In a previous study of the beating complex by the writer two electrically driven tuning forks having frequencies of 256 d.v. and 244 d.v. respectively were used as the source of the tones. The intensities of the two tones could be valued independently from maximum to minimum by means of rheostats. The sound was conducted to the observer in a sound proof room by means of rubber tubes. When the two primary tones had equal intensities two beating intertones were heard. The pitch of one was near the upper primary while the pitch of the other was near the lower primary
Cooper, N. P. and W. S. Rhode. Mechanical responses to two- many areas of hearing research: they cle...
This investigation studies the role of the middle ear muscles in the TTS reduction that occurs when ...
This investigation studies the effect of phonation and of some activities eliciting middle-ear muscl...
In a previous study of the beating complex by the writer two electrically driven tuning forks having...
Best results are obtained by using two electrically driven forks whose pitches are 256 dv. and 245 d...
This problem constitutes a part of the experimental work in the psychology of music whose ultimate a...
Paralleling the extensive study of the artistic use of the vocal and instrumental vibrato is this st...
The differences in the damping constants of tuning forks while testing hearing by both air and bone ...
This study is concerned with the production of the vibrato on the violin, viola, and violincello. Co...
The experiments here reported were performed in order to secure evidence concerning the cause of the...
PDFTech ReportAM 63-17DOT/FAA/AM-63/17EarAuditory perceptionSoundLoudnessFrequency (Electromagnetism...
The thesis in which this paper had its inception is founded in the proposition that in explaining th...
A novel device called the Vibrochord is proposed and validated for its use in the composition and pr...
beating between closely spaced frequency components is a well-known effect in musical acoustics, psy...
The influence of stimulus frequency upon the magnitude of stimulated acoustic emissions from within ...
Cooper, N. P. and W. S. Rhode. Mechanical responses to two- many areas of hearing research: they cle...
This investigation studies the role of the middle ear muscles in the TTS reduction that occurs when ...
This investigation studies the effect of phonation and of some activities eliciting middle-ear muscl...
In a previous study of the beating complex by the writer two electrically driven tuning forks having...
Best results are obtained by using two electrically driven forks whose pitches are 256 dv. and 245 d...
This problem constitutes a part of the experimental work in the psychology of music whose ultimate a...
Paralleling the extensive study of the artistic use of the vocal and instrumental vibrato is this st...
The differences in the damping constants of tuning forks while testing hearing by both air and bone ...
This study is concerned with the production of the vibrato on the violin, viola, and violincello. Co...
The experiments here reported were performed in order to secure evidence concerning the cause of the...
PDFTech ReportAM 63-17DOT/FAA/AM-63/17EarAuditory perceptionSoundLoudnessFrequency (Electromagnetism...
The thesis in which this paper had its inception is founded in the proposition that in explaining th...
A novel device called the Vibrochord is proposed and validated for its use in the composition and pr...
beating between closely spaced frequency components is a well-known effect in musical acoustics, psy...
The influence of stimulus frequency upon the magnitude of stimulated acoustic emissions from within ...
Cooper, N. P. and W. S. Rhode. Mechanical responses to two- many areas of hearing research: they cle...
This investigation studies the role of the middle ear muscles in the TTS reduction that occurs when ...
This investigation studies the effect of phonation and of some activities eliciting middle-ear muscl...