@article{oai:junshin.repo.nii.ac.jp:00000317,
 author = {伊藤, 一仁 and ITO, Kazuhito},
 issue = {11},
 journal = {純真学園大学雑誌, Journal of Junshin Gakuen University,Faculty of  Health Sciences},
 month = {Mar},
 note = {application/pdf, 本稿では,これまでに分かっている骨導聴覚の様々な知覚機序について紹介すると共に, 一つの実験的考察について議論する．この実験では, 健聴者における骨導の末梢伝搬特性を, 両耳間ラウドネスマッチングにより推定した．一側耳に気導刺激, 対側耳に骨導刺激を呈示し, 両耳間のラウドネスが一致した時の外耳道内音圧レベルを比較した．その結果, 両耳における外耳道内音圧レベルは概ね, 全ての測定周波数で同様の値を示した．従って，健聴者における骨導聴取は, 内壁から外耳道に放射される成分によって凡そ決定されていることが示唆された．, This study introduces various perception mechanisms of bone conduction hearing that have been investigated to date and discusses an experimental examination of these mechanisms. In this study, the sound propagation of bone conduction hearing in the auditory periphery is estimated for some normal hearing listeners using interaural loudness matching. A tone in air conduction was presented to one ear and the same tone in bone conduction to the other ear. The sound pressure levels in both ear canals were then compared when the interaural loudness levels were matched. Results showed that the sound pressure levels in both ear canals were nearly the same over the measured frequency range. Consequently, it was concluded that bone conduction hearing with normal hearing listeners was dominated by the osseotympanic components in the ear canal.},
 pages = {67--72},
 title = {【総説】骨導聴覚の知覚機序に関する実験的考察},
 year = {2021},
 yomi = {イトウ, カズヒト}
}