LCMP-based multi-objective beamforming achieves selective ~45°C heating in dynamic dielectric media with minimal prior knowledge, as shown in FDTD simulations on homogeneous, heterogeneous, and breast phantom models.
Temperature-and volume- fraction-dependent debye model for the dielectric properties of binary mixtures of water and methanol at microwave frequencies
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Multi-Objective Adaptive Beamforming Using Partial Knowledge of Dynamic Dielectric Media for Non-Invasive Microwave Hyperthermia
LCMP-based multi-objective beamforming achieves selective ~45°C heating in dynamic dielectric media with minimal prior knowledge, as shown in FDTD simulations on homogeneous, heterogeneous, and breast phantom models.