Table VI.

Computed SAR values from different sources (W/kg) given 1 μT ${\mathit{B}}_1^{+}$ field (at the coil isocenter).

Ref #	Method	Model	Coil landmark	Whole-body SAR Eq. (2)	Max. non-averaged local SAR Eq.(1)	Max. 1g local SAR Eq. (3)	Max. 10g local SAR Eq. (3)
Ref. [189]	FDTD 5 mm voxel	Voxel Vis. Human Male 122kg [189], 128 MHz	Abdominal	0.58	22.78	11.90	8.79
Ref. [189]	FDTD 3.5 mm voxel	Voxel Vis. Human Male 122 kg [189], 128 MHz	Abdominal	0.57	24.91	11.63	6.98
Ref. [189]	FDTD 2.5 mm voxel	Voxel Vis. Human Male 122 kg [189], 128 MHz	Abdominal	0.54	35.68	13.76	8.88
Ref. [193]	FDTD 3 mm voxel	Voxel Vis. Human Female 128 MHz	Heart	Normalized to 0.15 (present report)	NA	2.46-4.11 Varies with coil type	1.23-2.03 Varies with coil type
Ref. [193]	FDTD 3 mm voxel	Voxel Vis. Human Male 128 MHz	Pelvic	Normalized to 0.54 (Ref. [189])	NA	8.91-14.8 Varies with coil type	4.21-6.86 Varies with coil type
Ref. [194]	FDTD Voxel size unknown	Voxel Vis. Human Female, 64 MHz	Heart	Normalized to 0.15 (author’s study)	NA	NA	3.35
Ref. [195]	FDTD Voxel size 2mm	Voxel Nagaoka Female 64 MHz	Abdominal	0.13	NA	3.2	2.1
Ref. [195]	FDTD Voxel size 2mm	Voxel Vis. Human Male 122 kg 64 MHz	Abdominal	0.18	NA	3.6	2.4
Ref. [195]	FDTD Voxel size 2mm	Voxel Nagaoka Female 128 MHz	Abdominal	0.24	NA	5.3	3.9
Ref. [195]	FDTD Voxel size 2mm	Voxel Vis. Human Male 122 kg 128 MHz	Abdominal	0.31	NA	5.2	3.9
Authors’ study	FEM 8 adaptive passes (ANSYS)	CAD VHP-Female 3.0 [55],[56] 88 kg, 64 MHz	Shoulder/heart (top of vert. T7)	0.15	12.0	3.05	1.37