An explanation of helical micro-CT (spiral scanning) and how it’s used in materials science and orthopedic research.
How Raman spectroscopy is used in the development of photovoltaics and solar cells.
New series of SPM microscopes from Bruker – with models for nanomechanics, electrical AFM and nanoelectrochemistry.
New AFM-nDMA AFM mode from Bruker for quantitative, nanoscale, viscoelastic measurements – for the first time.
Multi-element analysis for refineries and oil manufacturers. Less expensive than WDXRF, with the same analytical performance.
An overview of the range of biological microscopy systems from JPK Instruments, now part of Bruker Nano Surfaces.
How Bruker’s PeakForce KPFM mode overcomes the common limitations of KPFM (Kelvin Probe Force Microscopy – also known as surface potential microscopy).
How mid-IR photothermal spectroscopy opens up infrared to new applications in biology and pharmaceuticals.
How to map current and conductivity at the nanoscale on fragile samples with AFM, without damaging them or contaminating the probe tip. Useful for lithium battery research, organic photovoltaics and carbon nanotubes.
How to use your SEM for nanoprobing, with the Imina Nanoprobing Solution. Walk-through of an example measurement on 10 nm CMOS transistors on a semiconductor device.