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Nanolithography - The "Pen and Ink" of Nanotechnology

Fabricating devices at the nanoscale is one of the leading challenges for nanotechnology research as it underpins the future commercialization of many nanotechnology-enabled devices.

From NT-MDT Spectrum Instruments 23 Apr 2015

Scanning Thermal Microscopy (SThM) - The Nanoscale Thermometer and Heater

Scanning Thermal Microscopy (SThM) is an advanced Scanning Probe Microscopy technique that is useful for obtaining nanoscale thermal properties and topographical images.

From NT-MDT Spectrum Instruments 23 Apr 2015

Different Optical, AFM and Spectroscopy Techniques Provide Unique Opportunities for Investigation of Graphene by NT-MDT

Combination of Atomic Force Microscopy (AFM), Raman / Fluorescence / Rayleigh microscopy and Scanning Near-Field Optical Microscopy (SNOM) provides unique opportunities for Graphene investigation.

From NT-MDT Spectrum Instruments 23 Apr 2015

Piezoresponse Force Microscopy (PFM) - Introduction, Principles and Instrumental Aspects of Piezoresponse Force Microscopy by NT-MDT

While the initial application of PFM was mainly to image ferroelectric domains significant in a few important but quite rare ferroelectric materials, the PFM can be currently applied to a large variety of materials including biomaterials and ionic conductors.

From NT-MDT Spectrum Instruments 23 Apr 2015

Nanodiamonds - Potentials and Technological Options for Nanodiamonds by NT-MDT

Nanodiamonds can be produced by the detonation of a mixture of the explosives TNT/RDX and have a size range in the region of 5 nm. The current attraction to scientists is the presence of nitrogen vacancies (N-V) within the nanodiamond, commonly known as "Colour Centres".

From NT-MDT Spectrum Instruments 23 Apr 2015

Characterization of Multi-Junction Solar Cells Using Combined Atomic Force Microscopy and Confocal Optical Spectroscopy

The sun is an abundant, easily accessible power source which is presently underutilized and will probably be the only choice for electric power in the near future.

From NT-MDT Spectrum Instruments 23 Apr 2015

Analyzing Li-ion Batteries Using Combined Atomic Force Microscopy and Raman Microscopy

Lithium batteries, a power source for many portable devices such as cellular phones, laptops, camcorder, etc. are also used in electrical vehicles and aerospace and military applications. The development of advanced lithium batteries is growing rapidly.

From NT-MDT Spectrum Instruments 23 Apr 2015

Latest Articles

Nanolithography - The "Pen and Ink" of Nanotechnology

Scanning Thermal Microscopy (SThM) - The Nanoscale Thermometer and Heater

Different Optical, AFM and Spectroscopy Techniques Provide Unique Opportunities for Investigation of Graphene by NT-MDT

Piezoresponse Force Microscopy (PFM) - Introduction, Principles and Instrumental Aspects of Piezoresponse Force Microscopy by NT-MDT

Nanodiamonds - Potentials and Technological Options for Nanodiamonds by NT-MDT

Characterization of Multi-Junction Solar Cells Using Combined Atomic Force Microscopy and Confocal Optical Spectroscopy

Analyzing Li-ion Batteries Using Combined Atomic Force Microscopy and Raman Microscopy

Analyzing Pharmaceutical Tablet Surfaces Using Combined Atomic Force Microscopy and Raman Microscopy

HybriD™ Mode Atomic Force Microscopy (AFM) from NT-MDT - An Interview with Sergei Magonov

Nanotechnology Education in Russia

Making Cryogen Free Measurements: Challenges and Solutions

Exploring the Synergy of AFM Resonance Oscillatory Modes

Graphene Oxide and the Global Graphene Expo

Precision Thinning for TEM Analysis

Superhydrophobic Nano Coating for All Surfaces - Nasiol SHBC

Combining Fluorescence Imaging and Scanning Electron Microscopy into One Platform

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Quantification and Visualization of Single Macromolecules with AFM Software

HybriD Piezoresponse Force Microscopy (PFM): AFM Nondestructive Mode for Studying Different Electromechanical Properties

Using the Atmosphere for Gas Mixing for Environmental Analysis

Creating Novel Catalyst Materials with Unique Properties Is Now Possible

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