Discovery Mass Spectrometer — Using Calcium Oxalate to Check System Performance
<iframe width=”560″ height=”315″ src=”https://www.youtube.com/embed/K–owvRqGmI” frameborder=”0″ allowfullscreen></iframe>
View allAerospaceArchiveARES G2 AccessoriesARES RheometerAutomated Density TesterAutomated Hardness TesterAutomotiveBasic CharacterizationBatteries & Battery MaterialsBendingBioDynamic InstrumentsBiomaterials and TissuesBiomaterials and TissuesBiopharmaceuticalsBiosensorsBlogBone 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 SystemsFracture 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 OrgansPharmaceuticalsPill TestingPolymers, 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
Discovery HR-3
The new Discovery Series Hybrid Rheometer (DHR) represents the latest technological breakthroughs from the world leader in rheology. It combines a patented advanced drag cup motor, a second generation magnetic bearing, force rebalance transducer (FRT), and the new patent-pending True Position Sensor (TPS) in a single-head Hybrid rheometer. The DHR has unprecedented performance specification and delivers unsurpassed direct strain control, direct stress control, and normal force measurement accuracy.
Details
Discovery HR-2
The new Discovery Series Hybrid Rheometer (DHR) represents the latest technological breakthroughs from the world leader in rheology. It combines a patented advanced drag cup motor, a second generation magnetic bearing, force rebalance transducer (FRT), and the new patent-pending True Position Sensor (TPS) in a single-head Hybrid rheometer. The DHR has unprecedented performance specification and delivers unsurpassed direct strain control, direct stress control, and normal force measurement accuracy.
Details
Discovery HR-1
The new Discovery Series Hybrid Rheometer (DHR) represents the latest technological breakthroughs from the world leader in rheology. It combines a patented advanced drag cup motor, a second generation magnetic bearing, force rebalance transducer (FRT), and the new patent-pending True Position Sensor (TPS) in a single-head Hybrid rheometer. The DHR has unprecedented performance specification and delivers unsurpassed direct strain control, direct stress control, and normal force measurement accuracy.
Details
Discovery DSC 25P
Discovery DSC 25P 高压差示扫描量热仪 DSC 25P – 满足您对压力 DSC 的需求. << 查看全部差示扫描量热仪 说明特点与技术参数附件 Discovery DSC 25P 压力差示扫描量热仪: DSC 25P 是专用的压力 DSC 模块，可实现对压力敏感材料的热流测量。Discovery DSC 25P 用于研究真空、标准大气压和高压条件下的热转变、化学反应和氧化稳定性/分解。它可测量材料在惰性、氧化或还原等各类气体环境中的热流。DSC 25P 的压力范围为 1 Pa 到 7 MPa（0.0001 到 1,000 psi），可在静态或动态吹扫（恒定体积或恒定压力）环境下进行实验。 在大气压力和高压条件下，Discovery DSC 25P 的工作温度范围为室温至 550 °C。用于 FACS 的可选淬火冷却附件可将 DSC 25P 的工作温度下限扩展至 -130°C. 特点和优点 采用 Fusion CellTM 技术，配备压力传感器、安装于支座上的固定传感器、稳定可靠的银质加热炉、Tzero 热电偶和温控电子元件。DSC 25P…
Details
Discovery DSC 25P
Discovery DSC 25P High Pressure Differential Scanning Calorimeter DSC 25P – Meeting your needs for Pressure DSC. << View all Differential Scanning Calorimeters DescriptionFeatures & SpecificationsAccessories Discovery DSC 25P Pressure Differential Scanning Calorimeter: The DSC 25P is a dedicated Pressure DSC module that provides heat flow measurements on pressure sensitive materials. The Discovery DSC 25P…
Details