Latest Atomic force microscopy Stories
An international team of researchers has observed a strong energy loss caused by frictional effects in the vicinity of charge density waves. This may have practical significance in the control of nanoscale friction. The results have been published in the scientific journal Nature Materials.
Park Systems, a leader in Atomic Force Microscopy (AFM) since 1997 is exhibiting at the Fall MRS Material Research Society Meeting and Exhibit Dec 3-5, 2013 at the Hynes Convention Center in Boston,
Park Systems, world leader in atomic force microscopy (AFM) for the semiconductor and hard disk markets, introduces QuickStep SCM, the newest technology for high throughput in scanning capacitance
Park Systems, a leading manufacturer of atomic force microscopy (AFM) products, announces its 2013 Boston User Group and Luncheon concerning AFM-related issues to be held on October 21st, 9:30-2:30
Park Systems, a leading manufacturer of Atomic Force Microscopy systems since 1997 announced PinPoint Conductive AFM, an extremely accurate conductive measurement technology at nano-scale resolutionfor
The new generation Phenom desktop Scanning Electron Microscope (SEM) features a magnification range up to 100,000x and resolution better than 17 nanometers, making it the most powerful desktop
Park Systems, a leader in Atomic Force Microscopy (AFM) since 1997, is exhibiting at the 246th Fall ACS National Meeting and Exposition Sept 8-12, 2013 in Indianapolis, IN.
Park Systems, a leader in Atomic Force Microscopy (AFM) since 1997 announced today their first AFM image contest beginning Aug 29-Nov 1, 2013 for scientists, engineers, researchers and others
For a car to accelerate there has to be friction between the tire and the surface of the road.
Park Systems, a leading manufacturer of atomic force microscopy (AFM) products, announces an exclusive promotion that offers buyers of the Park XE7 a complimentary acoustic enclosure and vibration
- A pivoted catch designed to fall into a notch on a ratchet wheel so as to allow movement in only one direction (e.g. on a windlass or in a clock mechanism), or alternatively to move the wheel in one direction.