Materials & Mechanics (M&M)
Date: November 21-23 Location: Tokyo, Japan
DetailsView allAerospaceArchiveARES G2 AccessoriesARES RheometerAutomated Density TesterAutomated Hardness TesterAutomotiveBasic CharacterizationBatteries & Battery MaterialsBendingBioDynamic InstrumentsBiomaterials and TissuesBiomaterials and TissuesBiopharmaceuticalsBiosensorsBlogBlog ApplicationsBlog TechniquesBone CementCardiovascularCardiovascular (Tissue Engineering)cardiovascular instrumentsCardiovascular Medical DevicesCell Biology and Cell-BiomaterialChewing Simulator for WearCleanroomComponent Fatigue (rubber)Components (Electronics)Components (Polymers)CreepDental ImplantsDental Implants and MaterialsDental MaterialsDHR AccessoriesDifferential Scanning CalorimetersDifferential Scanning CalorimetryDIL 830 SeriesDilatometersDilatometry videosDilatometryDiscovery Hybrid RheometersDrug DeliveryDynamic Mechanical Analysis (DMA)Dynamic Mechanical Analyzers (DMA)Dynamic Mechanical Analyzers (Rheology)Dynamic Mechanical Analyzers (Thermal Analysis)ElectroForceElectroforceElectroforceElectronic Materials & ProductsElectronicsEnvironmentalEyeFatigue and DurabilityFlash Diffusivity SystemsFood ProductsFracture FixationFracture MechanicsGeneral Biomaterials CharacterizationGeneral Scaffold CharacterizationGeneralGuarded heat flow meterGuarded Hot PlateHeart Valve Durability TestingHeating MicroscopesHorizontal DilatometersHot/ColdIndentationInsulation & Building MaterialsISOIsothermal CalorimetryIsothermal Titration CalorimetryJoint ReplacementsLaser FlashLoad frame systemsMaterial CharacterizationMaterials TestingMaterials Testing (Electronics)Materials Testing (Polymers)Materials Testing (rubber)Medical Device TestingMedicalMetalsMicrocalorimetry videosMicrocalorimetryMicrocalorimetryMicrocalorimetryMooney ViscometerMoving Die RheometerMulti-specimen Fatigue LifeMulti-specimen TestingMultiaxial TestingNeuromodulationNews & InfoOptical DilatometersOptical FleximeterOrthopaedic and MusculoskeletalOrthopaedic and MusculoskeletalOrthopaedic Devices and NeuromodulationOther TissuesOther Tissues and OrgansPaintsPharmaceuticalsPharmaceuticalsPill TestingPolymersPolymers, Plastics and CompositesProduct videosProductsPromotionsPulsatileQuenching DilatometersQuick start guidesRegenerative MedicineResearch and Design ValidationResearch (rubber)Rheology videosRheologyRheologyRheology AccessoryRheologyRotational ViscometerRubberRubber AccessoriesRubber Process AnalyzersRubberRubber TestingSaline BathsScaffold BiodegradationService VideosShearSimultaneous Thermal AnalyzerSkin and Other OrgansspineStent Durability TestingSterileStress RelaxationTech TipsTension/CompressionTestbench and Planar Biaxial systemsThermal Analysis videosThermal AnalysisThermal AnalysisThermal ApplicationsThermal Conductivity MeterThermal ConductivityThermogravimetric AnalysisThermomechanical AnalyzersTire & rubberTissue EngineeringTissue EngineeringTissue/Organ BathsTorsionTrade shows and eventsUncategorizedVapor Sorption AnalysisVertical DilatometersVideosDilatometryWebinarsMicrocalorimetryRheologyRubberThermal AnalysisXenon Flash
Magneto-Rheology
Magneto-Rheology Enables the complete characterization of magneto-rheological fluids under the influence of a controlled field. DescriptionFeaturesTechnologyApplications Magneto-Rheology The new MR Accessory enables the complete characterization of magneto-rheological fluids under the influence of a controlled field. Applied fields up to 1 T and a sample temperature range of -10 °C to 170 °C make the MR…
Details
Lithium Ion Brochure Download
下载手册 锂离子电池宣传册下载 锂离子电池材料特性分析解决方案 锂离子电池是为在运输、工业设备和消费电子产品中实现零碳排放的一项关键技术。 锂离子电池技术需要对阳极、阴极、电解质、粘结剂和隔膜进行先进的材料表征，这样锂离子电池才能充分发挥其潜力，成为更可持续的社会主要能源储存技术。 锂离子电池研究人员、配方师和生产专家使用热分析、流变学、等温微热法、液相色谱法和质谱法解决方案来开发性能更好、更安全的电池。Waters | TA Instruments提供最先进的仪器和专家支持，从而帮助电池开发人员有效地从其设计中获得最大收益。 下载锂离子电池性能手册以了解如下内容： 适于电池组件及其功能的测试技术 如何使用不同的技术来表征和改进电池性能 加强电池设计和开发方式的测试技术 采用材料科学进行的电池实验实例 填写右侧表格，即刻获取这一宝贵资源。 下载手册
Details