Figures & data
Figure 2. Curved boundary and lattice nodes (open large circle is computational boundary node, open small circle is media node, filled circle is the physical boundary node in the link of media node and computational boundary).
![Figure 2. Curved boundary and lattice nodes (open large circle is computational boundary node, open small circle is media node, filled circle is the physical boundary node in the link of media node and computational boundary).](/cms/asset/cb65e329-658e-4ed1-a26a-f2ef653dca89/ihyt_a_519370_f0002_b.gif)
Table 1. Properties of the tissue, the blood, the FCC FePt MNPs and the magnetic field.
Figure 6. Steady state temperature distribution in the infinite spherical tissue for where B = 800 k W/m3 and r0 = 5 mm.
![Figure 6. Steady state temperature distribution in the infinite spherical tissue for where B = 800 k W/m3 and r0 = 5 mm.](/cms/asset/66ae86f7-5f2c-463d-ada5-4d11b1b50f5f/ihyt_a_519370_f0006_b.gif)
Figure 7. Temperature elevation in the injection site in agarose gel for a gel concentration of 0.2% and an infusion flow rate 4 µl/min for SAR(r) = Be−r2/r20 where B = 887.8 k W/m3 and r0 = 5.62 mm.
![Figure 7. Temperature elevation in the injection site in agarose gel for a gel concentration of 0.2% and an infusion flow rate 4 µl/min for SAR(r) = Be−r2/r20 where B = 887.8 k W/m3 and r0 = 5.62 mm.](/cms/asset/85e18619-9e3e-4e6b-9261-bf862ce1514f/ihyt_a_519370_f0007_b.gif)