"What is the ultimate resolution of AFM in air?" This is a very important question because we all want to know the size of the smallest details on our samples an ambient AFM can show. By looking at th...

Atomic force microscopy (AFM) was originally developed in the 1980s with its first usage in published experimentation taking place in 1986. AFM operation is based on using a cantilever with a sharp pr...

The goal of all forms of microscopy is to enable the observation of increasingly smaller objects and their details and characteristics which cannot be seen without aid. Naturally, the course of scient...

The Atomic Force Microscopy has provided those in research and industry with high resolution nanoscale measurements and imaging, but has long been limited by its relatively slow imaging speed. For cer...

The addition of nanotechnology to textile development can yield next-generation fabrics for many new exciting applications. Understanding the characteristics of the nanomaterials being integrated with...

Collagen is a protein that provides structure in various connective tissues in animals and can be found in ligaments, tendons, and skin. The characterization of collagen's mechanical properties at nan...

True Sample Topography Acquired by Low-Noise Z Position Sensor True Sample Topography Acquired by Low-Noise Z Position Sensor Ahram Kim (Research Product Management of Park Systems, Seoul, Korea) ...

SrTiO3 Surfaces by Using Park Systems AFM SrTiO3 Surfaces by Using Park Systems Atomic Force Microscope John G. Connell and S. S. Ambrose Seo Department of Physics and Astronomy Universit...

Zinc Oxide Surfaces Nanoscale AFM and KPFM Mapping of Localized Charge and Recombination Centers on Chemically Active ZnO Surfaces Case Study: Zinc Oxide Surfaces   General Consideration...

AlGaN/GaN HEMT Reliability Park AFM instruments create new ways to understand GaN HEMT reliability issues Case Study: AlGaN/GaN HEMT reliabilityBy Chung-Han Lin, D. R. Doutt, and L. J. Bri...