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[PENDING] Chirality effects on channel modeling for THz-band wireless communications in LoS/NLoS propagation

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Academic year: 2024

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Figure 1: Schematic of the reference geometry, where the transmitter (Tx) and the receiver (Rx) lay along the y-axis with the generic reflecting point Q belonging toˆ {x = 0, z = h}.
Figure 2: Schematic of the reference geometry for P (r) evaluation, in the case of (a) P (i) y , and (b) P (i) z components.
Table 1: Parameters used in the simulations for LoS, NLoS, and GOA cases. Common parameters are f = [0.06, 60] THz, ε 0 = 8.85 × 10 −12 , µ 0 = 4π10 −7 .
Figure 3: Total path loss for LoS propagation in a biological environment with a chirality-affected channel (ξ Chir = 1), for (a) d = 1 mm, and (b) d = 10 mm.
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