References:
1. AGOSTINI, E. and FENN, W.O.: Velocity of muscle shortening as a limiting
factor in respiratory air flow; in Studies in Pulmonary Physiology Mechanics,
Chemistry, and Circulation of the Lung, Vol.I, October, 1963, Biomedical Laboratory,
Wright- Patterson Air Force Base, Ohio, Technical Documentary Report No.AMRL-TDR-
63-103 (I), pp.7-11.
2. ATTINGER, E.O. and SEGAL, M.S.: Mechanics of breathing. I. The physical
properties of the lung. Amer.Rev.Resp.Dis.80: 38-45 (1959).
3. ATTINGER, E.O. and SEGAL, M.S., Mechanics of breathing. II. The respiratory
work. Amer.Rev.Resp.Dis.80: 46-52 (1959).
4. BERANEK, L.L.: Acoustics (McGraw-Hill, New York 1954).
5. BOURNE, G.H. (editor) : The Structure and Function of Muscle, Vol.2, (Academic
Press, New York 1960).
6. BULLER, A. J. and LEWIS, D. M. : The rate of tension development in isometric
tetanic contractions of mammalian fast and slow skeletal muscle. J. Physiol.,
Lond. 176: 337-354 (1965a).
7. BULLER, A. J. and LEWIS, D. M. : Further observations on the differentiation
of skeletal muscles in the kitten hind limb. J. Physiol., London 176: 355-370
( 1965b ) .
8. CAMPBELL, E. J. : The Respiratory Muscles and the Mechanics of Breathing
(Lloyd- Luke, London 1958).
9. CHIBA, T. and KAJIYAMA, M.: The Vowel - Its Nature and Structure (Phonetic
Society ofJapan, Tokyo 1941).
10. COOKER, H. S. : Time relationships of chest wall movements and intra-oral
pressures during speech. Doctoral Dissertation, State University of Iowa (1963).
11. COOPER, S. and EaGLES, J.C.: The isometric responses of mammalian muscles.
J. Physiol., Lond.69: 377-385 (1930).
12. DRAPER, M.H.; LADEFOGED, P. and WHITERIDGE, D.: Respiratory muscles in
speech.J. Speech Hear. Res. 2: 16-27 (1959).
13. DUBOIS, A.B.; BRODY, A.W.; LEWIS, D.H. and BURGESS, Jr., B.F.: Oscillation
mechanics of lungs and chest in man. J.Appl.Physiol.8: 587-594 (1956).
14. EBLEN, JR. R. E. : Limitations on use of surface electromyography in studies
of speech breathing. J. Speech Hear. Res. 6: 3-18 (1963).
15. ERNST, J.: Biophysics of the Striated Muscle (Hungarian Academy of Sciences,
Budapest 1963).
16. FANT, C. G. M. : Acoustic Theory of Speech Production: With Calculations
Based on X-Ray Studies of Russian Articulations (Mouton, 's-Gravenhage 1960).
17. FANT, C.G.M.; LINDBLOM, B. and MARTONY, J.; Spectrograms of Swedish Stops,
Speech Transmission Laboratory, Royal Institute of Technology, Stockholm, Sweden,
Quarterly Progress and Status Report, Number 3, October 15, 1963.
18. FISCHER-JORGENSEN, E. ; Beobachtungen uber den Zusammenhang zwischen Stimmhaftigkeit
und Intraoralem Luftdruck. Z. Phonetik 16: 19-36 (1963).
19. FISCHER-JORGENSEN, E. and TYBJAERG HANSEN, A.: An electrical manometer and
its use in phonetic research. Phonetica 4: 43-53 (1959).
20. FLANAGAN, J. L.: Some properties of the glottal sound source. J. Speech
Hear. Res.l: 99-116 (1958).
21. FUJIMURA, 0.: Bilabial stops and nasal consonants. A motion picture study
and its acoustical Implications. J. Speech Hear. Res. 4: 233-247 ( 1961).
22. Goss, C.M.: Gray's Anatomy (Lea and Febiger, Philadelphia 1959).
23. GRANT, J.C.B.: An Atlas of Anatomy (Williams and Wilkins, Baltimore 1962).
24. RAN, M. and WEITZMAN, R.S. : Studies in the phonology of Asian languages.
III. Acoustic characteristics of Korean stop consonants. Office of Naval Research,
Technical Report, April, 1965, NR 049-183, Nonr 228 (28).
25. HAUGEN, B.: The phonemics of modern Icelandic. Language 34: 55-88 (1958).
26. HOSHIKO, M. S. : Sequence of action of breathing muscles during speech.
J. Speech Hear. Res. 3: 291-297 (1960).
27. HUDGINS, C. V. and STETSON, R. H. : Voicing of consonants by depression
of the larynx. Arch. neerl. Phon. exp. 11: 1-28 (1935).
28. ISSHIKI, N. and RINGEL, R. : Air flow during the production of selected
consonants. J. Speech Hear. Res. 7: 233-244 (1964).
29. KAISER, L. : Contribution to the description of stops in the Sumbanese
language. Arch- Neerl. Phon.10: 58-64 (1934).
30. KANEKO, N. : An experimental observation and phonetic analysis of opposite
consonants such as /p/ /b/, Study of Sounds (Phonetic Society of Japan) 9: 53-64
(1961).
31. LADEFOGED, P.: The regulation of subglottal pressure. Folia phoniat. 12:
169-175 (1960).
32. LADEFOGED, P. : Subglottal activity during speech. Proc. 4th Int. Congr.
Phon. Sci., Helsinki 1961 (edited by A.SOVIJARVI and P. AALTO), pp.73-91 (Mouton,
The Hague 1962).
33. LADEFOGED, P. : Some physiological parameters in speech. Language and Speech
6: 109-119 (1963).
34. LADEFOGED, P. : A Phonetic Study of West African Languages. West African
Language Monograph, Series 1 (Cambridge University Press, Cambridge 1964).
35. LADEFOGED, P. and MCKINNEY, N.P.: Loudness, sound pressure, and subglottal
pressure in speech. J.Acoust.Soc.Amer.35: 454-460 (1963).
36. LEHISTE, I. and PETERSON, G. E. : Transitions, glides, and diphthongs.
J. Acoust. Soc Amer.33: 268-277 (1961).
37. LISKER, L. : Closure duration and the intervocalic voiced-voiceless distinction
in English. Language 33: 42-49 (1957).
38. LISKER, L. and ABRAMSON, A. S. : A cross-language study of voicing in initial
stops : Acoustical measurements. Word 20: 384-422 (1964).
39. MALECOT, A. : An experimental study of force of articulation. Studia Linguist.9:
35-44 (1955).
40. MARTENSSON, A. and SKOGLUND, C. R. : Contraction properties of intrinsic
laryngeal muscles. Acta Physiol. Scand.60: 318-336 (1964).
41. MARTIN, S.B.: Korean phonemics. Language 27: 519-533 (1951).
42. MUSEHOLD, A. : Akustik und Mechanik der menschlichen Stimmorgane (Springer
, Berlin 1913).
43. NATIONAL ACADEMY OF SCIENCES: Handbook of Physiology (Saunders, Philadelphia
1958).
44. OPIE, L.H.; SPALDING, J.M.K. and STOTT, F.D.: Mechanical properties of the
chest during intermittent positive-pressure respiration. Lancet 1: 545-550.
( 1959)
45. PERKELL, J. S. : Studies of the dynamics of speech production, Quarterly
Progress Report, Massachusetts Institute of Technology-Research Laboratory of
Electronics, Number 76, January 15, 1965, pp.253-257.
46. PETERSON, G.E.: Breath stream dynamics; in KAISER'S Manual of Phonetics,
pp. 139-148 (North-Hol1and Publishing Company, Amsterdam 1957).
47. PETERSON, G.E. : Requirements for a phonetic theory. Phonetica 11: 228-236
(1964).
48. PETERSON, G.E. and SHOUP, J.E.: A physiological theory of phonetics.
J. Speech Hear. Res. 9: 5-67 (1966).
49. PIERCE, D.S. and WAGMAN, I.H.: A method of recording from single muscle
fibers or motor units in human skeletal muscles. J.appl.Physiol.19: 366-368
(1964).
50. PIKE, K. L. : Phonetics, A Critical Analysis of Phonetic Theory and a Technic
for the Practical Description of Sounds (The U niversity of Michigan Press,
Ann Arbor 1943).
51. ROSENBLUETH, A. and RUBIO, R. : The velocity of shortening of striated
muscles. Arch.Int.Physiol.67: 705-717 (1959).
52. ROSENBLUETH, A. and RUBIO, R. : Tetanic summation in isotonic and isometric
responses. Arch.int.Physiol.68: 165-180 (1960).
53. RUCH, T.C. and FULTON, J.F. (editors) : Neurophysiology (Saunders, Philadelphia
1961).
54. STETSON, R.H.: Motor Phonetics, 2nd ed. (North-Holland Publishing Company,
Amsterdam 1951).
55. STEVENS, K. N. : Stop Consonants, Quarterly Report, Massachusetts Institute
of Technology-Acoustics Laboratory, October-December, 1956, pp.7-8.
56. SWAN, H.J.C. and McLEAN, K.H.: The dynamics of normal pulmonary circulation;
in GORDON'S Clinical Cardiopulmonary Physiology, 2nd ed. (Grune and Stratton,
Ne\v York 1960).
57. VAN DEN BERG, Jw.: Direct and indirect determination of the mean subglottic
pressure. Folia phoniat.8: 1-24 (1956).
58. VAN DEN BERG, Jw.: Subglottal pressures and vibrations of the vocal folds.
Folia phoniat.9: 65-71 (1957).
59. VAN DEN BERG, Jw.: An electrical analogue of the trachea, lungs and tissues.
Acta physiol.pharmacol.neerl.9: 361-385 (1960).
60. VAN DEN BERG, Jw.: ZANTEMA, J. T. and DOORNENBAL, JR.P.: On the air resistance
and the Bernoulli effect of the human larynx. J.Acoust.Soc.Amer.29: 626-631
(1937).
61. WOLTER, H. : On preaspirated stops in a Norwegian dialect. Proc. 5th Int.
Congr . Phon. Sci., Munster 1964 (Karger, Base11963).
Last Chapter |