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Nowadays, some of the most promising fields of nanotechnology investigations are in nano-scaled objects local magnetization measuring. Investigation of ultra thin magnetic films will make it possible to increase storage devices capacity tenfold; spintronics elements creation will lead to the development... more
The use of vacuum SPM improves sensitivity of magnetic and electrostatic interactions non-contact measurements significantly. The enhanced sensitivity is achieved due to increasing of cantilever quality factor (Q-factor) in vacuum environment. Q-factor increases in more than 10 times at pressure below... more
X-ray microanalysis is an analytical technique for determination of the chemical composition of solid samples, thin layers or particles in electron microscopes. Using our QUANTAX ED energy dispersive X-ray spectrometry system (EDS) it is possible to detect and analyze all elements from beryllium to americium... more
The XFlash 5030 Detector for our QUANTAX ED microanalysis system comes with an active area of 30 square mm and an improved electron trap that causes no interference at low microscope acceleration voltages. The detector is available with an excellent energy resolution of down to 127 eV at Mn-Ka and 100,000... more
The interest in graphene is continuously rising among science communities. Applied physicists, new material designers, and nanotechnology engineers are attracted by its unique properties such as electrical and thermal conductivity. Fundamental physicists are enchanted by the possibility of exploring... more
