Magnetic heating ability of silica-cobalt ferrite nanoparticles
ME Cano, RH Medina, VVA Fernández… - Revista mexicana de …, 2014 - scielo.org.mx
In this study, the magnetic induction heating of cobalt ferrite nanoparticles with or without
silica coating was analyzed for evaluating the feasibility of these materials to be used for
magnetic hyperthermia. Particles of approximately 14 and 40 run were evaluated. For this
purpose, we used a magnetic induction system to obtain the specific absorption rate (SAR)
values. Two different amplitudes of 35 mT and 63 mT at 180 kHz were used. Our results
showed the smaller particles exhibiting the higher SAR value, independent of the intensities …
silica coating was analyzed for evaluating the feasibility of these materials to be used for
magnetic hyperthermia. Particles of approximately 14 and 40 run were evaluated. For this
purpose, we used a magnetic induction system to obtain the specific absorption rate (SAR)
values. Two different amplitudes of 35 mT and 63 mT at 180 kHz were used. Our results
showed the smaller particles exhibiting the higher SAR value, independent of the intensities …
[PDF][PDF] MAGNETIC HEATING ABILITY OF SILICA-COBALT FERRITE NANOPARTICLES
CDECME DE, N DE, SF DE COBALTO - rmiq.org
In this study, the magnetic induction heating of cobalt ferrite nanoparticles with or without
silica coating was analyzed for evaluating the feasibility of these materials to be used for
magnetic hyperthermia. Particles of approximately 14 and 40 nm were evaluated. For this
purpose, we used a magnetic induction system to obtain the specific absorption rate (SAR)
values. Two different amplitudes of 35 mT and 63 mT at 180 kHz were used. Our results
showed the smaller particles exhibiting the higher SAR value, independent of the intensities …
silica coating was analyzed for evaluating the feasibility of these materials to be used for
magnetic hyperthermia. Particles of approximately 14 and 40 nm were evaluated. For this
purpose, we used a magnetic induction system to obtain the specific absorption rate (SAR)
values. Two different amplitudes of 35 mT and 63 mT at 180 kHz were used. Our results
showed the smaller particles exhibiting the higher SAR value, independent of the intensities …
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