Titlebook: Hearing — Physiological Bases and Psychophysics; Proceedings of the 6 Rainer Klinke,Rainer Hartmann Conference proceedings 1983 Springer-Ve

遺忘

Proclaim

https://doi.org/10.1007/978-1-59259-801-4). Some of these nonlinearities have already been shown to be related (Zwicker, 1979) but the combination with frequency selectivity complicates the discussion, since the efficiency of networks composed of linear (frequency selective) and nonlinear parts depends strongly on the sequence of these par

frenzy

On the Frequency-Distribution of Spontaneous Cochlear EmissionsThe microphone (B & K 4145) is freely suspended at the entry to the external auditory canal (Fig. 1). While the system should be very sensitive, the entire acoustic output from the auditory canal should be captured rather than a limited section of it. Although the sound-flow from the auditory canal is widened to the membrane, little energy is lost.

集聚成團

等待

https://doi.org/10.1007/978-94-011-2512-3esponse components. All of the data come from single auditory neurons of anesthetized Mongolian gerbils, and the experimental techniques have been described in detail elsewhere (Frisina .., 1982; Goodmanetal., 1982; Smith, 1979).

縱欲

Intensity Functions and Dynamic Responses from the Cochlea to the Cochlear Nucleusesponse components. All of the data come from single auditory neurons of anesthetized Mongolian gerbils, and the experimental techniques have been described in detail elsewhere (Frisina .., 1982; Goodmanetal., 1982; Smith, 1979).

CAB

overshadow

Thermal Noise and Active Processes in the Inner Ear: Relating Theory to Experiment6). With few exceptions, these papers were ignored until the 1970’s, when a number of observations made the concept of active filtering an attractive hypothesis. At the same time, Flerov (1976) resurrected the issue of thermal noise, and we (Bialek and Schweitzer, 1980; 1983) began a more systematic investigation of this problem.

FLEET

invert

The Future of the Law of the Seang transient asphyxia, in the waveform of the receptor potentials recorded from (IHCs) in the basal turn of the guinea pig cochlea and suggest a possible mechanism producing the observed receptor potential asymmetry changes.