Table 2.

Blood and material parameters used in the SA-MDT system.

Properties	Symbol	Units	Values
Applied field properties
Magnitude	μ 0 H 0	T	0.25, 0.50, 0.75, 1
Angle of field direction	θ	—	π/2
Physical properties
Temperature	T	K	300
Boltzmann's constant	k B	J/K	1.38 × 1023
Permeability of vacuum	μ 0	Tm/A	4π × 10−7
MDCPs properties
Polymer material	—	—	P(S/V-COOH)Mag
Radius	R p	μm	0.5
MDCP concentration	—	Particle/L	4 × 1010
Density of the polymer material	ρ pol,p	kg/m3	950
Initial distance between MDCPs	—	μm	29.24
Saturation magnetization	M p,s	kA/m	22.4
Stent properties
Material	—	—	SS 430
Wire radius	R wire	μm	62.5
Loop separation	H	cm	0.2
Number of loops	N l	—	10
Coil length	L	cm	2
Saturation magnetization	M implant,s	kA/m	1261
Magnetic susceptibility	X implant,0	—	1000
Blood and vessel properties
Velocity	u 0	cm/s	0.05, 0.1, 0.25, 0.5
Volume	V blood	mL	10
Density	ρ b	kg/m3	1000
Viscosity	η b	kg/ms	1.0 × 10−3
Vessel radius	R vessel	cm	0.05
Magnetic material properties
Material	—	—	Oleate-capped Fe3O4
Weight content	X fm,p	wt%	100
Density	ρ fm,p	kg/m3	5000
Magnetic moment	m fm,p	Am2
Saturation magnetization	M fm,p,s	kA/m	See Table 1
Diameter	R fm,p	nm	See Table 1