On Inner Ear Function and the Origin of Oto-acoustic Emissions von FRITZE, W, STEURER, M, FRITZE, P

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Pitch is Influenced by Differences in Gas Pressure Between the Middle Ear and the External Auditory Canal A Tentative Explanation Based on a New Aspect in Inner Ear Theory von Fritze, W.

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Thermal Noise and the Incessant Vibration of the Outer Hair Cells in the Cochlea von Fritze, W., Steurer, M.

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Registration of spontaneous cochlear emissions by means of Fourier transformation von Fritze, W.

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The time course of spontaneous otoacoustic emissions von FRITZE, W, FRITZE, P, GEDLICKA, W

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On Mechanical Preprocessing in the Cochlea: The Three Great Hearing Theories Combined von Fritze, Walter

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On binaural beats von Fritze, W.

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A Computer-Controlled Binaural Balance Test von Fritze, W.

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A Long-Term Observation of Spontaneous Oto-Acoustic Emissions (SOAEs) von Köhler, W., Fritze, W.

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Psychoacoustic study on the dependence of the TTS in the high-frequency range on the exposing frequency (150?500 cps) von Fritze, W.

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The graph of loudness recruitment (ABLB-test) von Fritze, W.

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Statistical procedure for the preoperative prediction of the result of cochlear implantation von Fritze, W., Eisenwort, B.

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Some Ideas on the Origin of Otoacoustic Emissions von Fritze, Walter, Steurer, Martin, Fritze, Peter

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Short Communication: Pitch is Influenced by Spontaneous Otoacoustic Emissions von Köhler, W., Fritze, W.

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Pre-operative appraisal of cochlear implant results by means of electrical promontory stimulation: Preliminary report von Fritze, W., Eisenwort, B.

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Binaural beats and frequency-coding von Fritze, W., K hler, W.

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Spontaneous otoacoustic emissions ? a comparison of the left versus the right ear von K hler, W., Fredriksen, E., Fritze, W.

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Frequency composition of spontaneous cochlear emissions von Fritze, W., K hler, W.

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Temporary threshold shift frequency profiles after low-tone exposure von Fritze, W., K hler, W.

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Pitch is influenced by spontaneous otoacoustic emissions von KÖHLER, W, FRITZE, W

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