Part of the Oxford Instruments Group
Expand
Oxford Instruments
Applications
Products
News
Events
Contact
InvestorsCareersNewsEventsContacteCommerce
Investors Careers
AFM Systems
Jupiter XR large-sample AFM
Jupiter Family AFMJupiter XR large-sample AFM
Cypher Family AFMsCypher S AFM (base model)Cypher ES Environmental AFMCypher ES Polymer Edition AFMCypher VRS Video-Rate AFM
MFP-3D Family AFMsMFP-3D Origin low-cost AFMMFP-3D Origin+ low-cost AFMMFP-3D Infinity flagship AFMMFP-3D-BIO AFM
Accessories
Jupiter AccessoriesPolyHeaterCoolerHeaterImaging in LiquidConductive AFM
Cypher AccessoriesblueDrive Photothermal ExcitationMeasuring Nanomechanical and Thermal PropertiesMeasuring Nanoelectrical and Electrochemical PropertiesControlling Temperature and Gas EnvironmentOperating in Liquid EnvironmentsAFM Probes / Cantilevers
MFP-3D AccessoriesMeasuring Nanomechanical and Thermal PropertiesMeasuring Nanoelectrical and Electrochemical PropertiesControlling Temperature and Gas EnvironmentOperating in Liquid EnvironmentsSubjecting Samples to Other Driving ForcesAdapting to Your Experimental NeedsAFM Probes / Cantilevers
AFM SoftwareErgo AFM Software
Probes
Probe Stores
Americas, Australia & TaiwanEuropeChinaJapan
Probe Selection Guide
Need Help Choosing a Probe?
Applications
PolymersThin Films and CoatingsPiezo and FerroelectricsGraphene and 2D Materials
Biomolecules, Membranes, and AssembliesCells and TissuesBiomaterialsFood Science
Solar, Photovoltaics, and ThermoelectricsEnergy StorageSemiconductors and MicroelectronicsMagnetics and Data Storage
Nanomechanical CharacterizationNanoelectrical CharacterizationForce MeasurementsTribologyDevelopment of Custom AFM Instrumentation
Learning
Courses
AFM in BiologyWebinars
Image GalleryPolymersBiologySemiconductors and MicroelectronicsGraphene & 2D MaterialsSolar
About Us
Contact Us
Sales Inquiries
Contact Your Local Sales EngineerRequest Product and Pricing Information
Customer Support
Get AFM Support NowAsk for Help on the User ForumSupport and Service Agreements
News
Events
Contact
eCommerce
  1. Learning Centre
  2. Asset

sMIM on carbon nanotubes

sMIM on carbon nanotubes 

Carbon nanotubes with sMIM conductivity data overlaid on 3D topography. sMIM clearly distinguishes metallic and semi-metallic CNTs (violet) from semiconducting CNTs that only appear in topography. Courtesy E. Seabron and W. Wilson, Frederick Seitz Materials Research Laboratory, University of Illinois at Urbana-Champaign. Imaged on a MFP-3D, scan size 15 µm.

Category: Asylum Gallery Image

Share



© Oxford Instruments 2020

Website by Miramar Communications Ltd