简介：

简介：

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

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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

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简介：对医疗卫生机构来说，电力系统能否正常运行与各项医疗救治工作存在着必然联系，如果医院的电力保障能力不足，患者极易失去最佳的临床救治时间，进而给患者的生命安全构成直接威胁，甚至会加剧医患矛盾，给医院造成巨大的经济及名誉损失。因此，医院的电力保障部门针对供配电系统、应急电源系统的工作状态，应当定期开展灾害脆弱性分析，并根据分析评估结果制定一套切实可行的管理方案。本文将着重围绕医院开展灾害脆弱性分析的具体流程，以及提升医院电力保障能力的有效措施展开论述。