Fig. 2:

Fig2_b_c:
90_gal_air_Ant1: S11 of 180mm single-radiator operating in open air.
90_gal_Onbody_Ant1: S11 of the same 180mm single-radiator operating on the body.
162_gal_air_Ant2: S11 of 324mm single-radiator operating in open air.
162_gal_Onbody_Ant2: S11 of the same 324mm single-radiator operating on the body.

Fig2_e_f:
Dualband_gal_air: S11 of the wearable dual-radiator operating in open air.
Dualband_Ant1: S11 of the first wearable dual-radiator prototype operating on the body.
Dualband_Ant2: S11 of the second wearable dual-radiator prototype operating on the body.


Fig. 3:

Polarization_Gain:
Dualradgain_air: Gain of the antenna measured for free-space condition.
Dualradgain_body: Gain of the antenna measured for on-body condition.
CoPol: Co-polarized gain measurement of the wearable dual-radiator in free-space.
XPol: Cross-polarized gain measurement of the wearable dual-radiator in free-space.

Rad:
Air_HCut_Amp: Antenna radiation measured along the azimuth plane in open air.
Air_VCut_Amp: Antenna radiation measured along the elevation plane in open air.
Body_Hcut_farfield.dat: On-phantom measurement along azimuth plane.
Body_Vcut_farfield.dat: On-phantom measurement along elevation plane.


Fig. 4:

Antenna_prototypes:
Dualrad_gal_air_antenna1: S11 for the first dual-radiator wearable prototype.
Dualrad_gal_air_antenna2: S11 for the second dual-radiator wearable prototype.
Dualrad_gal_air_antenna3: S11 for the third dual-radiator wearable prototype.

Bending:
100_bending: S11 for dual-radiator after 100 bending cycles.
500_bending: S11 for dual-radiator after 500 bending cycles.
1000_bending: S11 for dual-radiator after 1000 bending cycles.
10000_bending: S11 for dual-radiator after 10,000 bending cycles.

Fig.5:

Recycling:

433 MHz:
pristine_metal_433: measured S11 of the wearable antenna filled with pristine liquid metal.
recycled_metal1_433: measured S11 of the first antenna tuned to 915 MHz and fabricated using liquid metal recovered from the last antenna operating at 433 MHz with pristine metal i.e., first iteration.
recycled_metal2_433: measured S11 of the second antenna tuned to 433 MHz and fabricated using liquid metal recovered from the first antenna i.e., second iteration.
recycled_metal3_433: measured S11 of the third antenna tuned to 433 MHz and fabricated using liquid metal recovered from the second antenna i.e., third iteration.
recycled_metal4_433: measured S11 of the fourth antenna tuned to 433 MHz and fabricated using liquid metal recovered from the third antenna i.e., fourth iteration.

915 MHz:
recycled_metal1_915: measured S11 of the first antenna tuned to 915 MHz and fabricated using liquid metal recovered from the last antenna operating at 433 MHz i.e., first iteration.
recycled_metal2_915: measured S11 of the second antenna tuned to 915 MHz and fabricated using liquid metal recovered from the first antenna i.e., second iteration.
recycled_metal3_915: measured S11 of the third antenna tuned to 915 MHz and fabricated using liquid metal recovered from the second antenna i.e., third iteration.
recycled_metal4_915: measured S11 of the fourth antenna tuned to 915 MHz and fabricated using liquid metal recovered from the third antenna i.e., fourth iteration.

2.4 GHz:
2.4GHz_1: measured S11 of the first antenna tuned to 2.4 GHz and fabricated using liquid metal recovered from the last antenna operating at 915 MHz i.e., first iteration.
2.4GHz_2: measured S11 of the second antenna tuned to 2.4 GHz and fabricated using liquid metal recovered from the first antenna i.e., second iteration.
2.4GHz_3: measured S11 of the third antenna tuned to 2.4 GHz and fabricated using liquid metal recovered from the second antenna i.e., third iteration.
2.4GHz_4: measured S11 of the fourth antenna tuned to 2.4 GHz and fabricated using liquid metal recovered from the third antenna i.e., fourth iteration.