Разработка подхода к повышению эффективности метода электроакустической коррекции, основанной на определении реального усиления
Диссертация
Особенности выбора амплитудно-частотных характеристик СА в детском слухопротезировании связаны с меньшим объемом слухового прохода детей, что отражается в большем, чем у взрослых, реальном ВУЗД и в лучшем соответствии реального и целевого усиления. Естественная потеря вносимого усиления затрагивает высокочастотный диапазон и составляет в среднем —7 (±2,8) дБ на частоте 2 кГц, -17 (±2,8… Читать ещё >
Список литературы
- Базаров В.Г., Лисовский В. А., Мороз Б. С., Токарев О. П. Основы аудиологии и слухопротезирования. // Медицина. — 1984. Стр. 226 228.
- Богомильский М.Р., Сапожников Я. М., Радциг Е. Ю., Попов Б. Р. Современные возможности и особенности электроакустической коррекции слуха у детей. // Учебное пособие М. 1998.
- Гринберг Г. И., Зиндер Л. Р. Таблицы слов для речевой аудиометрии в клинической практике. // Труды Ленинградского НИИ по болезням уха, горла, носа и речи. Л. — 1957 — т.2. — Стр. 45−47.
- Загорянская М.Е., Румянцева М. Г. Значение эпидемиологических методов исследования в профилактике нарушений слуха у детей. // Российская отоларингология. С-П. — 2003. — № 3 (6). -Стр. 73−83.
- Кириллова И.П., Шишкина Е. И. Подходы к повышению эффективности индивидуального слухопротезирования. // В кн.: Тезисы докладов 1-го Международного симпозиума «Современные проблемы физиологии и патологии слуха». М. — 1993.- Стр. 106−107.
- Мороз Б.С., Базаров В. Г., Гехт Ю. К. Методика подбора слуховых аппаратов при слухопротезировании. // Наукова думка — 1982. -Стр. 48.
- Радциг Е.Ю. Повышение эффективности слухопротезирования в детском возрасте с помощью использования компьютерных аналитических систем и индивидуальных ушных вкладышей. // Автореф. диссертаци канд. мед. наук. М. —1997.
- Руденко В.П., Потапов В. А. Упрощенный способ речевой аудиометр ии. // Военно-мед. Журнал. 1974 (8). — Стр. 82−84.
- Сапожников Я.М. Индивидуальные ушные вкладыши и из значение в электроакустической коррекции слуха. // В кн.: Материалы XVI съезда отоларингологов РФ. Сочи. — 2000. — Стр. 225.
- Сапожников Я.М. Современные методы диагностики, лечения и коррекции тугоухости и глухоты у детей в возрастном аспекте. // Автореферат диссертации доктора мед. наук. М. — 1996. — Стр.222.
- Сапожников Я.М., Богомильский М. Р. Современные методы диагностики, лечения и коррекции тугоухости и глухоты у детей. // «ИКАР" — М. — 2001. — Стр. 169−212.
- Сапожников Я.М., Радциг Е. Ю., Попов Б. Р. Настройка слухового аппарата на реальном ухе без индивидуального ушного вкладыша. // В кн.: Материалы Научно-практической конференции. — Суздаль. -1999.
- Саркисова Э.А. Влияние расположения зонда на электроакустические характеристики при измерениях в реальном ухе. // В кн.: Тезисы к докл. — IV Международный симпозиум. Суздаль. — 2001. — Стр. 155−156.
- Саркисова Э.А. Использование метода измерения в реальном ухе для оценки работы программируемых цифровых слуховых аппаратов. // Российская отоларингология.- С-П. 2002 (1). — Стр. 127−129.
- Соколов Ю.К. Измерение вносимого усиления in situ для настройки слухового аппарата при слухопротезировании. // В кн.: Тезисы к докл. VII съезд оториноларингологов Украины. — Киев. — 1995. — Стр. 299.
- Соколова О.В. Стратегия слухопротезирования. // В кн.: Тезисы к докл. VII съезд оториноларингологов Украины. — Киев. — 1995. — Стр. 299−230.
- Таварткиладзе Г. А. Современные возможности и перспективы слухопротезирования. // В кн.: Отоларингология. Избранные актуальные проблемы. М. -1988. — Стр. 122−134.
- Таварткиладзе Г. А. Современные возможности и перспективы электроакустической коррекции слуха. // Рос. Мед. Журнал. — М. — 1999 (1). Стр. 8−25.
- Таварткиладзе Г. А., Шишкина Е. И. Методика выбора параметров электроакустической коррекции. // Методические рекомендации ВНЦАиС МЗ СССР М. -1991.
- Таварткиладзе Г. А., Шишкина Е. И., Кириллова И. П. Обоснование стратегии расчета оптимальных параметров электроакустической коррекции. // Пособие для врачей — М. — 1997.
- Темкина И.Я. Аудиометрические тесты в клинике тугоухости. // Автореф. дис. докт. мед. Наук. М. — 1971.
- Токарев О.П. Факторы и условия индивидуальной эффективности слухопротезирования. // Автореф. дис. докт. мед. Наук. -М.- 1987.
- Шишкина Е.И. Методика расчета параметров электроакустической коррекции. // В кн.: Материалы Международной научно-практической конференции. Актуальные вопросы клинической отоларингологии. Иркутск. — 1992.
- Ahlbom С. Modern Approaches to Hearing Aid Fitting. // В кн.: Тезисы к докл. Актуальные вопросы оториноларингологии. — Суздаль. — 1997.
- Ambrose WR, Neal WRJ. The effect of frequency bandwidth on speach discrimination by hearing impaired subjects. // J Aud Res. — 1973. — P. 13: 224.
- American National Standards Institute. American national standards for an occluded ear simulator, ANSI S3.25 1979. New York. Acoustical Society of American.
- American National Standards Institute. Methods of Measurement of Performance Characteristics of Hearing Aids Under Simulated In Situ Working Conditions (ANSI S3.35 1985). // New York. Acoustical Society of American.
- American National Standards Institute. Specification of Hearing Aids Characteristics (ANSI S3.35 1987). // New York. Acoustical Society of American.
- ANSI S3. 46. (1997) Methods of measurement of real-ear performance characteristics of hearing aids. New York, NY: American National Standards Institute.
- Ayers EW. A discussion of some problems involved in deriving objective performance criteria for a wearable hearing aid from clinical measurements with laboratory apparatus. Proc. I-st ICA Congress. Delft 1953. — P. 141−143.
- Balfour PB, Hawkins DB. Aided Masked Thresholds: Case of Deception. // J Am Acad Audiol Jul. 1993. — 4 (4): P. 272−274.
- Barlow NLN, Auslander MC, Rines D, Stelmachowicz P.G. Probe Tube Measurements in Hearing-Impaired Children and Adults. // Ear Hear. — 1988 (9): P. 243−247.
- Benson D, Clark TM, Johnson JS. Patient Experiences with Multiband Full Dynamic Compression. // Ear Hear Apr. 1993. — V 14 (2). -P. 144−145.
- Bergenstoff H. Earmould design and its effect on real ear insertion gain. // Hear Instr. 1983. — 34 (9).
- Berninger E, Ovegard A, Svard I. Coupler-Related Real Ear Gain. Interaction between Subject and Hearing Aid Type. // Scand Audiol. 1992. -21 (l).-P. 15−22.
- Bernstein RS, Kruger B. The external ear sound pressure level transformation in infants. // J Acoust Soc Am. 1986. — 79. — S 33 (A).
- Betler RA. External Ear Resonance Characteristics in Children. // J Speech Hear Dis. -1989. 54. — P. 264−268.
- Boothroyd A, Springer S, Smith L, Schulman J. Amplitude compression and profound hearing loss. // J Speech Hear Res. 1988. — 31. — P. 362−37.
- Bratt GW. Hearing aid receiver output in occluded ear canals in children. // Unpublished doctoral dissertation, Nashville, TN: Vanderbilt University. -1980.
- Brokx JPL, Snik AFM, Lith AP. Fitting Hearing Aid in Children with Severe Hearing Loss. // Scand Audiol. -1997 26 (Suppl.46). — P. 38−42.
- Bunch CC. // In: Clinical Audiometry. C.V. Mostby, St. Louis. -1943.
- Burkhard MD, Sachs RM. Anthropomorphic manikin for acoustic research. // J Acoust Soc Am. -1975. 58. — P. 214−222.
- Buuren RA, Festen JM, Houtgast T. Peaks in the Frequency Response of Hearing Aids: Evaluation of the Effects on Speech Intelligibility and Sound Quality. // J Speech Hear Res. Apr 1996. — V 39. — P. 239−250.
- Byrne D, Cotton S. Evaluation of the National Acoustic Laboratories' new hearing aid selection procedure. // J Speech Hear Res. — 1988. 31.-P. 178−186.
- Byrne D, Dillon H, Ching T, Katsch R, Keidser G. NAL-NL1 Procedure for Fitting Non-linear Hearing Aids: Characteristics and Comparisons with Other Procedures. // J Am Scand Audiol. 2001. — 12. — P. 37−51.
- Byrne D, Dillon H. The National Acoustic Laboratories' (NAL) new procedure for selecting the gain and frequency response of hearing aid. // Ear Hear. 1986. — 7. — P. 257−265.
- Byrne D, Dillon H. The National Acoustic Laboratories (NAL). New Procedure for Selecting the Gain and Frequency Response of Hearing Aid. // Ear Hear. -1987. V.7. — P. 257−265.
- Byrne D, Parkinson A, Newall P. Hearing aid gain and frequency response requirements of the several/ profoundly hearing-impaired. // Ear Hear. -1990.-11.-P. 40−49.
- Byrne D, Tonisson W. Selecting the gain of hearing aids for persons with sensorineural impairments. // Scand Audiol. 1976. — 5. — P. 51.
- Byrne D. Effects of frequency response characteristics on speech discrimination and perceived intelligibility and pleasantness of speech for hearing impaired listeners. // J Acoust Soc Am. 1986. — P. 494−504.
- Carhart R. Volume control adjustment in hearing aid selection. // Laryngoscope. 1946/ a. — 56. — P. 510.- Test for the selection of hearing aids. // Laryngoscope. — 1946 /b. — 56. — P. 780.
- Carlsson EV. Smooting the hearing aid frequency response. // J Audiol Eng Soc. 1974. — 22. — P. 426.
- Ching TYC, Dillon H, Katsch R, Byrne D. Maximising Effective Audibility in Hearing Aid Fitting. // Ear Hear. 2001. — 22 (3). — P. 212−224.
- Cleaver VC. Real-Ear Measurements in Conductive Hearing Loss: Discrepancies between Probe-tube Microphone Measurements and Sound Field Test Result. // Br J Audiol. -1998. Jun 32 (3). — P. 205−209.
- Cornelisse L, Seewald RC, Jamieson DG. The input /output formula: a theoretical approach to the fitting of personal amplification. // J Acoust Soc Am. -1995. 97. — P. 1854−1864.
- Cox RM, Alexander GC, Gray G. Personality and the Subjective Assessment of Hearing Aids. // J Am Acad Audiol. -1999. 10. — P. 1−13.
- Cox RM, Alexander GC. The Abbreviated Profile of Hearing aid Benefit. // Ear Hear. 1995. -16. — P. 176−186.
- Cox RM, Alexander GC. Evaluation of an In-Situ Output Probe Microphone Method for Hearing Aid Fitting Verification. // Ear Hear. 1990. -V 11-№ 1.-P. 31−39.
- Dalsgaard S. & Jensen D. Measurement of the Insertion Gain of Hearing Aids. // J Audiol Techn. 1976. — 15. — P. 170.
- Davis H, Stevens SS, Nichols RHJ, Hudgins RJ, Marguis RJ, Peterson GE, Ross DA. Hearing Aids: An Experimental study of design objectives. // Harward University Press, Cambridge. 1947.
- Dempster JH, Mackenzie K. The Resonance Frequency of External Auditory Canal in Children. // Hear Instrum. 1990. — 11. — P. 269−298.
- Dillon H, Murray N. Accuracy of Twelve Methods for estimating the Real Ear Gain of Hearing Aids. // Ear Hear. 1987. — V 8. — № 1. — P. 2−11.
- Dillon H, Walker G. Comparison of stimuli used in sound field audiometric testing. // J Acoust Soc Am. 1982. — 71. — P. 161−172.
- Dillon H. Compression? Yes, but for low or high intensities, and for what response time? // Ear Hear. 1996. — 17. — P. 287−307.
- Dillon H. Converting Insertion Gain to and from Headphone Coupler Responses. // Ear Hear. Augl997. — V 18 — № 4. — P. 346−348.
- Dirks DD, Kincaid GE. Basic Acoustic Considerations of Ear Canal Probe measurements. // Ear Hear. 1987. — 8 (suppl. 5). — P. 60S-67S.
- Egolf DP. Mathematical modelling of a probe-tube microphone. // J Acoust Soc Am. -1977. 61. — P. 200−205.
- Feigin J.A., Kopun JG, Stelmachowicz PG, Gorga M Probe Tube Microphone Measurements of Ear-Canal Sound Pressure Levels in Infants and Children. // Ear Hear. 1989. — V10. — № 4. — P. 254−258.
- Feigin JA, Feigin JA, Stelmachowicz PG. The Effect of Reference Microphone Placement on Sound Pressure Levels at an Ear Level Hearing Aid Microphone. //EarHear. 1990. — Vll. -№ 5. -P. 321- 326.
- Fikret-Pasa S, Revit LJ. Individualised Correction Factors in the Preselection of Hearing Aids. // J of Speech Hear Res. Apr 1992. — V 35 (2). -P. 384−400.
- Fortune T. Amplifiers and Circuit Algorithms of Contemporary Hearing Aids. In: Valente M. Hearing Aid: Standards, Options, And Limitations. //New York 1996.
- Franks JR, Staton R. Word Discrimination Performance using Variable Frequency Response Hearing Aids. // In: Hearing aid. 1977. — J 30., Jan 37.
- Gabrielle FS, Westwood GF, Bamford JM. Probe Tube Microphone Measurements with Very Young Infants: Real Ear to Coupler Differences and Longitudinal Changes in Real Ear Unaided Response. // Ear Hear. 1995. — 16. — P. 263−273.
- Gallagher G. Real-ear measurements: Adding more science to the artful science of fitting. // Hear J. 1989. — 42 (11). — P. 14−17.
- Gerling I.J. Evaluation of Prescriptive Fitting. // J Am Acad Audiol. Sep 1992. — 3 (5). -P. 331−337.
- Gerling IG, Engman SM. Comparison of probe tube placement methods in real ear measurements. // Hear Instr. 1991. — 42. — P. 20−22.
- Gilman S, Dirks DD, Stern R. The effect of occluded ear impedances on the eardrum SPL produced by hearing aids. // J Acoust Soc Am. -1981.-70.-P. 370−386.
- Gilman S, Dirks DD. A Probe Earmoulds System for Measuring Eardrum SPL under Hearing-Aid Condition. // Scand Audiol. 1984. — 13. — P. 15−22.
- Harrowven RGC. Insertion gain versus median ear corrected coupler gain: a comparison of two fitting methods in new HNS hearing aid users. // Br J Audiol. 1998. — 32. — P. 153−165.
- Hawkins D.B. Clinical Ear Canal Probe Tube Measurements. // Ear Hear. 1987. -8 (suppl. 5). -P. 74S-81S.
- Hawkins D.B. Mueller G. Some variables affecting the accuracy of probe-tube microphone measurements. // Hear Instrum. — 1986. — 37. — P. 812,49.
- Hoover BM, Stelmachowich PG, Lewis DE. Effect of Earmould fit on Predicted Real Ear SPL using a Real Ear to Coupler Difference Procedure. // Ear Hear. Aug 2000. — 21 (4). — P. 310−317.
- Humes LE, Barlow NN, Garner CB, Wilson DL. Prescribed Clinician-Fit Versus As-worn Coupler Gain in a group of elderly Hearing Aid Wearers. // J Speech Land Hear Res. 2000. — Aug- 43 (4). — P. 879−892.
- Humes LE, Hipskind NM, Block MG. Insertion Gain Measured with Three Probe Tube Systems. // Ear Hear. 1988. — V9. — № 3. — P. 108 112.
- Kawell M, Kopun J, Stelmachowiczs PG. Loudness discomfort levels and children. //Ear Hear.- 1988.-9.-P. 133−136.
- Keefe DG, Bulen JG. Ear canal impedance and reflection coefficient in human infants and adults. // J Acoust Soc Am. — 1993. — 94. — P. 2617−2638.
- Keidser G, Dillon H, Byrne D. Candidates for Multiple Frequency Response Characteristics. // Ear Hear. Dec 1995. — 16 (6). — P. 562−574.
- Killion MC, Revit LJ. Insertion Gain Repeatability versus Loudspeaker location: You Want Me to Put My Loudspeaker WHERE? // Ear Hear. 1987. — 8 (suppl. 5). — P. 68S-73S.
- Killion MC. A high fidelity hearing aid. // Hear Instr. 1990. — V 48.-№ 8.-P. 38−39.
- Killion MC. Earmould design: theory and practice. // In: Jensen JH, ed. Hearing Aid Fittings. Theoretical and Practical Views. 13th Danavox Symposium. Copenhagen: Stougaard Jensen. 1988. P. 155−172.
- Killion MC. Earmould option for wideband hearing aids. // J Speech Hear Disord. 1981. — 46. -P.10−16.
- Killion MC. Recent earmoulds for wideband OTE and ГГЕ hearing aids. // Hear J. 1984. — 8. — P. 15−18, 20−22.
- Killion MC., Revit LJ. CORFIG and GIFROC: Real ear to coupler and back. // In: Studebaker GA, Hochberg J, eds. Acoustical Factors Affecting Hearing Aid Performance 2 nd ed. Needham Heights: Allyn and Bacon. 1993. -P. 65−85.
- Knebel SB, Bentler RA. Comparison of Two Digital Hearing Aids. // Ear Hear. Aug 1998. — 19 (4). — P. 280−289.
- Krarup B. & Scott Nielsen S. Lydtrykmaiinger i oregangen. // Nord Audiol. 1965. — P. 14: 90.
- Kruger B, Ruben RJ. The Acoustic Properties of the Infant Ear. // Acta Otolar. 1987b. — 103. — P. 578−585.
- Kruger B. An Update on the External Ear Resonance in Infants and' Young Children. // Ear Hear. 1987a. — 8. — P. 333−336.
- Kuk FK, Harper T, Doubek K. Preferred Real-Ear Insertion Gain on a Commercial Hearing Aid at different Speech and Noise levels. // J Am Acad Audiol. 1994/b. — Mar 5 (2). — P. 99−109.
- Kuk FK. Maximum Usable Real-ear Insertion Gain with Ten Earmold Designs. // J Am Acad Audiol. 1994/a. — Jan 5 (1). — P. 44−51.
- Kuk FK. Perceptual consequence of vents in hearing aids. // Br Audiol. 1991. — 25. — P. 163−169.
- Larson VD, Studebaker GA, Cox RM. Sound levels in a 2-cc cavity, a Zwislocki coupler, and occluded ear canals. // J of the Am Audiol Soc. -1977.-3.-P. 63−70.
- Lauridsen O, Gunthersen C. A new probe microphone for investigation of the acoustics of the ear. // J Acoust Soc Am. 1981. — 69. — P. 1496.
- Lauridsen O. & Birk Nielsen H. A new Computerized Method for Hearing Aid Fitting based on measurements at the ear drum. // Scand Audiol. -1981.-10.-P. 109.
- Lauridsen O. & Gunthersen C. A new Probe Microphone for Investigation of the Acoustics of the ear. // J Acoust Soc Am. 1981. — 69. — P. 1496.
- Leijon A, Lindkvist A, Ringdahl A, Israelsson B. Preferred hearing aid gain in everyday use after prescriptive fitting. // Ear Hear. 1990. -11.-P. 299−305.
- Libby ER. Achieving a transparent, smooth wideband hearing aid response. // Hear Instr. 1981. — 32. — № 10.
- Libby ER. The 1/3 2/3 insertion gain hearing aid selection guide. // Hear Instr. -1986. — V3. — P. 42−52.
- Liu TC, Chen YS. Aging and External Ear Resonance. // Audiol. -2000.-39.-P. 235−237.
- Liu TC, Lin KN. Real-Ear to Coupler Difference in Patients with Ear Drum Perforation. // ORL. 1999. — 61. — P. 345−349.
- Liu ТС, Lin KN. Probe-tube Microphone Measures in patient with open-mastoid surgery: real-ear-to-coupler differences and real-ear unaided responses. // Audiol Neurootol. 2000. — Mar-Apr 5 (2). — P. 59−63.
- Lybarger SF. Controlling hearing aid performance by earmold design. In: Larson VD, Egolf DP, Kirlin RL, Stile SW, eds. // Auditory and Hearing Prosthetics Research. New York: Grune and Stratton. — 1979. — P. 101 132.
- Lybarger SF. Earmolds. In: Katz J, ed. // Handbook of Clinical Audiology 3rd ed. Baltimore: Williams and Wilkins. 1985. — P. 885−910.
- MacKenzie K. Browning G, McClymont L. Relationship between earmold venting, comfort and feedback. // Br J Audiol. — 1989. — 23. — P. 335−337.
- Macrae J. Invalid aided thresholds. // Hear Instr. 1982. — 33. -P. 20,22.
- Macrae J. Safety aspects of amplification for severe/profound hearing loss. / Austral J of Audiol. 1995. — 17. — P. 23−38.
- Madsen PB. Insertion gain optimization. // Hear Instr. 1986. — V 37. -№ 1.
- Martin HC, Munro KJ, Langer DH. Real-Ear to Coupler Differences in children with Grommets. // Br J Audiol. 1997. — Feb 31 (1). -P. 63−69.
- Martin HC, Westwood GF, Bamford JM. Real ear to coupler differences in children having otitis media with effusion. // Br J of Audiol. — 1996.-30.-P. 71−78.
- Mason D, Popelka GR. A Comparison of Hearing-aid Gain using Functional, Coupler, and Probe-tube Measurements. // J of Speech Hear Res. June 1986. — V 29. — P. 218−226.
- McCandless G, Lyregaard P. Prescription of gain/output (POGO) for hearing aids. // Hear Instr. -1983. V 34. — P. 16−21.
- McPherson В, Hickson L, Baumfield A. Clinical Reliability of Insertion Gain Measurements with assistive listening. // Scand Audiol. — 1992. -21 (1).-P. 51−54.
- Moodie KS, Seewald RC, Sinclair ST. Procedure for predicting real-ear hearing aid of individual HI to SPL transforms. // Ear Hear. — 1994. -19.-P. 407−413.
- Moore ВС J, Alcantara JI, Glasberg BR. Development and evaluation of a procedure for fitting multichannel compression hearing aids. // Br J Audiol. 1998. — 32. — P. 177−195.
- Morgan DE, Dirks DD, Bower DR. Suggested Threshold Sound Pressure Levels for Frequency-modulated (warble) tones in the Sound Field. // J of Speech Hear Disord. 1979. — V 44. — P. 37−54.
- Moryl CL, Danhauer JL, DiBartolomeo JR. Real Ear Unaided Responses in Ears with Tympanic Membrane Perforations. // J Am Acad Audiol. Jan 1992. — 3 (1). — P. 60−65.
- Moskal NL, Goldstein DP. Probe Tube Systems: Effects of Equalization on Real Ear Insertion and Aided Gain. // Ear Hear. — 1992. — V 13.1. P. 46−54.
- Mueller HG, Sweetow RW. A Clinical Comparison of Probe Microphone systems. // Hear Instr. 1987. — V 38 — № 6. — P. 20−22.
- Murray DJ, Hanson JV. Application of Digital Signal Processing to Hearing Aids: A Critical Survey. // J Am Acad Audiol. 1992. — 3. — P. 145 152.
- Norman M, James P. Insertion Gain Measurements using Two low-power analogue hearing aids. // Br J Audiol. 2000. — Dec 34. — P. 375 377.
- Oliveira RJ, Hammer B, Stillman A, Holm J, Jons C, Margolis RH. A Look at Ear Canal Changes with Jam Motion. // Ear Hear. — 1992. V13- № 6. P. 464−466.
- Olson HF. Acoustical Engineering. Princeton, NJ: D. Van Nostrand. 1957. — P. 17−24, 89,116−117,
- Pascoe DP. Frequency response of hearing aids and their effect on the speech perception of hearing impaired subjects. // Ann Otol Rhinol Laryngol. — 1975. — 84. — Suppl. 23.
- Pedersen B, Lauridsen O, Nielsen HB. Clinical Measurement of Hearing Aid insertion gain. // Scand Audiol. 1982. -11. — P. l 81−186.
- Pedersen B. Interaction between hearing aid and patient in the individual fitting situation. // Scand Audiol. 1984/b. — 13. — P. 25−31,
- Pedersen B. Probe Placement for Sound Pressure Measurement in the Aided Ear. // Scand Audiol. -1982. 11. — P. 281−283.
- Pedersen B. Venting of Earmoulds with acoustic horn.//Scand Audiol. 1984/a. -13. — P. 205−206,
- Popelka GR, Mason D. Factors which Affect Measures of Speech Audibility with Hearing Aids. // Ear Hear. 1987. — 8 (5). — P. 109S-118S,
- Preminger JE, Van Tasell DJ. Measurement of Speech Quality as A Tool to Optimize the Fitting of a Hearing Aid. // J Speech Hear Res. -1995. June V 38. — P. 726−736.
- Preminger JE, Van Tasell DJ. Quantifying the Relation between Speech Quality and Speech Intelligibility. // J Speech Hear Res. 1995. — June V38.-P. 714−725.
- Preves DA, Sullivan RF. Sound Field Equalisation for Real Ear Measurements with Probe Microphones. // Hear Instr. 1987/c. — v38. — № 1. — P. 20−26, 64,
- Preves DA. A Comparison of Probe Microphone Systems. // Cort Org. -1987/b. -VI.- № 3. P. 10−19,
- Preves DA. Probe Microphone Systems. // Cort Org, Win. — 1987/a. P. 16−20.
- Preves DA. Some Issues in Utilising Probe Tube Microphone Systems. // Ear Hear. 1987. — 8 (suppl. 5). — P. 82S-99S.
- Preves DA. Stepped bore earmoulds for custom ГГЕ hearing Aids. // Hear Instr. -1980. 31 (10). — P. 24−26.
- Punch J, Chi C, Allan J. Signal Averaging in Real Ear Probe Tube Microphone Measurements. // Ear Hear. 1990. — VI1. — № 5. — P. 327 331.
- Ricketts ТА, Bentler RA. Comparison of two Digitally Programmable Hearing Aids. // J Am Acad Audiol. 1992. — 3. — P. 101−112.
- Rines D, Stelmachowich PG, Gorga MP. An Alternate Method for Determining Functional Gain of Hearing Aids. // J Speech Hear Res. — 1984. V 27. — P. 627−633.
- Ringdahl A, Leijon A, Liden G. Analysis of Hearing Aid fitting using Insertion Gain Measurement. // Scand Audiol. -1984. 13. — P. 179- 185.
- Ringdahl A, Leijon A. The Reliability of Insertion Gain Measurement using Probe Microphones in the ear canal. // Scand Audiol. — 1984.-13.-P. 173−178.
- Rintlemann WF, Bess FH. High-level amplification and potential hearing loss in children. // In Bess F. Ed. Childhood Deafness. New York: Grune and Stratton. -1977. P. 267−293.
- Sachs RM, Burkhard MD. Earphone pressure response in ears and couplers. // Industrial Research Products, Inc. Report No. 20 021−2 (1972)
- Sammeth CA, Peek BF, Bratt GW, Bess FH, Amberg SM. Ability to Achieve Gain-Frequency Response and SSPL-90 Under Three Prescription Formulas with In-The-Ear Hearing Aids. // J Am Acad Audiol. — 1993.- 4.-P. 33−41.
- Satar B, Yetiser S, Ozkaptan Y. Acoustic Characteristics of reconstructed ear canal after Atresia Surgery. // Br J Audiol. — 2000. — 34. P. 379−381.
- Scollie SD, Seewald RC, Cornelisse LE, Jenstad LM. Validity and Repeatability of Level-Independent HL to SPL transform. // Ear Hear. — 1998. Oct V 19. -№ 5. — P. 407−413.
- Seewald RC, Cornelisse LE, Ramji KV, Sinclair ST, Moodie KS, Jamieson DG. DSL v 4.0 for Windows Manual. London, ON: University of Western Ontario, 1996.
- Seewald RS, Moodie KS, Sinclair ST, Scollie SD. Predictive Validity of a Procedure for Pediatric Hearing Instrument fitting. // Am J Audiol. 1999. — Dec 8 (2). — P. 143−152.
- Shaw AG. Transformation of sound pressure level from the free field to the eardrum in the horizontal plane. // J Acoust Soc Am. — 1974. — 56. — P. 1848−1861.
- Shim YJ, Kim HN, Park K. A Modified Hearing Aid Fitting Procedure using both Real Ear and 2 cc Coupler Measurement System. // Yonsei Med J. 1997. — Aug 38 (4). — P. 202−205.
- Smith DA. Real Ear Evalution of Hearing Aid Gain. // Acoust Technic Bull, Sept. 1981. Preliminary report.
- Snik AFM, Hombergen GCHJ. Hearing aid fitting of preschool and primary school children: an evaluation using the insertion gain. // Scand Audiol. 1993. — 22. — P. 245−250.
- Snik AFM, Stollman МНР. Measured and Calculated Gains in young children. // Br J Audiol. 1995. — 29. — P. 7−11.
- Staab WJ, Nunley JA. A guide to tube fitting of hearing aids. // Hear Aid J. 1982. — 9. — P. 25−26, 28−30, 32, 34.
- Stelmachowich PG, Lewis DE. Some Theoretical Considerations Concerning the Relation between Function Gain and Insertion Gain. // J Speech Hear Res. 1988. — Sept V 31. -P. 491−496.
- Stelmachowich PG, Mace AL, Kopun JG, Carney E. Long-term and short-term characteristics of speech: implications for hearing aid selection for young children. // J Speech Hear Res. 1993. — 36. — P. 609−620.
- Stelmachowich PG. Hearing Aid Outcome Measures for Children. // J Am Acad Audiol. 1999. — 10. — P. 14−25.
- Stinson MR, Shaw EAG, Lawton BW. Estimation of acoustical energy reflectance at the eardrum from measurements of pressure distribution in the human ear canal. // J Acoust Soc Am. 1982. — 72. — P. 766−773.
- Stinson MR. The spatial distribution of sound pressure within scaled replicas of the human ear canal. // J Acoust Soc Am. — 1985. — 78. — P. 1596- 1602.
- Storey L, Dillon H. Estimating the Location of Probe Microphones relative to the tympanic membrane. // J Am Acad Audiol. — 2001. -Mar 12(3).-P. 150−154.
- Stuart A, Durieux-Smith A, Stenstrom R. Probe Tube Microphone Measurements of Loudness Discomfort Levels in children. // Ear Hear. 1991.-V 12.-№ 2.-P. 140−146.
- Studebaker GA, Cox RM. Side branch and parallel vent effects in real ear in acoustical and electrical models. // J Acoust Soc Am. — 1977. — 3. — P. 108−117.
- Sullivan RF. Probe microphone placement near the tympanic membrane. // Hear Instr. 1988. — 39. — P. 43−44, 60.
- Surr RK, Hawkins DB. New Hearing Aid user’s perception of the «hearing aid effect». // Ear Hear. 1988. — V 39. — P. 113−118.
- Swan IR, Gatehouse S. The Value of Routine In-The-Ear Measurement of Hearing Aid Gain. // Br J Audiol. 1995. — Oct 29. — P. 271 277.
- Тесса J. Clinical application of real ear probe tube measurements. // In: Handbook of Hearing Aid Amplification. / Ed: Sandin RE Boston: College — Hill Press. — 1990. — V 2. — P. 225−256.
- Teranishi R, Shaw EAG. External-ear models with simple geometry. // J Acoust Soc Am. 1967. — 44. — P. 257−263.
- Tobin H. Rehabilitation Research and Development service. // Practical Hearing Aid Selection and Fitting, 1997.
- Valente M, Meister M, Smith P, Goebel J. Intratester Test-Retest Reliability of Insertion Gain Measures. // Ear Hear. 1990. — V ll.-№ 3.-P. 181−187.
- Valente M, Valente Maur, Goebel J. Reliability and Intersubject Variability of the Real Ear Unaided Response. // Ear Hear. 1991. — V 12. — № 3.-P. 216−220.
- Valente M. Hearing Aid: Standards, Options, And Limitations.// New York. 1996.
- Valente Mic, Potts LG, Valente Mau. Signal Testing Approaches. Clinical Procedures to Improve User Satisfaction with Hearing Aids. // In: Henry Tobin. Rehabilitation Research and Development Service. Practical Hearing Aid Selection and Fitting, 1997.
- Valente Mic, Valente Mau, Potts LG, Lybarger EH. Earhooks, Tubing and earmoulds. // In: Valente M. Hearing Aid: Standards, Options, And Limitations. New York, 1996.
- Voss SE, Allen JB. Measurement of acoustic impedance and reflectance in the human ear canal. // J Acoust Soc Am. 1994. — 95. — P. 372 384.
- Watson NA, Cnudsen VO. Selective amplification in hearing aids. // J. Acoust Soc Am. 1940. — 11. — P. 406. audiology, Ed: Kats J. Baltimore: Williams and Wilkins. — 1985. — P. 893 995.
- Westwood GF, Bamford JM. Probe Tube Microphone Measurements with very young infants: real ear to coupler differences and longitudinal changes in real ear unaided response. // Ear Hear. 1995. — V — 16.- № 3. P. 263−273.
- Wetzell C, Harford ER. Predictability of Real Ear Hearing Aid Performance from Coupler Measurements. // Ear Hear. 1983. — V 4. — № 5. — P. 237−242.
- Zelisco DLC, Seewald RC, Gagne JP. Signal Delivery/Real Ear Measurement System for Hearing Aid Selection and Fitting. // Ear Hear. 1992.- V 13. -№ 3. P. 460−463.
- Zelnick E, Berger KW, Duffy JK, MacAllister MD, McCandless G, Preves DA. Hearing Instrument Selection and Evaluation. // 1987.
- Zemplenyi J, Dirks D, Gilman S. Probe-Determined Hearing-Aid Gain Compared to Functional and Coupler Gains. // J Speech Hear Res. — 1985. Sept V 28. — P. 394−404.
- Zwislocki J J. An acoustic coupler for earphone calibration. // Special Report LSC-S-7, Syracuse, University, New York, 1970.