Table-1. Nominal Property Values (assumed for 150 MHz).

	Relative electric permittivity, εR, $${\epsilon }_R=\frac{\epsilon }{{\epsilon }_0}$$	Electrical conductivity, σ (S/m)	Density, ρ (kg/m3)	Specific heat, Ct (J/kg/°K)	Thermal conductivity, k (W/m/°C)	Blood perfusion, wb (kg/m3/s)
Blood	-	-	-	3770	-	-
Bone cortical	14.4	0.07	1700	1300	2.3	0.0
Bone marrow	6.1	0.024	1700	1300	0.58	0.1
Fat	5.8	0.037	900	2987	0.33	1.1
Muscle	62.2	0.727	1050	3639	0.50	3.6
Tumor	68	0.9	1050	3639	0.50	1.8
Water	78	0.002	996	4178	0.61	-

Permittivity of vacuum, ε₀ = 8.854*10⁻¹² Farad/m and permeability of vacuum, μ₀ = 4*π*10⁻⁷ Henry/m. The permeabilities of all tissues were assumed to be equal to that of vacuum.