The Nanoscale World

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  • PeakForce KPFM

    Combines Bruker's unique PeakForce Tapping technology with FM KPFM detection to enable quantitative, highest resolution workfunction mapping with correlated nanomechanics.
    Posted to Brochures & Data Sheets by Thomas Mueller on Thu, Oct 4 2012
    Filed under: Icon, Peak Force Tapping, MultiMode 8, PeakForce QNM, OPV
  • Photoconductive AFM Accessory for Icon

    Enabling characterization of organic photovoltaics by photoconductive AFM. Leverages Dimension Icon performance and Bruker exclusive PeakForce TUNA for highest resolution conductivity imaging on soft and fragile samples. Compatible with industry standard solar simulators.
    Posted to Brochures & Data Sheets by Thomas Mueller on Thu, Oct 4 2012
    Filed under: Peak Force Tapping, OPV, PFTUNA, Atomic Force Microscopy, Dimension Icon
  • Re: TUNA and conductives polymers?

    Hi Seb, If the domains are of sufficient spatial extent to be addressed individually then the IV curve then you may obtain distinct IV curves. You will need to take clean IV curves without damaging the sample - always a challenge for CAFM/TUNA on polymers as contact mode (the mode underlying CAFM &...
    Posted to SPM Digest by Thomas Mueller on Tue, Nov 1 2011
  • Turnkey 1ppm Environmental Control AFM Systems

    2-page datasheet showcasing Bruker's new turnkey AFM system configurations for environmental control. Guaranteeing 1ppm oxygen and water levels while at the same time guaranteeing highest AFM performance. Enabling research on sensitive samples such as OPVs and Lithium batteries. Ideal in combination...
    Posted to Brochures & Data Sheets by Thomas Mueller on Wed, Aug 24 2011
    Filed under: ScanAsyst, OPV, PFTUNA, energy, battery, semiconductor, SSRM, environmental control, electrochemistry
  • PeakForce TUNA Datasheet

    2-page datasheet showcasing the unique benefits of PeakForce TUNA for obtaining the highest resolution conductivity data along with correlated nanomechanical information, on the most fragile samples, including OPVs, Lithium battery electrodes, and carbon nanotube structures.
    Posted to Brochures & Data Sheets by Thomas Mueller on Wed, Aug 24 2011
    Filed under: ScanAsyst, nanotube, PFQNM, Lithium, OPV, PFTUNA, energy, battery
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