General overview »
Magnetic Nanoparticles »
Standardization »
Characterization and
analysis methods »
DC magnetization and AC
susceptometer analysis »
Medium and high frequency
AC susceptometry »
Mössbauer spectroscopy »
Electron microscopy »
XRD and SAXS »
SANS »
Electron microscopy »
Ferromagnetic resonance »
Dynamic light scattering and
electrophoretic light scattering »
Field-flow fractionation »
Magnetic modelling »
Magnetorelaxometry »
Magnetic particle spectroscopy »
Magnetic particle rotation »
Magnetic separation »
NMR R1 and R2 relaxivities »
Magnetic nanoparticle bio-detection »
Magnetic hyperthermia measurements »
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Magnetic separation
The largest application area for magnetic particles (especially magnetic multi-core particles) is in the field of magnetic separation techniques or as a part of a separation stage in different immunoassay systems. Parameters such as separation time and absorption specificity are important in these applications. Earlier we have developed a technique based on light absorbance measurements of magnetic multi-core ensemble subjected to a field and field gradient. We will further develop this analysis technique in the analysis in the NanoMag project.
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