A recent article presented during the 2019 II Workshop on Metrology for Industry 4.0 and IoT describes the use of the PT2026 as a “novel kind of quasi-DC field marker” M. Amodeo, P. Arpaia and M. Buzio, “A technique for the correction of long-term...
Maria Silva Elipe in front of the 400 MHz magnet (courtesy of D. Pooke) At Metrolab, we have been following the leading-edge work of Dr. Maria Silva Elipe to bring a high-frequency NMR spectrometer into her chemistry laboratory. We are delighted she took time out of...
The NMR Magnetic Field Camera MFC2046 is built on the superior sensitivity of the NMR magnetometer PT2026, with a choice of two probe-array geometries. To map whole-body MRI magnets, the probe array family MFC9046, with a “classic” Metrolab design, supports a...
A recent article in the IEEE Sensors Journal describes the use of Metrolab’s Precision Teslameter PT2025 to generate a trigger when the magnetic field reaches a preset threshold: C. Grech, R. Avramidou, A. Beaumont, M. Buzio, N. Sammut and J. Tinembart,...
The gyromagnetic ratio of the sample material is the fundamental physical constant that underlies NMR magnetometry (see our article on NMR and EPR Technology). Therefore, if you want to know exactly how the measurements of our NMR magnetometers relate back to...
Metrolab’s magnetic field cameras (MFC) are now benchmark solutions for the high-precision mapping of intense magnetic fields and, in being perfected over the years, have gained the trust of all MRI manufacturers worldwide. We look back on a technological...