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NT-MDT Showroom |
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| • | Nanotubes as they are – NT-MDT provides the full range of modern SPM-based techniques for nanotubes visualizing and testing |  |
NTEGRA catalog (7.1 MB) |
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| • | SPM manipulations with single macromolecules (DNA, nanotubes etc). What is crucial for this method? | |||
| • | NanoSclerometry: techniques for testing of hardness and elasticity on the nanometer scale | |||
| • | Evolution of SPM-based systems: three directions for breaking through the limitations of SPM | |||
| • | Graphene digest. In order to manipulate a single-atom-thin structure, you need a reliable high precision tool. | |
Accessories catalog (614 KB) An overview of NT-MDT's accessories and supplies for scanning probe microscopy such as probes, tips, gratings and test samples. |
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| • | Magnetic read/write processes with vacuum SPM. 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. | |
Graphene Digest (348 KB) The NTEGRA Spectra, provides the opportunity to carry out all the measurements by the same instrument, on the same sample during the same experiment. It is possible to obtain AFM / Raman / Fluorescence / Rayleigh / maps exactly from the same area during one sample scan. All AFM and spectral data analysis are performed with the same software. |
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| • | Measuring in the magnetic field. Magnetic-force microscopy allows visualizing and manipulating the magnetization with tens of nanometers resolution. | |
PFM Digest (412 KB) Piezoresponse Force Microscopy - Imaging Materials from Biology through to Electronics |
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| • | Electrochemistry at the nanoscale. Scanning probe microscopy techniques open up the possibility to monitor the nanometer scaled changes occurring at the surface during an electrochemical modification. With the NTEGRA nanolaboratory one can run various electrochemical experiments in highly specialized conditions. | |||
| • | Surfactant micelles in aqueous solution: critical resolution in AFM. It’s a widely spread idea that performing AFM in liquids is a rather complicated research approach. Actually, many tasks related to the investigation of molecular structures and complexes in a liquid environment claim high demands on the SPM equipment. | |||
| • | How to tune the music of SPM. Scanning probe microscopy has something in common with the sphere of music. None of musical instruments can play without preliminary adjustment through tuning fork that is the all-known gold standard of a sound in the field of music. SPM doesn’t yield to any musical instruments in respect of complicity. And for exact and correct operating it also should be adjusted at least once in half a year. In the world of scanning probe microscopy the gold standard of adjustment is the calibration grating. | |||
| Videos/Images/Podcasts | Products | |||
| • | NANOFAB 100 platform | |||
| • | NTEGRA platform | |||
| • | SOLVER platform | |||
| • | NANOEDUCATOR platform | |||
| • | SPM accessories | |||
| Case Study | Other | |||
| • | Piezoresponse force microscopy: Quantitative analysis of ferroelectric domain depth | |||
| • | Molecular machines: from electronics to biology | |||