Table 3.

Strain fixity and strain recovery rates for cycle N = 1

Sample ID*	εm, %	Thermally induced recovery			Magnetically induced recovery
		εu(1), %	Rf(1), %	Rr(1), %	εu(1), %	Rf(1), %	Rr,mg(1), %
TFX000	50	50†	100†	80†	50‡	100	0
TFX050	50	49†	98†	81†	59‡	118	38§
TFX075	50	49†	98†	82†	54‡	108	88
TFX100	50	50†	100†	78†	53‡	106	91
PDC000¶	100	50	50	50∥	50	50	0
PDC000¶	150	75	50	47∥	75	50	0
PDC100¶	100	57	57	59∥	57	57	65
PDC100¶	150	85	57	65∥	91	60	68

ε_u is the elongation achieved at stress zero after cooling to T_low, R_f is the strain fixity rate, R_r is the strain recovery rate calculated according to Eqs. 1 and 2, and R_r,mg is the strain recovery rate obtained by inductive heating in the magnetic field.

*The three-digit number gives the particle content in wt % × 10.

^†Cyclic thermomechanical experiments T_high = 80°C; T_low = 0°C.

^‡Programming including deformation at T_high = 80°C.

^§T_switch not completely reached.

^¶Programming by cold-drawing.

^∥Shape recovered at 55°C.