BárányE.: A Contribution to the Physiology of Bone Conduction. Acta Oto.Suppl. 26, pp. 1–223, 1938.
2.
v. BárányG.: Zur Theorie des Horens bei der Schall Anfnahme durch Enochenleitung. Ann. der Physik, 5, Folge, 13:11, 1932.
3.
v. BárányG.: Vibration of the Head in a Sound Field and Its Role in Hearing by Bone Conduction. Jour. Acou. Soc. Am.20:6:749 (Nov.) 1948.
4.
CarhartR.: Clinical Application of Bone Conduction Audiometry. Arch. Otolaryngol.51:798–808 (June) 1950.
5.
GoodhillV.RehmanI.HolcombA.BrockmanS.: Cochlear Microphonic Measurements in Experimental Labyrinthine Occlusion and Fenestration. Laryngoscope64:5:333–344 (May) 1954.
6.
GuildS.: Symposium: Hearing by Bone Conduction Pathways of Transmission of Sound. ANNALS OF OTOLOGY, RHINOLOGY AND LARYNGOLOGY45:736–754 (Sept.) 1936.
7.
GrossmanF.MolloyC.: Physical Characteristics of Some Bone Oscillators Used with Commercially Available Audiometers. Arch. Oto.40:4, 1943.
8.
HughsonW.ThompsonE.WittingE.: Experimental Study of Bone Conduction. ANNALS OF OTOLOGY, RHINOLOGY AND LARYNGOLOGY45:844–858 (Sept.) 1936.
9.
LierleD.RegerS.: Correlations between Bone and Air Conduction Acuity Measurements over Wide Frequency Ranges in Different Types of Hearing Impairments. Laryngoscope5:187 (May) 1946.
10.
LinkR.ZwislockiJ.: Audiometrische Knochenleitungsuntersuchungen (Vergleich der Knockenleitung am Mastoid und der Stirn). Arch. Ohr-Nas-u Kehlk. Heilk.160:347–357, 1951.
11.
SmithK.: Bone Conduction during Experimental Fixation of the Stapes. Jour. Exper. Psychol.33:96 (Aug.) 1943.
12.
WatsonL.TolanT.: Hearing Tests and Hearing Instruments. Williams & Wilkins, 1949.
13.
WeverE.BrayC.: The Nature of Acoustic Response: The Relation Between Sound Intensity and the Magnitude of Responses in the Cochlea. Jour. Exper. Psychol.19:129–143, 1936.
14.
WeverE.BrayC.: The Nature of Bone Conduction as Shown in the Electrical Response of the Cochlea. Trans. Am. Oto. Soc.26:127–179, 1936.
