简介:42-voltarchitectureonpowdermetallurgy-opportunities;AdesignmethodforsuperconductingMPdmagnetswithferromagneticmaterial;Afar-fieldapproximationforthefast-multipolemethodappliedtothecombinedfieldintegralequation;AflexibleandlowcostdesignforflybackAC/DCconverterwithharmoniccurrentcorrection;AgeneralizedEpsteintestmethodforthecomputationofcorelossesininductionmotors;ALearningObjectsApproachtoTeachingProgramming;
简介:(Ni,Fe,Co)-basednanocrystallinesoftmagnetswithnear-zeromagnetostriction;AccountingforResistivityandPermittivityinHighFrequencyPermeabilityMeasurements.ApplicationtoMnZnFerrites.;Biaxialmagnetometersensor;Biaxialmagnetometricsensor;DevelopmentofhighmagneticperformanceP/Msoftmagneticmaterial;FlexibleMagnetics:MagneticLithographyandFabricationofMagneticMasksonThinPlasticSubstrates;FormationandsoftmagneticpropertiesofFe-B-Si-Zrbulkglassyalloyswithhighsaturationmagnetizationabove1.5T;
简介:IdentifyingthePreisachfunctionforsoftmagneticmaterials,Influenceofgeometricalparametersofalayeredpowdercompositeonitsmagneticproperties,MagneticLithographyUsingFlexibleMagneticMasks:ApplicationstoServowriting,MultilayeredFeCo/FeCo-Osoftmagneticfilmsforrecordingapplications
简介:AWaveAbsorberforDSRCUsingResistiveFilmandMagneticMaterial,Activecurrenttransformercircuitsforsensingcurrentswithinmulti-kilowattpowerconvertersequippedwithactivepowerfactorcorrection,AnapplicationofSchur'slemmatoelasticdielectrics,Analysesandpreliminarytestsofabalsasandwichcorewithimprovedshearproperties,Behaviorofair-oxidationofthenucleargrade2-dimentionalcarbonfiberreinforcedcarboncomposite-ontheinterlayershearstrength,BoardLevelReliabilityEvaluationofRFPAModuleVias,Carbonfoam:anext-generationstructuralmaterial。
简介:Amagneto-hydrodynamicmicrofluidicnetwork,AmegahertzswitchingDC/DCconverterusingFeBNthinfilminductor,AMethodforOptimisingtheWeightandResponseofBrush-TypeWound-FieldDirectCurrentMotors,AnovelaccuratePEEC-based3DmodelingtechniqueforRFdevicesofarbitraryconductor-magnetstructure
简介:摘要:起重作业时,钢丝绳套与物体连接处的处理一种是用钢丝绳套直接套在物体上吊装;另一种是在钢丝绳套与物体连接处加装简易垫片,这两种方式都存在着很大的安全风险。特别是油田起重作业时,吊装物件(铁质:如抽油机部件、钻井等)质量大,钢丝绳与吊装物件接触点有夹角或形成死角,钢丝绳与物件棱角产生的剪切力,会对钢丝绳损坏或切断等,轻者会损伤钢丝绳缩短寿命,严重会发生起重事故或高空落物事故,造成设备、人员伤害和重大经济损失;二是在吊装作业施工中,钢丝绳与吊装物件采取简易垫片,在起吊物件时,施工人员需要用手扶着存着很大的安全风险。本文强磁衬垫主要是针对起重作业降低安全风险杜绝伤害事故,从而进一步提升安全系数和管控能力。