NTSOL technologies are grounded into the AC/DC magnetic field generation for its application on magneto-calorimetry and Magnetometry. Our products are designed considering the latest scientific publications. Thus, we achieve highly reliable and sensitive portable Magnetometer measuring magnetization values down to 200 microAm2 or specific loss power values whose reliability is larger than 95%.
Related scientific publications
AC Magnetometry is an powerful and accurate technique to characterise magnetic properties of magnetic nanoparticles (MNPs).
The advantages of MNP encapsulation for preserving AC and DC magnetic properties into cells:
Internalization effects on the MNP heat losses and quantification of intracellular heat losses:
Magnetic heat losses and relaxation processes after chemical transformation of iron oxides MNPs:
Viscosity effects on magnetic heat losses of MNPs:
Colloidal stability of MNPs dispersed into ion- and protein rich media:
Interacting phenomena of MNPs:
Harmonic phases of AC magnetization of MNPs as temperature probe
Characterising new magnetic nanomaterials:
Up scale characterization:
Magneto calorimetry directly probes the magnetic heat losses of MNPs dispersed in liquid media or inside biological matrices.
Low thermal exchange enhances the accuracy for determining the specific loss power of magnetic colloids:
Quantifying the heat dose released by nanoparticles inside cancer cells:
AC magnetic field generation allows to probe and exploit magnetic phenomena of interest for different applications.
Hyperthermia mediated by nanoparticles: