage Ampere Reactive〕pensation (SVC) 静止无功补偿Stator (rotor) 定〔转〕子steam turbine 汽轮机steel-reinforced aluminum 钢芯铝绞线step up (down) transformer 升(降)压变压器substation变电站sulphur he*afluoride breaker SF6 断路器supervisory control and data acquisition (SCADA)监控与数据采集surface breakdown 外表击穿surge impedance波阻抗swing 摇摆switch station 开关站synchronization 同步synchronous condenser 同步调相机tap 分接头taped transformer 多级变压器three phase fault 三相故障three-column transformer 〔ThrClnTrans〕三绕组变压器time-domain 时域time-of-usetariff 分时电价transfer function 传递函数transfer switching 倒闸操作transient stability暂态稳定transmission line 输电线路trip circuit 跳闸电路trip coil 跳闸线圈turn (turn ratio) 匝〔匝比，变比〕two-port network 二端口网络ultra-high voltage (UHV) 特高压underground cable 地下电缆vacuum circuit breaker 真空断路器variable transformer 调压变压器voltage grade 电压等级voltage stability 电压稳定wave front(tail) 波头〔尾〕winding 绕组withstand test 耐压试验withstand voltage 耐受电压zero sequence current 零序电流zinc o*ide 氧化锌〔金属氧化物〕专业课程名称电磁场概论 Introduction to Electro-Magnetic Field电机控制技术 Control Technique of Electrical Machinery电机学 Electrical Machinery 〔Theory〕电力电子技术根底 Fundamentals of Power Electronics Technology电力电子课程设计 Power electronics course design电力经济 Electric power system economics电力通信系统及调度自动化 Power System munication and Dispatching Automatic电力系统潮流计算机分析 puter Analysis of Power Flow电力系统分析 Electric power system analysis电力系统继电保护 Electric power system relaying protection电力系统稳态分析 Steady-State Analysis of Power System电力系统远动技术electric power system remote protocol电力系统暂态分析 Transient Analysis of Power System电力系统自动控制 Electric power system automatic control电力系统自动装置原理 The Principle of Electric Power System Automatic Equipment 电路原理 Principles of electric circuits电能质量控制 electric power quality (PQ) control电气工程根底 Fundamentals of Electrical Engineering电子技术根底〔模拟〕〔数字〕 fundamentals of electronic (analog) (digital)高电压工程High voltage engineering计算机继电保护 Microputer-Based Relaying Protection.计算机通信与网络 puter munication and Network可编程控制器原理及应用 Principles of PLC (Programmable logic Controller) And Application 人工智能根底 Fundamentals of Artificial Intelligence 〔AI〕数字信号处理 Digital Signal Processing (DSP)微机原理与接口 Principle of Microputer and Interface现代电力系统管理 Modern Power System Management信号与系统 Signal and System专业外语 Professional English，specialized English自动控制理论 Automatic Control Theory。
电气工程及其自动化专业英语介绍
电气工程及其自动化专业英语介绍Introduction to Electrical Engineering and its Automation Major1. IntroductionElectrical Engineering and its Automation is a specialized field that combines principles of electrical engineering with automation technology. This major focuses on the design, analysis, and application of electrical systems and automation techniques in various industries. In this introduction, we will provide a detailed overview of the key aspects, courses, and career opportunities in this field.2. Key Aspects2.1 Electrical EngineeringElectrical Engineering is a branch of engineering that deals with the study and application of electricity, electronics, and electromagnetism. It involves the design, analysis, and implementation of electrical systems, circuits, and devices. Electrical engineers work on a wide range of projects, including power generation and distribution, telecommunications, control systems, and electronic devices.2.2 Automation TechnologyAutomation Technology focuses on the development and implementation of systems that can operate and control various processes without human intervention. It involves the use of sensors, actuators, and control systems to monitor and control the operation of machines and processes. Automation technology is widely used in industries such as manufacturing, transportation, and energy.3. Courses3.1 Fundamentals of Electrical EngineeringThis course provides an introduction to the basic principles and concepts of electrical engineering. Topics covered include circuit analysis, electromagnetism, digital logic, andpower systems. Students will learn how to analyze and design electrical circuits and systems.3.2 Control SystemsControl Systems is a course that focuses on the principles and techniques used in the design and analysis of control systems. Topics covered include feedback control, system modeling, stability analysis, and controller design. Students will learn how to design and implement control systems for various applications.3.3 Power ElectronicsPower Electronics is a course that deals with the study of electronic devices and circuits used for the conversion and control of electrical power. Topics covered include power semiconductor devices, DC-DC converters, AC-DC converters, and motor drives. Students will learn how to design and analyze power electronic circuits.3.4 Industrial AutomationIndustrial Automation is a course that introduces students to the principles and techniques used in the automation of industrial processes. Topics covered include programmable logic controllers (PLCs), human-machine interfaces (HMIs), and industrial networks. Students will learn how to program and control automated systems.4. Career Opportunities4.1 Electrical EngineerGraduates with a degree in Electrical Engineering and its Automation can pursue a career as an electrical engineer. They can work in various industries, including power generation, telecommunications, manufacturing, and transportation. Electrical engineers are responsible for designing, testing, and maintaining electrical systems and equipment.4.2 Automation EngineerAutomation engineers specialize in designing, implementing, and maintaining automated systems and processes. They work in industries such as manufacturing,chemical, and automotive. Automation engineers are responsible for programming and troubleshooting control systems, ensuring the efficient operation of automated processes.4.3 Control Systems EngineerControl systems engineers work on the design and implementation of control systems for various applications. They can work in industries such as aerospace, robotics, and energy. Control systems engineers are responsible for designing and optimizing control algorithms, ensuring the stability and performance of control systems.4.4 Research and DevelopmentGraduates with a degree in Electrical Engineering and its Automation can also pursue a career in research and development. They can work in research institutions or industrial laboratories, conducting research on new technologies and developing innovative solutions for electrical and automation systems.5. ConclusionIn conclusion, Electrical Engineering and its Automation is a specialized field that combines the principles of electrical engineering with automation technology. This major offers a wide range of courses that cover the fundamentals of electrical engineering, control systems, power electronics, and industrial automation. Graduates in this field can pursue careers as electrical engineers, automation engineers, control systems engineers, or engage in research and development. The field of electrical engineering and its automation offers exciting opportunities for innovation and technological advancement.。
电工学原理及应用(Electrical_Engineering)经典双语详解讲义_(1)
Power systems convert energy to and from electrical form. Signal processing is concerned with information-bearing
electrical signals.
• Why Study Electrical Engineering?
•
• • • • •
Control systems
and magnetic fields.
gather information with sensors and use electrical energy to control a physical process.
Electromagnetics is the study and application of electric Electronics is the study and application of materials, devices
Alternating Current
On the other hand, a current that varies with time, reversing direction periodically, is called alternating current, abbreviated as AC.
q(t ) i (t )dt q(t0 )
t0
t
Example 1.1 Determining Current Given Charge
q(t )( C )
2
0
Suppose that charge versus time is given by
q( t ) 0
高中英语科技论文翻译练习题40题
高中英语科技论文翻译练习题40题1.The term “nanotechnology” refers to the manipulation of matter on an extremely small scale.A.纳米技术B.核能技术C.网络技术D.新能源技术答案：A。
“nanotechnology”就是“纳米技术”；B 选项“核能技术”是“nuclear technology”；C 选项“网络技术”是“network technology”；D 选项“新能源技术”是“new energy technology”。
2.“Genetic engineering” is a field that involves altering the genetic makeup of organisms.A.基因工程B.地理工程C.机械工程D.软件工程答案：A。
“Genetic engineering”是“基因工程”；B 选项“地理工程”是“geographical engineering”；C 选项“机械工程”是“mechanical engineering”；D 选项“软件工程”是“software engineering”。
3.“Artificial intelligence” has the potential to revolutionize many industries.A.人工智能B.人工制造C.艺术灵感D.艺术智能答案：A。
“Artificial intelligence”是“人工智能”；B 选项“人工制造”是“artificial manufacturing”；C 选项“艺术灵感”是“artistic inspiration”；D 选项“艺术智能”不存在这个表达。
4.“Renewable energy sources” include solar power, wind power, and hydro power.A.可再生能源B.新能源C.不可再生能源D.传统能源答案：A。
Electricalengineering电气工程
Electricalengineering电气工程Electrical engineering（电气工程）Electrical engineering（电气工程）by刘超逸最近接到剑溥的邀请写一些关于EE课程的简介。
着实是惶恐。
说实在自己也不过才大二，也最多算个门外汉。
要写整个EE的简介实在是不小的挑战，只能尝试为之。
以下的算是给大家一窥门径吧。
欢迎大家挑错补充。
1总体概况:Department of Electrical and Computer Engineering (ECE) 在整个工程系中是最大的系。
Undergraduates 大约1400~1600 人（Year 1 约200~300人/年段, Year 2 ~4 约450 人/年段）. ECE提供两个本科学位, 分别是Electrical Engineering (EE) 和Computer Engineering (CPE). 每位ECE学生选一修读. 这两个学位的大部分课程相同, 其中CPE 的必修课(core module) 相较于EE 会有更多CS (computer science) 的课程，同时偏重计算机架构，人数比EE少很多（1：5）.根据NUS office of admission 的消息, 在2009~2010 学年, ECE 的Computer Engineering 和SOC 的Computer Engineering (CE) 会联合推出新的Computer Engineering 的课程, 供当年度的大一学生修读. 两个系强强联合, 是个不错的消息. 关于CPE 和CE 到底有什么不同, 因为本人是学EE的, 不是很清楚. 不过从课程上来看, CE 比CPE 有更多CSXXXX的课, 物理课较少. 引用<新生宝典>的话: “CPE偏重硬件,系统构架之类”. 同时多CS的课也意味着平时有更多的Continuous Assessment 和projects.ECE 的研究方向粗略分为5个, 分别是: (载自<新生宝典> & ECE 网页/doc/5b5553534.html,.sg/research/groups/)(1) Biomedical Engineering: 和life science 结合的产物, 需要修读生理方面的初级课程. 主要有生物信号及其成像, bio-sensor(生物感应器??), health care information system (健康信息系统)等. 总体来看, 是将电磁学和信号处理应用到生物电信号的收集和处理上.(2) Communication and Information Engineering: 下分communication 和Computer Engineering & Information Processing. 这个应该和CPE 有较大的联系. Communication 主要研究方向又分两个，一个是移动通讯（cellular mobile communications），一个是多媒体传输（Multimedia communications）。
燃料电池阴极催化层电化学一维物理模型【毕业作品含外文】
BI YE SHE JI论文题目燃料电池阴极催化层电化学阻抗的一维物理模型学生姓名学号所在院系材料科学与工程学院专业班级材料物理导师姓名职称完成日期任务书燃料电池阴极催化层电化学阻抗的一维物理模型摘要燃料电池(Fuel Cell)可以将燃料中的化学能直接转化为电能，是最有前途的绿色能源解决方案之一。
目前影响其应用的主要障碍之一来自于电池阴极的催化层的催化效率。
使用物理模型研究燃料电池催化剂层的物质传输和电荷传输过程有利于加深对这个问题的理解。
对研究燃料电池催化剂层这样复杂的电化学系统，阻抗谱是一个很有用的工具。
将小振幅正弦电压施加在一个电化学系统上，阻抗谱可以提供比稳态极化曲线更多的信息。
本论文在燃料电池涉及的电荷、质量等守恒方程的基础上，建立了燃料电池阴极层电化学阻抗的一维物理模型。
在极高频的情况下，得到的解析解显示阴极催化剂层的阻抗频谱是在低频一个半圆，高频部分则是一条45°的直线。
考察了在理想氧气传输条件下类似开路的小电流情况下，得到了解析解。
关键词：燃料电池，阴极催化层，阻抗谱A physical model for catalyst layer impedanceAbstractFuel cell (fuel cell) is a will exists in the fuel and oxidizer in the chemical energy directly transformed into electrical energy generating device. Fuel and air were sent to fuel cell, by redox reaction to produce electrical power. from the outside look，It has positive and negative electrode and electrolyte, like a battery, but in fact it can not "reserve power" but a "power plants". And influence the battery is an important factor in the cathode catalyst layer.Impedance spectroscopy is a powerful tool for studying electrochemical systems . Response of an electrochemical system to a small-amplitude sinusoidal voltage perturbation gives more information than the steady-state polarization curve. The intersections of the impedance arcs with the real axis immediately give the main resistivities in the system. Moreover, the frequency of perturbation provides additional dimension for the system response; fitting the spectra to model equations enables to determine the kinetic and transport parameters of the system Based on conservation equations ,a physical model for impedance of the cathode catalyst layer (CCL) in a fuel cell is developed and analyzed. In all the cases, the CCL impedance spectrum is an ideal or distorted semicircle linked to the straight 45°-degree line in the high-frequency domain.keywords:fuel cell；catalyst layer；impedance目录摘要 (I)Abstract (II)第一章绪论 (1)1.1燃料电池的简介 (1)1.1.1燃料电池技术原理 (1)1.1.2燃料电池的组成结构 (2)1.1.3 燃料电池的基本特点 (3)1.1.4燃料电池的发展现状 (3)1.2电化学阻抗谱的应用及其解析方法 (3)1.2.1基本元件 (4)1.2.2 阻抗谱中的特殊元件 (4)1.2.3 有限扩散层的Warburg元件-闭环模型 (6)1.2.4 有限扩散层的Warburg元件-发散模型 (6)1.2.5 常用的等效电路图及其阻抗图 (7)1.2.6 混合电位下的阻抗谱特征 (14)1.3本课题研究方向 (15)第二章理论解析部分 (16)2.1建立模型方程 (16)2.1.1. Butler–Volmer 方程 (16)2.1.2.守恒方程 (17)2.2高频极限情况 (23)2.3理想氧气传输情况 (25)2.3.1.过电压平衡等式 (25)2.3.2.小电流情况（类似OCV） (25)第三章结论 (27)致谢 (28)参考文献 (29)外文原文 (30)外文翻译 (37)第一章绪论1.1 燃料电池的简介燃料电池(Fuel Cell)可以将存在于燃料中的化学能直接转化为电能。
电工学原理及应用(Electrical Engineering)经典双语详解讲义 (2)
The Summary of Series/Parallel Equivalents
Although they are very important concepts, series/parallel equivalents and the current/voltage division principles are not sufficient to solve all circuits. Series/Parallel Equivalents are useful to solve simple circuits (is composed of single source and multiple resistances can be reduced by series/parallel equivalents ) Complex circuits are typically composed of multiple sources or multiple resistances can not be reduced by series/parallel equivalents.
R1 v i2 itotal R2 R1 R2
•Application of the Current-Division and Voltage-Division Principle
Example 2.4 Find the values of is and i3.
i3 is * R2 / ( R2 R3 ) 1.25 / 3 0.417 A
•Homework
P2.2 P2.7 P2.10
2.4 Branch current analysis
•The first and most straightforward complex network analysis technique is called the Branch Current Method. •Let the branch currents be unknowns, write equations describing their relationships to each other through Kirchhoff's and Ohm's Laws. •Give rules to write b independent equations to find currents of b branches. •For the network with b branches and n nodes, use KCL to write n-1 current equations and use KVL to write b(n-1) independent voltage equations.
0808电气工程一级学科简介
0808电气工程一级学科简介一级学科（中文）名称：电气工程（英文）名称：Electrical Engineering一、学科概况电气工程学科是研究电磁现象、规律和应用的学科。
电、磁现象很早就被人类发现和认识，希腊学者米利都(公元前六世纪)观察用布摩擦琥珀后，会吸引如羽毛等轻小的东西。
17世纪初，英国医生吉尔伯特所著的书中，对“电”进行了最早的论述，英语“E-lectric”一词即起源于希腊语“Electrica”和拉丁语“Electrum”。
随后，英国人格雷发现了电的导体和绝缘体，法国人杜菲发现几乎所有的物质都可以摩擦生电，并发现带有异种电的物体会互相吸引，带有同种电的物体会互相排斥。
18世纪美国人富兰克林以著名的“风筝实验”证明了电在自然界中的存在。
19世纪上半叶，安培发现了电流的磁效应，法拉第发现了电磁感应定律。
19世纪下半叶，麦克斯韦尔的电磁理论为电气工程奠定了基础。
随着发电机、变压器和电动机等设计、制造技术的发展和输配电技术的成熟，电能作为人类生活和生产不可或缺的一部分，得到了日益广泛的应用。
相关理论的发展与工程实践的成功，使电气工程逐渐成为独立的学科。
19世纪末到20世纪初，西方国家的大学陆续设置了电气工程专业。
我国电气工程专业高等教育起始于20世纪初。
1908年，南洋大学堂(交通大学前身)设置了电机专科，这是我国大学最早的电气工程专业；1920年，浙江大学、东南大学设置了电机工程系；1932年，清华大学设置了电机系；1949年后，我国出现了一大批以工科为主的多科性大学，也出现了一批机电学院，这些学校基本上都有电机工程系。
1977年开始，大部分高校的“电机工程系”陆续改名为“电气工程系”，之后又有部分学校将其改为“电气工程学院”。
1997年，国务院学位委员会第十四次会议对《授予博士硕士学位和培养研究生的学科专业目录》进行了调整和修订，电气工程学科共设置电机与电器、电力系统及其自动化、高电压与绝缘技术、电力电子与电力传动、电工理论与新技术等5个研究方向，原铁道牵引电气化与自动化、船舶与海洋工程特辅装置与系统和电磁测量技术及仪器3个研究方向相关部分划入该学科范围。
电气工程专业英语(电力类)翻译
实用资料：电气工程专业课(电力类)翻译参考专业外语：Professional English电路（上）electrical circuit (I)电路（下）electrical circuit (II)金工实习machinery practice电机（上）electrical machinery (I)电工实验与测试electrical experiment & test电子综合实践integrated electronic practice信号与系统signal & system电子技术基础（模拟）fundamentals of electronic (analog)电磁场electromagnetic field电子技术实验electronic experiment(I)电子辅助设计EDA Electronic Design Automatic(I)发电厂动力工程基础Heat power engineering in generating plant企业管理enterprise management电气主系统electrical system principle电力系统稳态/暂态分析Steady-State/ Transient-State Analysis of Power System 电力系统继电保护Power System Relaying Protection电力系统潮流计算机分析：Computer Analysis of Power Flow数字电子技术Digital Electrical Technique微机原理microcomputer principle电子技术基础（数字）fundamentals of electronic (digital)自动控制automatic control theory电力系统分析electric power system analysis电子技术基础实验electronic experiment(II)电气主系统课程设计electrical system principle-course design电子辅助设计EDA Electronic Design Automatic(II)通信与计算机网络communication & computer networks电力系统继电保护electric power system relaying电力系统继电保护Power System Protective Relaying电力系统远动技术electric power system remote protocol生产实习productive practice Technology继电保护课程设计electric power system relaying-course design电力电子技术power electronics电力电子技术基础：Fundamentals of Electronics Power Technology电力电子课程设计Power electronics course design电力系统自动控制electric power system control & automation高电压技术High voltage engineering Technology变电站自动化substation automation电力经济electric power system economics电能质量控制electric power quality control配电网自动化distribution system automation电力系统新技术new techniques on electric power system控制电机electrical machine control调度自动化与能量管理energy management & automation灵活交流输电系统flexible AC transmission system计算机保护computer protection电力系统电磁兼容EMC in electric power system毕业实习graduation practice毕业设计graduation dissertation数字信号处理：Digital Signal Processing自动控制理论：Automatic Control Theory电气工程基础：Fundamentals of Electrical Engineering电磁场概论：Introduction to Electro-Magnetic Field计算机继电保护：Microcomputer-Based Relaying Protection电气设备的绝缘检测与故障诊断：Insulation Diagnostics and Troubl-Shooting for Electrical Installations电网规划：Power System Planning可编程控制器原理及应用：Principles of PLC (Programmable logic Controller) And Application电磁场数值计算：Numerical Computation of Electro-Magnetic Field电力系统继电保护：Relay Protection of Power System电力系统自动装置原理The Principle of Electric Power System Automatic Equipment电力通信系统及调度自动化：Power System Communication and Dispatching Automatic专业方向电气工程Electrical Engineering电机与电器Electric Machines and Electric Apparatus电力系统及其自动化Power System and its Automation高电压与绝缘技术High Voltage and Insulation Technology电力电子与电力传动Power Electronics and Power Drives电工理论与新技术Theory and New Technology of Electrical Engineering电子科学与技术Electronics Science and Technology。
(完整版)电工学原理及应用(Electrical_Engineering)经典双语详解讲义_(1)
• Control systems gather information with sensors and use
electrical energy to control a physical process.
• Electromagnetics is the study and application of electric
electrical signals.
• Why Study Electrical Engi the Fundamentals of Engineering (FE) Examination •To have a broad knowledge and you can lead design projects in your own field •To be able to operate and maintain electrical systems •To communicate with electrical engineering consultants
and magnetic fields.
• Electronics is the study and application of materials, devices
and circuits used in amplifying and switching electrical signals.
• Photonics is an exciting new field of science and engineering
Electrical Engineering and Electronics II
Electrical Engineering
电气工程及其自动化专业英语词汇
电气工程及其自动化Electrical Engineering and Automation专业英语词汇English VocabularyEdit by zhao Guoshu,on Aprial 7,2009电气工程专业英语词汇表electrical engineering 电气工程generator发电机gas insulated substation GIS 气体绝缘变电站turbogenerator 汽轮发电机neutral point中性点hydrogenerator 水轮发电机movable contact 动触头hydraulic turbine 水轮机fixed contact静触头steam turbine 汽轮机arc-extinguishing chamber灭弧室arc-extinguish 灭弧arc-suppression 灭弧setting value整定值dynamo直流发电机inductive (capacitive)电感的(电容的) capacitive coupling电容性耦合inductive coupling电感性耦合stray capacitance杂散电容grounding capacitance 对地电容power capacitor 电力电容residual capacitance 残余电容capacitor bank 电容器组coupling capacitor耦合电容parasitic coupling capacitor寄生耦合电容decoupling capacitor 去耦电容bypass capacitor 旁路电容motor 电动机stray inductance 杂散电感distributed inductane分布电感stator定子sphere gap 球隙rotor转子bushing tap grounding wire 套管末屏接地线power transformer电力变压器electrostatic voltmeter 静电电压表multimeter万用表voltage drop电压降forward voltage drop正向压降variable transformer 调压变压器power transfer电能传输，功率转换ammeter电流表taped transformer 多级变压器step up (down) transformer升(降)压变压器voltage divider 分压器circuit breaker (CB) 断路器chopper 斩波器over current过电流surge impedance 波阻抗match the impedance 阻抗匹配neutral point中性点dead tank oil circuit breaker 多油断路器schering bridge 西林电桥live tank oil circuit breaker 油断路器rogowski coil !"#$%线英vacuum circuit breaker'(断路器oscilloscope)波器sulphur hexafluoride breaker SF6断路器peak voltmeter *值电压表trip unit +,器potential transformer PT 电压体感器conductor .线current transformer CT 电流体感器cascade transformer /级变压器disconnector 0123earthing switch 接地汽轮test object 456synchronous generator78发电机synchronous motor/machine78电动机stepper/stepping motor89电机brushless DC motor:;直流电机form factor波灭弧室gain?@analog AB的digital>C的linear power supply工感电的steady-state FGon-state voltage HG压降on-state resistance HG电阻detection impedance IJ阻抗asynchronous machine K8电机substation 变电站insulator 绝缘子hydro power station 水力发电站lightning arrester LM器thermal power station N力发电站电气工程专业英语词汇表metal oxide arrester MOA OPQLM器nuclear power station R电站bus bar S线oil-filled power cable T油电力电旁overhead line V(线mixed divider (阻容)W合分压器transmission line 传输线XLPE cable XYZ[\电旁(coaxial) cable (7])电旁relay^电器contactor接触器pull-in current 动末电流drop-out current`a电流Schmitt trigger bcd触发器iron core eftuned circuit 调正电路interface circuit接向电路integrated circuit (IC)ij电路winding k组suspension insulator lm绝缘子bushing 套管time-varying n变的porcelain insulator op绝缘子front(tail) resistance 波头(q)电阻glass insulator rs绝缘子inverter station 换流站flash counter M电断室器steel-reinforced aluminum conductorufvw线charging(damping) resistor T电(阻阻)电阻tank y体point plane gap z{|隙earth(ground) wire 接地线exciting winding}~k组grading ring •压环trigger electrode 触发电极firing angle触发角highvoltage engineering 高电压工程glow discharge 辉光放电highvoltage testing technology 高电压性验技术harmonic g波fundamental%波power electronics 电力电子microelectrics technology微电子技术automatic control自动控制principles of electric circuits电路原理digital signal processing>C信号处理digital signal processor>C信号处理器power system 电力弧统impulse current冲击电流power network电力网络impulse flashover 冲击闪络insulation绝缘positive feedback正反馈negative feedback负反馈inhomogenous field 不晶匀场overvoltage过电压transient voltage 瞬强电压clamp voltage箝位电压insulation coordination 绝缘配合aging老寿internal discharge 内部放电direct current (DC)直流电alternating current (AC)X流电lightning stroke M电波AC transmission system X流输电弧统lightning overvoltage M电过电压plug 插头socket插座arc discharge电弧放电dielectric strength 绝缘强度reliability"靠性maintainability维修性durability耐久性validity有效性longevity寿命electric leakage switch漏电汽轮loss angle （介质）损耗角attachment coefficient 附着匀场magnetic field~场permeability~.率attenuation factor 衰减匀场mean free path 平晶自由程anode (cathode)阳极(阴极)mean molecular velocity 平晶分子速度breakdown （电）击穿negative ions 负号子电气工程专业英语词汇表bubble breakdown 气泡击穿non-destructive testing 非破坏性性验cathode ray oscilloscope 阴极射线汇波器non-uniform field 不晶匀场cavity (穴,腔partial discharge局部放电corona 电晕peak reverse voltage 反向表值电压critical breakdown voltage 临界击穿电压withstand voltage 耐受电压phase-to-phase voltage 相电压switching overvoltage ('(23的)操阳过电压recovery voltage 恢复电压voltage rating额定电压blocking voltage 截止电压reverse-blocking voltage 反向截止电压threshold voltage 阈值电压saturation voltage 饱和电压breakdown voltage击穿电压composite insulation 组合绝缘photoelectric emission 光电发射photon 光子optocoulper光耦solar photovoltatic array 太阳能光伏阵列optical fiber 光学纤维light-activated SCR光控晶闸管snubber curcuit缓冲电路holding current维持电流discharge 放电dielectric电介质,绝缘体polarity effect极性效应dielectric constant 介质常矩dielectric loss 介质损耗quasi-uniform field 稍不晶匀场radio interference :线干扰divider ratio 分压器分压比rating of equipment 设备额定值grounding接地routing testing 常规脂验electric field 电场electrochemical deterioration 电器学腐蚀shielding 屏蔽electron avalanche 电子崩short-circuit test短路性验no-load test(载脂验normally-open常闭normally-closed常闭electronegative gas 电负性气体space charge (|电荷epoxy resin 环效树脂streamer breakdown 流注击穿expulsion gap 灭弧油隙surface breakdown 表面击穿field strength场强sustained discharge 自持放电field stress 电场力field distortion 场畸变thermal breakdown 热击穿field gradient 场梯度treeing 树枝放电field emission 场致发射uniform field •匀场flashover 闪络wave front(tail) 波头（恢）gaseous insulation 气体绝缘prime mover原动机power factor功率因矩torque力矩，转矩periphery 外围distribution automation system配电网自动器弧统distribution system配电弧统distribution feeder配电线路servomechanism伺服机构(=统)servo system伺服因统automatic meter reading 自动抄表frequency changer D率变换器boiler 锅炉armature winding 电枢停组field winding励轻停组internal combustion engine 内燃机brush 电静deenergize 断电commutator换向器carbon brush碳枝underground cable 地下电旁EMF(Electro-Motive force) 电动势电气工程专业英语词汇表counter EMF反电动势MMF(Magneto-Motive Force)~动势flux linkage~Yreluctance~阻loop system 环网匀统demagnetization 退轻，去林relay panel ^电器屏trip circuit跳闸电路tertiary winding 第三停组switchboard 配电盘，汽轮屏eddy current涡流instrument transducer J量蚀感器copper loss铜损oil-impregnated paper 油浸纸绝缘iron loss e损bare conductor 裸蔽线leakage flux漏纤度flux-density ~Hc度reclosing 重合闸autotransformer 自耦变压器distribution dispatch center 配电调度中心Zero sequence current 零序电流pulverizer 磨煤机series (shunt) compensation /（并）联补偿drum 汽包，炉筒restriking 电弧重燃superheater 过热器automatic oscillograph 自动录波仪peak-load *荷tidal current 潮流prime grid substation 主网变电站trip coil 跳闸线英instantaneous power 瞬强功率active power有功功率reactive power:功功率radian frequency角部率current capacity载流容量synchronous condenser 78调相机active power有功功率main and transfer busbar 单量线带旁路shunt reactor 并联电抗器feeder 馈电线blackout 断电、停电skin effect i肤效应extra-high voltage (EHV) 超高压potential stress 电位应力(电场强度)ultra-high voltage (UHV) d高压domestic load 民用电crusher 碎煤机reserve capacity 备用容量fossil-fired power plant N电厂baghouse i尘室combustion turbine 燃气轮机stationary (moving) blade 固定（角动）叶片right-of-way 线路走廊shaft转套rectifier整流器full-wave rectification 全波整流forward-biased 正向偏置ripple脉动spike 尖备kinetic(potential) energy 动（势）能pumped storage power station 抽水蓄能电站reactance (impedance) 电抗（阻抗）reactor 电抗器light(boiling)-water reactor 轻（沸）水反应堆reactive 电抗的，头功的stator(rotor) 定（转）子phase displacement (shift) 相移armature 电枢surge 冲击，过电压salient-pole凸极retaining ring 护环slip ring滑环collector ring i电环carbon brush炭千arc suppression coil 消弧线英short-circuit ratio短路比cross section横截面primary(backup) relaying 主(后备)^电保护induction感应phase shifter 移相器sinusoidal distribution 正弦分布autotransformer 自藕变压器power line carrier (PLC) 电力线载波(器) bushing 套管line trap 线路限波器turn (turn ratio)匝（匝比，变比）电气工程专业英语词汇表uninterruptible power supply(UPS)不列断电的switch-mode/switching power supply23电的power factor功率因矩line-frequency 工感spot power price 实湿电价tap 分接头time-of-use(tariff) 分功（电价）XLPE(Cross Linked Polyethylene)X联零序磨(电旁)arc re-ignition电弧重燃rms (root mean square) •方根值operation mechanism 操动机构RF (radio frequency) 射部pneumatic(hydraulic) 气动（液压）rpm (revolution per minute) 转/分nameplate 铭牌LAN (local area network) 局域网independent pole operation 分相操阳LED (light emitting diode)发光二极管photo transisitor 光电三极管free-wheeling diode续流二极管schottky barrier diode肖委炭势垒二极管fast-recovery diode快恢复二极管kilovolt千伏kiloampere 千安millisecond 毫秒microsecond微秒malfunction 失灵single (dual, ring) bus 单(双，环不)S线shield wire LM线IC (integrated circuit)ij电路creep distance 爬电距根FFT (fast Fourier transform) 快速傅立叶变换silicon rubber 硅橡胶telemeter 遥甩composite insulator 合能绝缘子load shedding 甩负荷invertion 逆变oscillator 晶体振荡器converter (inverter) 换流器(逆变器)step-down converter降压变换器step-up converter 升压变换器full-bridge converter全桥变换器PWM(pulse-width modulation)脉宽调制duty ratio 占后比soft-start软启动lateral 支线bus tie breaker S联断路器power-flow current 工感续流protective relaying^电保护sparkover 放电transfer switching 倒闸操阳silicon carbide碳三硅outgoing (incoming) line 出(9)线Zinc oxide OPQphase lead(lag) 相位超前（滞后）withstand test 耐压性验static var compensation (SVC) 静止馈功补偿dispatcher 调度员Flexible AC transmission system (FACTS)灵活活流输电弧统supervisory control and data acquisition (SCADA) 监控与秒据采校EMI (electromagnetic interference)电林干扰EMC (electromagnetic compatibility)电林兼容ISO (international standardization organization) 国际标准软组织GIS (gas insulated substation, geographic information system)气体绝缘变电站,地理信息毫统IEC (international Electrotechnical Commission)国际电工（技术）委员会IEEE (Institute of Electrical and Electronic Engineers)电气与电子工程师学会（美）IEE (Institution of Electrical Engineers)电气工程师学会(英)scale 刻度，量程calibrate 校准rated 额定的terminal接线端子fuse 熔断器，保险丝，熔丝humidity湿度resonance g振，共振moisture潮湿，湿气analytical 解析的电气工程专业英语词汇表numerical>C的amplitude modulation (AM)调幅frequency-domain D域frequency modulation (FM)调感time-domain n域binary二垒制operation amplifier运算放大器octal八垒制filter滤波，滤波器active filter有插滤波器decimal十垒制passive filter :E滤波器hexadecimal 十六垒制rms(root mean square)•方根。
IP 202-1输电设备清单说明书
Additions and Revisions to IP 202-1 List of Materials1. New sections for Ground Rods (item ai) have been added to the List of Materials for copper coatings of 10 milminimimum. The new sections will be listed as “Conditional” for a period to gauge the performance of these rods on a preliminary basis.a. Item ai – Rods, ground and Rods, ground, sectionalb. New section added, ai(1) – Rods, groundi. Minimum 10 mil copper coating.ii. Must be Underwriters Laboratory (UL) listed and marked.c. New section added, ai(3) – Rods, ground, sectionali. Minimum 10 mil copper coating.ii. Must be Underwriters Laboratory (UL) listed and marked.2. Line Tension Hookstick Switches (item sb(1)) has been revised to include switches for systems up to24.9/14.4 kV. In the past RUS has limited line tension switches to 12.5/7.2 kV systems. The revised section willindicate the system voltages for which the switches are rated.a. Item sb – Switch, hooksticki. Revised section sb(1) – Switch, hookstick (line tension)1. now incorporates switches rated up to 24.9/14.4 kV system voltagesLIST OF MATERIALS Acceptable for Use on Systems of USDA Rural DevelopmentElectrification Borrowers United States Department of Agriculture Rural Development Utilities ProgramsElectric ProgramsInformational Publication 202-1Updated JULY 2012PREFACEThis list supersedes all preceding issues including revisions. Revised sheets reflecting changes in the list will be issued quarterly and should be inserted in order to keep your copy up to date.The items shown in this publication include material and equipment for transmission and distribution facilities. Items not listed include office equipment, tools and work equipment, items of electric general plant and consumer owned wiring facilities. The listings apply only to new items of material and equipment and not to used items.In addition to items accepted on a general basis, this list also includes items accepted on a conditional basis. As one of the conditions in the acceptance of an item on a conditional basis, contractors are required to obtain the borrower’s concurrence prior to its use.The inclusion of an item in this list does not indicate that item’s manufacturer or its principals have not been debarred, suspended, proposed for debarment, declared ineligible or voluntarily excluded pursuant to Executive Order 12549, Debarment or Suspension, or any rules or regulations issued thereunder, including 7 CFR Part 3017 (“Debarment Regulations”). Therefore, borrowers must comply with the requirements imposed by the Debarment Regulations before entering into any “covered transaction”, as defined by 7 CFR Part 3017, involving any item on this list.The acceptance of an additional item or the deletion of an existing item is a function of the Technical Standards Committees. Any manufacturer desiring to have a new item placed on the list, or any user believing an existing item should be removed from the list, is invited to submit the matter to the Committees. Any communication calling attention to an error or omission in the list, such as a wrong catalog number, an obsolete item, etc., will be appreciated. All communications should be addressed to Technical Standards Committee “A” (Electric), USDA Rural Development Utilities Programs, Stop 1569, Washington, D. C. 20250-1569.INDEX – PART I-A-Air break switches .................................................................................................................................. cg Anchor rod (x)Anchor rod bonding clamps ................................................................................................................... ck Anchor shackle ....................................................................................................................................... bo Anchors .................................................................................................................................................... z Angle suspension bracket ....................................................................................................................... cr Angle thimble eye bolt ............................................................................................................................ ba Anodes ................................................................................................................................................. U si Arm assemblies, narrow profile .............................................................................................................. eq Armor grip suspension assembly ............................................................................................................ m Armor grip suspension assembly with socket eye .................................................................................. ei Armor rods.............................................................................................................................................. bv Arms, laminated upswept ........................................................................................................................ fq Arresters, surge ...................................................................................................................................... ae Automatic and formed type deadends ................................................................................................... by Automatic splices ................................................................................................................................... bx-B-Ball hook................................................................................................................................................. eh Ball, oval eye ........................................................................................................................................... fp Ball, Y-clevis ............................................................................................................................................. ft Bolt, angle eye (thimble type)................................................................................................................. ba carriage .. (i)clevis ................................................................................................................................................. ef double arming .................................................................................................................................... n double upset ....................................................................................................................................... q oval eye .............................................................................................................................................. o eye double arming ............................................................................................................................ dy machine .............................................................................................................................................. c shoulder eye ....................................................................................................................................... o single upset ...................................................................................................................................... bs thimble eye, angle ............................................................................................................................ ba straight eye (thimble eye) ................................................................................................................. ao Brace, crossarm, steel ............................................................................................................................. h crossarm, fiber reinforced plastic .................................................................................................... cu crossarm, wood ............................................................................................................................... cu sidearm diagonal ............................................................................................................................. ac sidearm vertical ............................................................................................................................... bb special crossarm ............................................................................................................................ em Bracket, angle suspension ...................................................................................................................... cr cutout and arrester extension ....................................................................................................... fm cutout extension ............................................................................................................................. fn extension ......................................................................................................................................... fj insulated ........................................................................................................................................ da narrow profile ................................................................................................................................ eq offset neutral ................................................................................................................................. ec oil circuit recloser ........................................................................................................................... fk pole top pin .................................................................................................................................... cs post insulator ................................................................................................................................. eb swinging angle ............................................................................................................................... fu transformer ................................................................................................................................... dm transformer secondary insulated .................................................................................................... foiCapacitor, shunt ...................................................................................................................................... fc Carriage bolt . (i)Chain link (end link) ................................................................................................................................. b r Clamp, anchor rod bonding .................................................................................................................... ck deadend ............................................................................................................................................. l deadend with socket eye.................................................................................................................. ej ground rod ........................................................................................................................................ aj ground wire ..................................................................................................................................... dp guy ..................................................................................................................................................... u hot line ............................................................................................................................................. ap loop deadend .................................................................................................................................. bn suspension ....................................................................................................................................... m suspension with socket eye ............................................................................................................. ei Clevis bolt ................................................................................................................................................ ef Clevis type wireholder ............................................................................................................................. bt Clevis, conduit, insulated ........................................................................................................................ d r secondary swinging .......................................................................................................................... s service deadend ............................................................................................................................. bh service swinging ............................................................................................................................. as thimble ............................................................................................................................................. ci Clip, ground wire ..................................................................................................................................... al guy .................................................................................................................................................... dz Combination cutout and arrester ............................................................................................................ ax Combination power fuse and disconnect switch ..................................................................................... sl Compression deadends ......................................................................................................................... cp Compression splices .............................................................................................................................. cy Conductor ............................................................................................................................................... av Conduit clevis, insulated ......................................................................................................................... d r Conduit wireholder ................................................................................................................................. ds Connector, grounding, transformer ........................................................................................................ bu hot line ........................................................................................................................................... fi Connectors ............................................................................................................................................... p Cross brace assembly . (vx)Crossarm assemblies and arm spacers .................................................................................................. gj Crossarm assembly, “Z” type (wishbone) .............................................................................................. gz Crossarm assembly, H frame (small angle – 161 & 230 kV) ................................................................ gw Crossarm assembly, H frame (tangent – 161 & 230 kV) ....................................................................... gy Crossarm brace, sidearm diagonal ........................................................................................................ ac Crossarm brace, sidearm vertical .......................................................................................................... bb Crossarm brace, special ....................................................................................................................... em Crossarm brace, steel .............................................................................................................................. h Crossarm brace, wood ........................................................................................................................... cu Crossarm pin, steel ................................................................................................................................... f Crossarm reinforcing plate ..................................................................................................................... eg Crossarm saddle ..................................................................................................................................... fg Crossarms ................................................................................................................................................ g Current limiting backup fuses ................................................................................................................. ag Current transformers .............................................................................................................................. sd Cutout and arrester extension bracket ................................................................................................... fm Cutout and arrester, combination ........................................................................................................... ax Cutout extension bracket ........................................................................................................................ fn Cutouts and fuses ................................................................................................................................... afiiDeadend for guy strand ............................................................................................................................ u Deadend for steel strand ........................................................................................................................... l Deadend, automatic & formed type ....................................................................................................... by compression .................................................................................................................................. cp secondary ...................................................................................................................................... cq service ............................................................................................................................................ dt Disconnect switch, hook operated ......................................................................................................... sb Double arming bolt ................................................................................................................................... n Double arming eye bolt .......................................................................................................................... dy Double arming plate ................................................................................................................................ ct Double upset bolt ..................................................................................................................................... q-E-Elliptical eye screw ................................................................................................................................. dq End link (chain link) ................................................................................................................................. b r Extension link ......................................................................................................................................... du Extension link (fiberglass) ...................................................................................................................... eu Eye bolt, double arming ......................................................................................................................... dy oval ................................................................................................................................................. o Eye nut ................................................................................................................................................... aa Eye screw, elliptical ................................................................................................................................ dq-F-Fiber reinforced plastic crossarm braces ............................................................................................... cu Fuses and cutouts ................................................................................................................................... af Fuses, current limiting, backup .............................................................................................................. ag power, substation ............................................................................................................................. af-G-Gain, pole ................................................................................................................................................ bi Grid gain .................................................................................................................................................. bi Ground rod clamp ................................................................................................................................... aj Ground rods ............................................................................................................................................ ai Ground wire clamp ................................................................................................................................. dp Ground wire clip ...................................................................................................................................... al Ground wire staple .................................................................................................................................. al Ground wire support, overhead ............................................................................................................. ed Ground wire, pole .................................................................................................................................... cj Ground, pole .......................................................................................................................................... dh Grounding conductor, substation, coated steel ...................................................................................... sr Grounding connector, transformer ......................................................................................................... bu Guy attachment (Distribution) (v)Guy attachment (Transmission) .............................................................................................................. fv Guy clamp ................................................................................................................................................ u Guy clip .................................................................................................................................................. dz Guy deadend ............................................................................................................................................ u Guy hook ................................................................................................................................................. bj Guy marker.............................................................................................................................................. at Guy plate ................................................................................................................................................ bkiiiGuy strain insulator ................................................................................................................................. w Guy wire ................................................................................................................................................... y Guy wire clip ........................................................................................................................................... dz Guying plate ............................................................................................................................................ fv-H-H frame crossarm assembly (small angle – 161 & 230 kV) .................................................................. gw H frame crossarm assembly (tangent – 161 & 230 kV) ......................................................................... gy Hangers, capacitor .................................................................................................................................. fd Hook, ball ............................................................................................................................................... eh guy ..................................................................................................................................................... bj Hook operated disconnect switch .......................................................................................................... sb Hot line clamp ........................................................................................................................................ ap Hot line connector .................................................................................................................................... fi-I-Insulated bracket .................................................................................................................................... da Insulator and stud, post type .................................................................................................................. ea Insulator, guy strain ................................................................................................................................. w pin type .......................................................................................................................................... a polymer distribution deadend ........................................................................................................ k spool ........................................................................................................................................... cm suspension .................................................................................................................................... k-K-Keys, pole................................................................................................................................................. z-L-Laminated upswept arms ........................................................................................................................ fq Lag screw .................................................................................................................................................. j Link, chain (end link) ............................................................................................................................... b r extension .......................................................................................................................................... du extension (fiberglass) ....................................................................................................................... eu Locknuts ................................................................................................................................................. ek Loop deadend clamp .............................................................................................................................. bn-M-Machine bolt ............................................................................................................................................. c Marker, guy ............................................................................................................................................. at Meter sockets ......................................................................................................................................... gb Meters, watthour .................................................................................................................................... ga-N-Narrow profile brackets and arm assemblies ......................................................................................... eq Neutral bracket, offset ............................................................................................................................ ec Numbers, pole and letters ...................................................................................................................... az Nut, eye .................................................................................................................................................. aa thimble eye ........................................................................................................................................ abiv。
电气工程及其自动化专业英语
voltage drop 电压降 volt-ampere characteristics 伏安特性
metal-filament lamp 金属丝灯泡
carbon-filament lamp 碳丝灯泡
non-linear characteristics 非线性特性
Unit 1 Circuit Elements and Parameters
• With time-invariant currents and voltages, the magnetic anห้องสมุดไป่ตู้ electric fields of the associated electric plant are also timeinvariant. This is the reason why no e.m.f.s of self- (or mutual-)induction（自感或互感）appear in D.C. circuits, nor are there （倒装结构）any displacement currents （位移电 流）in the dielectric surrounding the conductors(导体周围的 电介质）.
Techniques
Unit 1 Specialized English Words
circuit components 电路元件
circuit parameters 电路参数
the dielectric 电介质
storage battery 蓄电池
electric circuit 电路
wire导线
电气工程及其自动化专业英语
Specialized English for Electrical Engineering ＆ Its Automation
电气工程安装及施工工艺流程英语
电气工程安装及施工工艺流程英语Electrical Engineering Installation and Construction Process.Electrical engineering installation and construction is a complex and demanding process that requires careful planning, execution, and inspection. The process typically involves the following steps:1. Design: The first step in any electrical engineering project is to design the electrical system. This involves calculating the electrical load, selecting the appropriate equipment, and laying out the wiring. The design should be based on the applicable building codes and safety standards.2. Material procurement: Once the design is complete,the necessary materials must be procured. This includes wire, conduit, electrical panels, and other components. The materials should be of high quality and meet the specifications of the design.3. Installation: The next step is to install the electrical system. This involves running the wire,installing the conduit, and connecting the equipment. The installation should be done by qualified electricians in accordance with the design and applicable codes.4. Testing: Once the electrical system is installed, it must be tested to ensure that it is functioning properly. This involves testing the continuity of the wiring, the operation of the equipment, and the overall performance of the system.5. Inspection: The final step in the electrical engineering installation and construction process is to inspect the system. This involves verifying that the system is installed correctly and that it meets the requirements of the design and applicable codes. The inspection should be conducted by a qualified electrical inspector.In addition to these steps, there are a number of other factors that must be considered during the electricalengineering installation and construction process. These include:Safety: Electrical work can be dangerous, so it is important to take all necessary safety precautions. This includes wearing proper protective gear, using safe work practices, and following all applicable codes and standards.Quality: The quality of the electrical installation is critical to the safety and performance of the system. It is important to use high-quality materials, follow the design specifications, and ensure that the installation is done by qualified electricians.Cost: The cost of the electrical installation is a major factor to consider. It is important to get bids from multiple contractors and to compare prices before making a decision.Schedule: The schedule for the electrical installation must be carefully planned to ensure that the project is completed on time. It is important to coordinate with othertrades and to allow for unexpected delays.By following these steps and considering these factors, electrical engineers can ensure that their projects are installed and constructed safely, efficiently, and cost-effectively.Here are some additional tips for electrical engineering installation and construction:Use a licensed electrician: Only a licensedelectrician should perform electrical work. This ensures that the work is done safely and in accordance with all applicable codes and standards.Get a permit: Most localities require a permit for electrical work. This permit ensures that the work is inspected by a qualified inspector.Follow the design specifications: The design specifications should be followed carefully to ensure that the electrical system is installed correctly and meets therequirements of the project.Use high-quality materials: The quality of the materials used in the electrical installation is critical to the safety and performance of the system. It is important to use high-quality materials from reputable manufacturers.Test the system thoroughly: Once the electrical system is installed, it should be tested thoroughly to ensure that it is functioning properly. This testing should be done by a qualified electrician.Inspect the system regularly: The electrical system should be inspected regularly to ensure that it is in good condition and operating safely. This inspection should be done by a qualified electrician.By following these tips, electrical engineers can help to ensure that their projects are installed and constructed safely, efficiently, and cost-effectively.。
Wiener过程在非线性退化建模中的应用
Wiener过程在非线性退化建模中的应用王浩伟1，徐廷学2，贺英政31.海军航空工程学院研究生管理大队，烟台2640012.海军航空工程学院兵器科学与技术系，烟台2640013.海军航空工程学院训练部，烟台264001摘要针对Wie ne r过程为线性随机过程而产品性能退化为非线性的情况，提出一种时间尺度转换方法，首先通过时间尺度转换把非线性退化数据转换成线性退化数据，采用Wien e r过程对其进行建模分析，然后通过时间尺度逆转换实现产品在原有时间尺度下的可靠性评估。
给出了Wi en er过程参数估计的步骤和方法，并以某型导弹电连接器的加速退化数据为例，阐述了基于时间尺度转换的Wien e r过程在非线性退化建模中的应用。
结果表明，时间尺度转换方法成功实现了电连接器的可靠性评估，从而拓展了Wien e r过程的应用范围，为非线性退化建模提供了一种有效途径，并为退化型产品的可靠性评估提供了可行的思路。
关键词Wie ne r过程；非线性退化；时间尺度转换；电连接器中图分类号TB114.3 文献标志码 A doi 10.3981/j.issn.1000-7857.2014.2.010 Application of Wiener Processes on Modeling Nonlinear DegradationWANG Haowei1, XU Tingxue2, HE Yingzheng31.Graduate Students'Brigade,Naval Aeronautical and Astronautical University,Yantai264001,China2.Departme nt of Ordnance Science and Techn olo gy,Naval Aeronautical and Astronautical University,Yantai264001,China3.Departme nt of Discipline,Naval Aeronautical and Astronautical University,Yantai264001,ChinaAbs tra ct A ccording to the situa tion that a Wiener process is line a r stocha stic proce ss but pe rforma nce degra da tion proce sse s are nonlinea r,a n a pproa ch ba se d on tim e sca le tra nsforma tions wa s propose d.Firstly,nonlinea r de gra dation data wa s tra nsforme d to linea r de gra da tion data with time sca le transform ations.The n,the tra nsforme d linea r de gra da tion data wa s m odeled by Wiener proce sse stly, with inve rse time sca le tra nsformations,reliability a sse ssme nts of product we re im ple me nte d at the forme r time sca le.On the base of introducing Wiener processe s,the m ethod a nd proce sse s of pa ra me te rs e stima tion we re pre se nte d.Taking a cce le ra te d de gra da tion da ta of ce rta in type m issile electrical conne ctors a s e xa m ple,the a pplica tion of Wiener proce sse s on modeling nonlinea r de gra dation proce sses with time sca le transform ations wa s detaile d illustra te d.Results show that the m ethod of time sca le transformations e xte nds the applications of Wiener proce sse s,a nd provide s a n e ffe ctive a pproa ch for m ode ling nonline a r degra da tion.The method succe ssfully rea lize d reliability asse ssment of the electrical conne ctor,a nd offe rs a fea sible idea of a sse ssing reliability for othe r de gra dation products.Keywords Wiener proce ss;nonlinea r de gra da tion;time sca le tra nsforma tion;electrical conne ctor近些年，越来越多的长寿命、高可靠性产品出现在军工、航空航天等领域。