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Hardness mapping of a DP980 steel sample

6 Jul 2023

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A practical guide to nanoparticle characterization

3 Jul 2023

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Nanoscale IR spectroscopy of organic contaminants

27 Jun 2023

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Characterization of advanced semiconductor materials and processes with nanoscale IR spectroscopy

27 Jun 2023

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2D materials characterization using nanoscale FTIR spectroscopy and near-field imaging

27 Jun 2023

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High-resolution chemical imaging with tapping AFM-IR

27 Jun 2023

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Chemical characterization of polymeric films, blends, and self-assembled monomers

27 Jun 2023

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Utilizing nanoscale IR spectroscopy to characterize biological samples in nanoscale detail

27 Jun 2023

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Spatiospectral nanoimaging of surface phonon plasmons

27 Jun 2023

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Enabling first-and-only nanoIR capabilities and performance with the Dimension IconIR

27 Jun 2023

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nanoIR3 nanoscale IR spectroscopy

27 Jun 2023

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Improving additive manufacturing with accurate surface metrology

25 Jun 2023

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Advantages of measuring surface roughness with white light interferometry

25 Jun 2023

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Achieving gage-capable process control for high-speed, precision manufacturing

25 Jun 2023

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DektakXT Stylus Profiler

25 Jun 2023

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ContourX 3D optical profilometers

25 Jun 2023

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Nanoscale mapping of permittivity and conductivity with scanning microwave impedance microscopy

22 Jun 2023

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An introduction to AFM-based scanning electrochemical microscopy: PeakForce SECM

22 Jun 2023

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Quantitative measurements of elastic and viscoelastic properties with FASTForce volume CR

22 Jun 2023

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Improving the accuracy of nanomechanical measurements with force-curve-based AFM techniques

22 Jun 2023

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Performing hyperspectral mapping with AFM DataCube nanoelectrical modes

22 Jun 2023

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Measuring nanoscale viscoelastic properties with AFM-based nanoscale DMA

22 Jun 2023

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Deep learning to classify and establish structure property predictions with PeakForce QNM atomic force microscopy

22 Jun 2023

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Characterizing ferroelectric materials with SS-PFM and DCUBE PFM

22 Jun 2023

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Explore Bruker’s Dimension Icon atomic force microscope

22 Jun 2023

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Hardness mapping of a DP980 steel sample

A practical guide to nanoparticle characterization

Nanoscale IR spectroscopy of organic contaminants

Characterization of advanced semiconductor materials and processes with nanoscale IR spectroscopy

2D materials characterization using nanoscale FTIR spectroscopy and near-field imaging

High-resolution chemical imaging with tapping AFM-IR

Chemical characterization of polymeric films, blends, and self-assembled monomers

Utilizing nanoscale IR spectroscopy to characterize biological samples in nanoscale detail

Spatiospectral nanoimaging of surface phonon plasmons

Enabling first-and-only nanoIR capabilities and performance with the Dimension IconIR

nanoIR3 nanoscale IR spectroscopy

Improving additive manufacturing with accurate surface metrology

Advantages of measuring surface roughness with white light interferometry

Achieving gage-capable process control for high-speed, precision manufacturing

DektakXT Stylus Profiler

ContourX 3D optical profilometers

Nanoscale mapping of permittivity and conductivity with scanning microwave impedance microscopy

An introduction to AFM-based scanning electrochemical microscopy: PeakForce SECM

Quantitative measurements of elastic and viscoelastic properties with FASTForce volume CR

Improving the accuracy of nanomechanical measurements with force-curve-based AFM techniques

Performing hyperspectral mapping with AFM DataCube nanoelectrical modes

Measuring nanoscale viscoelastic properties with AFM-based nanoscale DMA

Deep learning to classify and establish structure property predictions with PeakForce QNM atomic force microscopy

Characterizing ferroelectric materials with SS-PFM and DCUBE PFM

Explore Bruker’s Dimension Icon atomic force microscope

Resources

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Selected Filters:

Hardness mapping of a DP980 steel sample

A practical guide to nanoparticle characterization

Nanoscale IR spectroscopy of organic contaminants

Characterization of advanced semiconductor materials and processes with nanoscale IR spectroscopy

2D materials characterization using nanoscale FTIR spectroscopy and near-field imaging

High-resolution chemical imaging with tapping AFM-IR

Chemical characterization of polymeric films, blends, and self-assembled monomers

Utilizing nanoscale IR spectroscopy to characterize biological samples in nanoscale detail

Spatiospectral nanoimaging of surface phonon plasmons

Enabling first-and-only nanoIR capabilities and performance with the Dimension IconIR

nanoIR3 nanoscale IR spectroscopy

Improving additive manufacturing with accurate surface metrology

Advantages of measuring surface roughness with white light interferometry

Achieving gage-capable process control for high-speed, precision manufacturing

DektakXT Stylus Profiler

ContourX 3D optical profilometers

Nanoscale mapping of permittivity and conductivity with scanning microwave impedance microscopy

An introduction to AFM-based scanning electrochemical microscopy: PeakForce SECM

Quantitative measurements of elastic and viscoelastic properties with FASTForce volume CR

Improving the accuracy of nanomechanical measurements with force-curve-based AFM techniques

Performing hyperspectral mapping with AFM DataCube nanoelectrical modes

Measuring nanoscale viscoelastic properties with AFM-based nanoscale DMA

Deep learning to classify and establish structure property predictions with PeakForce QNM atomic force microscopy

Characterizing ferroelectric materials with SS-PFM and DCUBE PFM

Explore Bruker’s Dimension Icon atomic force microscope

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