Kearsley, S., Corneil, B., & Muller, L. In-silico simulations show that multi-polar temporal interference stimulation reduces the stimulating current intensities needed to evoke neural activity. Elsevier.
Chicago Style (17th ed.) CitationKearsley, Sarah, Brian Corneil, and Lyle Muller. In-silico Simulations Show That Multi-polar Temporal Interference Stimulation Reduces the Stimulating Current Intensities Needed to Evoke Neural Activity. Elsevier.
MLA (9th ed.) CitationKearsley, Sarah, et al. In-silico Simulations Show That Multi-polar Temporal Interference Stimulation Reduces the Stimulating Current Intensities Needed to Evoke Neural Activity. Elsevier.
Warning: These citations may not always be 100% accurate.