Our vibration isolation platforms, available in multiple frequency ranges, are ideal for sensitive instrumentation and imaging systems that are susceptible to vibration in their surroundings. Since…

Our vibration isolation platforms, available in multiple frequency ranges, are ideal for sensitive instrumentation and imaging systems that are susceptible to vibration in their surroundings. Since they do not…

The International NanoScience Community - www.nanopaprika.eu, scientific social network of 5622 nanotechnology researchers, students, industrial partners and users present the first SCANNING PROBE MICROSCOPY thematic week from 20th to 25th May 2012. Blogs, news services, forum topics, thematic groups will be…

After the webinar that Nanosurf held last week about the LensAFM, I am pleased to inform you that the Webinar and the Video are now online on Nanosurf homepage:

http://www.nanosurf.com/index.cfm?content=040708…

 LensAFM Webinar:

  Advancements in Instrumentation for

  Surface Inspection and Defect Analysis

  Webinar Date: 09 May 2012…

2012 European Conference on Electrical Measurements at the Nanoscale Using AFM

One-Day…

Atomic Force Microscopy Webinar Series

AFM…

T-MDT is happy to invite you to the webinar  “Tip Enhanced Raman Scattering. Approaching 10 nm spatial resolution in Raman imaging” by Dr. Pavel Dorozhkin.



Tip Enhanced Raman Scattering (TERS) is the technique utilizing a special AFM probe (nano-antenna) to localize light at the nanometer scale area near the probe apex. When scanning the sample with respect to the probe, the obtained optical (Raman or fluorescence) maps have lateral resolution which is not limited by the light…

Development of advanced lithium batteries currently represents a very rapidly growing field of science and technology. Lithium batteries are interesting as a power source in numerous portable devices, in electrical vehicles, in military and aerospace applications. What factors determine the cycle life, self-discharge rate, energy density? Optimization needs the complimentary usage of different analytical approaches.



In the attached application note different Li-ion battery…

investigation and optimization.



In this application note, Kelvin force microscopy was used to measure the surface potential profile of a multijunction solar cell cross-section in relation to the intensity, wavelength, and beam position of a localized optical excitation (~400 nm spot diameter). The response, surface potential variation, of separate subcells was monitored. Experimental results are in good agreement with qualitative simulation.



The results were obtained…