Table 3

Modeling Results for Constant and Temperature-Dependent conductivity with Tissue Perfusion
Volts (V)
 E(P) (V/m)
 J(P) (A/m3)
 T(P) (°C)
 HF(P) (W/m3)
 σ (P) (S/m)
 SAR(P) (W/kg)
 E(R) (V/m)
 J(R) (A/m3)
 T(R) (°C)
 HF(R) (W/m3)
 σ (R) (S/m)
 SAR(R) (W/kg)
0.0
 0
 0
 37
 0
 0.143
 0.0
 0
 0
 37
 0
 0.143
 0
2.5
 2646
 378
 37
 144
 0.143
 9.4 × 102
 2646
 384
 37
 122
 0.145
 9.6 × 102
5.0
 5291
 757
 39
 436
 0.143
 3.8 × 103
 5281
 776
 39
 476
 0.147
 3.9 × 103
7.5
 7937
 1135
 40
 1012
 0.143
 8.5 × 103
 7901
 1203
 40
 1080
 0.152
 9.0 × 103
10.0
 10583
 1513
 44
 1842
 0.143
 1.5 × 104
 10752
 1680
 44
 1940
 0.156
 1.7 × 104
12.5
 13228
 1892
 49
 2843
 0.143
 2.4 × 104
 13063
 2228
 49
 3073
 0.171
 2.7 × 104
15.0
 15874
 2270
 54
 4142
 0.143
 3.4 × 104
 15590
 2877
 54
 4498
 0.185
 4.2 × 104
17.5
 18519
 2648
 62
 5624
 0.143
 4.6 × 104
 18072
 3662
 62
 6241
 0.203
 6.2 × 104
20.0
 21165
 3027
 70
 7498
 0.143
 6.0 × 104
 20502
 4629
 71
 8333
 0.226
 9.0 × 104
22.5
 23811
 3405
 78
 9505
 0.143
 7.7 × 104
 22874
 5844
 82
 10811
 0.255
 1.3 × 105
25.0
 26456
 3783
 88
 11455
 0.143
 9.4 × 104
 25182
 7384
 94
 13717
 0.293
 1.8 × 105
27.5
 29102
 4162
 96
 14199
 0.143
 1.1 × 105
 27422
 9360
 104
 17103
 0.341
 2.4 × 105

Modeling results using constant (P) and temperature-dependent (R) conductivity at the point of maximum electrical field (E), current density (J), temperature(T), and heat flux (HF), electrical conductivity (σ) and the specific absorption rate (SAR). This model assumes that the perfusion coefficient is ω = 6.4 × 10-3 1/s.

Chang BioMedical Engineering OnLine 2003 2:12   doi:10.1186/1475-925X-2-12
Open Data