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Disambiguation of "Koshiji, Kohji"

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Prototype and Evaluation of High-Hydrous Gel Phantom for 100 kHz to 1 MHz Using ATO/TiO2.

, , and . EMBC, page 6814-6817. IEEE, (2021)

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Other publications of authors with the same name

Current distribution analyses of figure-eight coil for an intergrated transcutaneous energy and information transmission system for a totally-implantable artificial heart., , and . ISMICT, page 1-4. IEEE, (2019)Heightening upper limit frequency of wideband antenna using asymmetrical radiating elements., , and . GCCE, page 444-445. IEEE, (2015)Analysis of Current Density and Specific Absorption Rate in Biological Tissue Surrounding an Air-core Type of Transcutaneous Transformer for an Artificial Heart., , , and . EMBC, page 5392-5395. IEEE, (2006)Transmission characteristics through the bent arm wearing magnetically-coupled coils for body area communication., , and . GCCE, page 481-482. IEEE, (2015)Investigation of optimized high-density flip-chip interconnect design including micro Au bumps for 3-D stacked LSI packaging., , , , , , and . 3DIC, page 1-4. IEEE, (2013)A study on transmission characteristics and specific absorption rate using impedance-matched electrodes for various human body communication., , and . EMBC, page 1883-1886. IEEE, (2013)Development of a high-hydrous gel phantom for human body communication based on electrical anisotropy., , , , and . EMBC, page 4028-4031. IEEE, (2019)Downsizing of coreless coils for transcutaneous energy transmission in implantable devices - Improvement of coupling factor and efficiency between coils., , and . EMBC, page 1871-1874. IEEE, (2013)Multilayered cylindrical human arm model for impedance analysis in human body communication., , , and . APCC, page 478-479. IEEE, (2012)Human body communication between fingertip and wrist using stationary and wearable devices., , , and . GCCE, page 18-19. IEEE, (2014)