Feasibility Study of Numerical Calculation and Machine Learning Hybrid Approach for Renal Denervation Temperature Prediction von RAKHMADI, Aditya, SAITO, Kazuyuki

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Development of Microwave-Based Renal Denervation Catheter for Clinical Application von MATSUHARA, Shohei, SAITO, Kazuyuki, TAJIMA, Tomoyuki, RAKHMADI, Aditya, WATANABE, Yoshiki, TAKESHITA, Nobuyoshi

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Development of 500kHz muscle equivalent solid phantom von Rakhmadi, Aditya, Saito, Kazuyuki

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Feasibility Study of Numerical Calculation and Machine Learning Hybrid Approach for Renal Denervation Temperature Prediction von RAKHMADI, Aditya, SAITO, Kazuyuki

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Numerical design of RF ablation applicator for hepatic cancer treatment von Rakhmadi, Aditya, Basari

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Development of Microwave-Based Renal Denervation Catheter for Clinical Application von Matsuhara, Shohei, Saito, Kazuyuki, Tajima, Tomoyuki, Rakhmadi, Aditya, Watanabe, Yoshiki, Takeshita, Nobuyoshi

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Vessel Sealing Device Using Microwave and High Frequency Current von Rakhmadi, Aditya, Saito, Kazuyuki, Sekine, Masashi, Sugiyama, Masashi

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Comparison of Radio Frequency Current and Microwave Energy for Transcatheter Renal Denervation von Rakhmadi, Aditya, Saito, Kazuyuki, Matsuhara, Shohei, Tajima, Tomoyuki, Takeshita, Nobuyoshi

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Coax-Fed Dipole-Type Applicator for Hepatic Cancer RF Ablation von Basari, Basari, Rakhmadi, Aditya, Saito, Kazuyuki

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