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Sacral Sound-Engineering

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Warianty tytułu
Języki publikacji
EN
Abstrakty
EN
Organologic and campanologic acoustical problems due to applications to sacral objects are characterized on ground of numerous reviewed publications and engineering reports. Participation of several involved research centres, mostly Polish, at solving these problems is evaluated. Some desirable future developments are indicated. Appendices bring examples of documentation on selected investigated objects.
Rocznik
Strony
199--224
Opis fizyczny
Bibliogr. 106 poz., fot., tab.
Twórcy
  • Gdansk University of Technology Multimedia Systems Department Narutowicza 11/12, 80-233 Gdansk, Poland, mar@use.pl
Bibliografia
  • 1. Adelung W. (1972), Einführung in den Orgelbau, Breitkopf & Härtel, Leipzig.
  • 2. Aldoshina I., Nikanorov A. (2000), The Investigation of Acoustical Characteristic of Russian Bells, 108th Convention of the Audio Engineering Society, Paris, Preprint 5117 (H-4).
  • 3. Anderson J., Jacobsen T. (1985), RASTI Measurements in St. Paul's Cathedral, London, B&K Application Notes, 3-11, Naerum.
  • 4. Angster J., Miklos A. (1995), Documentation of the Sound of a Historical Pipe Organ, Applied Acoustics, 46, 61-82.
  • 5. Bagot H. (1986), Bells, Their Design and Tuning, Acoustics Australia, 14, 2, 35-41.
  • 6. Billeter B. (1992), Orgellandschaften der Schweiz, Pelikan, Zürich.
  • 7. Billeter B. (1989), Anweisung zum Stimmen von Tasteninstrumenten in verschiedenen Temperaturen, Merseburger, Kassel.
  • 8. Bramorski J. (2003), Sacrum of Space [in Polish: Sacrum Przestrzeni], Bernardinum, Pelplin.
  • 9. Budzyński G. (1987), Akustische Untersuchungen an Orgeln in Gdańsk, 6.Tagung Akustik, Berlin '86, Kurzfassungen der Vorträge, pp. 79-92, Berlin.
  • 10. Budzyński G., Szczerba M. (1997), A new approach to acoustic investigation of organ sound, 103rd AES Convention, New York, Preprint 4609.
  • 11. Budzyński G., Sankiewicz M. (1980), Etudes comparatives d'orgues, 10th International Congress on Acoustics, Proceedings, 3, Paper K-1, Sydney.
  • 12. Budzyński G., Sankiewicz M. (1997), Dissonances in Carillon Chords, Archives of Acoustics, 22, 3, 245-266.
  • 13. Budzyński G., Sankiewicz M., Szczerba M. (1995), Acoustic investigation of objective organ properties and subjective assessment of their quality [in Polish: Akustyczne badanie obiektywnych właściwosci organów a subiektywna ocena ich jakości ], XLII OSA'95, Proceedings, pp. 477-480.
  • 14. Budzyński G., Sankiewicz M., Szczerba M. (1997), A New Swinging-Bell System Applicable to Carillon Bells or Change-Ringing Peals, 102nd AES Convention, Munich, Preprint 4501.
  • 15. Budzyński G., Sankiewicz M., Szychlinski G. (1999), New Timbres of St. Catherine's Carillon, VIII International Symposium on Sound Engineering and Mastering, pp. 197-204, Gdańsk.
  • 16. Budzyński G., Sankiewicz M., Szychlinski G. (2000), New Timbres of St. Catherine's Carillon, Archives of Acoustics, 25, 2, 147-155.
  • 17. Budzyński G., Gudel J., Sankiewicz M. (1993), Timbre of the Gdańsk Historical Bells and Carillons, Preservation of the Industrial Heritage - Gdańsk Outlook, English edition, pp. 73-89, Technical University of Gdańsk.
  • 18. Burgemeister L. (1973), Der Orgelbau in Schlesien, Weidlich, Frankfurt am Main.
  • 19. Carvalho A.P.G. (1995), Prediction of acoustical measurements in churches, Sound &Video Contractor, 13, 1, 62-68.
  • 20. Catania C.J. (1970), Sound System Design for St. Mary's Cathedral, San Francisco, 39th AES Convention, New York.
  • 21. Chwałek J. (1971), Organbuilding - Introduction to Poland's historic organ inventorying and documenting, Pt. I & II [in Polish: Budowa Organów - wprowadzenie do inwentaryzacji i dokumentacji zabytkowych organów w Polsce, cz. I i II ], Relics Documentation Centre - Warsaw (Ośrodek Dokumentacji Zabytków), Warszawa.
  • 22. Chwałek J. (1997), Sound volume of the grand organs in Leżajsk basilica [in Polish: Wolumen brzmieniowy wielkich organów w bazylice leżajskiej ], The Organ and Organ Music, X, Music Academy of Gdańsk, Special Paper Series, Gdańsk, 54, 77-90.
  • 23. Deurer W. (1981), Historische u. konservatorische Probleme einschiffiger Kirchen der Innenstadt Danzigs Bd 1 u. 2, D.Sc. Thesis, Faculty of Architecture, Technical University of Gdańsk.
  • 24. Doelle L.L. (1972), Environmental Acoustics, Mc Graw-Hill, Toronto.
  • 25. Dufourcq N. (1969), Le Livre de l'Orgue français, Le Buffet, Editions A & J Picard, Paris.
  • 26. Ellerhorst W. (1957), Handbuch des Glockenkunde, Martinus-Buchhandlung, Weingarten.
  • 27. Engel Z., Engel J. (1992), Akustische Eigenschaften der Kinga-Kapelle in der Salzgrube Wieliczka, DAGA'92 - Berlin, Teil 2, 225-227.
  • 28. Engel Z., Kosała K. (2007), Index method of the acoustic quality assessment of sacral buildings, Archives of Acoustics, 32, 3, 455-474.
  • 29. Engel Z., Kosała K. (2004), Reverberation indices in acoustic assessments of sacral structures, Archives of Acoustics, 29, 1, 45-59.
  • 30. Erdman J. (1978), Acoustical aspects of the Polish organbuilding in XVII and XVIII centuries [in Polish: Polskie budownictwo organowe XVII i XVIII w. w aspekcie akustycznym], D.Sc. Thesis, Musical Acoustic Department, Warsaw Academy of Music, Warszawa.
  • 31. Fearn R.W. (1975), Reverberation in Spanish, English, and French Churches, J. of Sound & Vibration, 43, 3, 562-567.
  • 32. Gergelyi O., Wurm K. (1992), Historical Organs in Slovakia [in German: Historische Orgeln in der Slovakei], Opus, Bratislava.
  • 33. Giulianini A., Cocchi A. (1985), Un contributo alla conoscenza delle caracteristiche acustiche degli spazi chiusi: le chiese, Rivista Italiana di Acustica, 9, 1, 3-28.
  • 34. Goebel J. (1967), Theorie und Praxis des Orgelpfeifenklanges, Verlag das Musikinstrument, Frankfurt am Main.
  • 35. Gołas A., Filipek R. (2009), Numerical simulation for the bell directivity patterns determination, Archives of Acoustics, 34, 4, 415-427.
  • 36. Gołoś J. (1992), The Polish Organ - The Instrument and its History, Sutkowski Edition, Warszawa.
  • 37. Gołoś J., Kasprzak-Miller A. (2000), War losses - historic bells, Vol. I [in Polish: Straty wojenne - Zabytkowe dzwony, t. I ], Ministry of Culture and National Heritage, Poznań.
  • 38. Gudel J. (1978), Problem of diapason pitch of the historic key-instruments: organs, clavichords and harpsichords [in Polish: Problem wysokosci stroju dawnych instrumentów klawiszowych: organów, klawikordu i klawesynu], The Organ and Organ Music II, Music Academy of Gdańsk, Special Paper Series 11, pp. 61-74, Gdańsk.
  • 39. Hardouin P.J. (1973), Le Grand Orgue de Notre-Dame de Paris, Bärenreiter, Tours.
  • 40. Ivanov-Rostovcev A.G., Kołotiło Ł.G. (1991), Harmony of the acoustic spectra of Rostov bells [in Russian: Garmonija Akusticeskich Spiektrov Rostovskich Kołokolnych Zvonov], Dokłady Akademii Nauk SSSR, 319, 5.
  • 41. Jannson E.V, Sundberg J. (1975), Long-time-average-spectra applied to analysis of music, Pt. I, Method and general applications, Acustica, 34, 1.
  • 42. Januszajtis A. (2009), St. Catherine's Church carillons, http://www.carillon.pl/katarzyna.htm (last access 2009).
  • 43. Jean-Louis V. (1955), L'Ingénieur du Son, Chiron, Paris.
  • 44. Kaczmarek A. (1987), Microcomputer Application to Organ Sound Analysis, [in:] Prospects in Modern Acoustics - Education and Development, pp. 399-402, World Scientific, Singapore.
  • 45. Kaczmarek A. (1995), Acoustical parametering of the organ pipes by means of the objective criteria and listening assessments [in Polish: Parametryzacja dźwięków piszczałek organowych według kryteriów obiektywnych z uwzglednieniem ocen słuchowych], D.Sc. Thesis, Faculty of Electronics, Telecommunications and Informatics, Gdańsk University of Technology, Gdańsk.
  • 46. Kaczmarek A., Czyżewski A., Kostek B. (1999), Investigating Polynomial Approximation of Spectra of the Pipe Organ Sound, Archives of Acoustics, 24, 1, 3-24.
  • 47. Kapec W. (1981), Organs and organists at churches of the Polish Dominican Friars from XIII to XX c. [in Polish: Organy i organisci w kosciołach polskich dominikanów od XIII do XX w.], D.Sc. Thesis, Catholic University of Lublin, Lublin.
  • 48. Klepper D.L. (1970), Sound Systems in Reverberation Rooms for Worship, 38th AES Convention Los Angeles.
  • 49. Klepper D.L. (1995), The Acoustics of St. Thomas Church, Fifth Avenue, J. of the AES, 43, 599-601.
  • 50. Kosała K. (2004), Acoustic problems in sacral objects [in Polish: Zagadnienia akustyczne w obiektach sakralnych], D.Sc. Thesis, AGH University of Science and Technology, Kraków.
  • 51. Kostek B., Czyżewski A. (1990), Computer control of classical organ instrument [in Polish], XXXVII OSA'90, Gdańsk, Proceedings, pp. 205-208, Gdańsk.
  • 52. Kostek B., Czyżewski A. (1993), Investigation of Articulation Features in Organ Pipe Sound, Archives of Acoustics, 18, 3, 417-434.
  • 53. Kostek B. (1991), Electronic Control of Pipe Organ, The Organ and Organ Music VIII, Music Academy of Gdańsk, Special Paper Series, Gdańsk, 47, 91-100.
  • 54. Kostek B. (1991), Organ action influence on the quality of pipe sound [in Polish], IV Symposium on Sound Engineering and Mastering, pp. 99-106, Gdańsk.
  • 55. Kostek B. (1992), Quality of the pipe organ control systems [in Polish], D.Sc. Thesis, Faculty of Electronics, Technical University of Gdańsk.
  • 56. Kostek B. (2007), Applying computational intelligence to musical acoustics, Archives of Acoustics, 32, 3, 617-629.
  • 57. Leipp E. (1977), L'intégrateur de densité spectrale IDS et ses applications, Bulletin du GAM, No. 94, Université de Paris VI.
  • 58. Lewers T.H., Anderson J.S. (1984), Some acoustical properties of St. Paul's Cathedral, London, J. of Sound & Vibration, 92, 2, 285-297.
  • 59. Lottermoser W. (1955), Akustische Untersuchungen an alten und neuen Orgeln, [in:] 'Klangstruktur der Musik', F. Winckel [Ed.], Radio-Foto-Kino Verlag, pp. 47-88, Berlin.
  • 60. Mroczkowski G. (1995), Extraordinary Instrument, Kaleidoscope, LOT, 9, 23-27.
  • 61. Niemas M., Sadowski J., Engel Z. (1998), Acoustic issues of sacral structures, Archives of Acoustics, 23, 1, 75-84.
  • 62. Nikanorov A.B. (ed.) (1999), Music of bells [in Russian: Muzyka kołokołov], Sbornik issledovanij, Rossijskaja Akademija Nauk, Sankt-Peterburg.
  • 63. Niunin B.N. (1998), Bells of the Christ the Saviour's temple [in Russian: Kołokoła Chrama Christa Spasitiela], Russkoje vozrozdienije No. 72, New York - Moskva - Pariz, pp. 144-166.
  • 64. Norman E.R. (1990, 2007), The House of God, Thames & Hudson, London, 1990; Arkady, Warszawa, 2007.
  • 65. Orlinski H.B. (1984), Die Orgel in Bewusstsein unserer Zeit, The Organ and Organ Music V, Music Academy of Gdańsk, Special Paper Series, Gdańsk, 33, 15-18.
  • 66. Perucki Z. (1990), Feedback in flue pipes [in Polish: Sprzężenie zwrotne w piszczałkach wargowych], XXXVII OSA'90, Proceedings, pp. 265-272, Gdańsk.
  • 67. Pietrzyk A. (1988), Organbuilder activities of Stanislaw Krukowski and Stefan Krukowski [in Polish: Działalność organmistrzowska Stanisława i Stefana Krukowskich], D.Sc. Thesis, Catholic University of Lublin, Lublin.
  • 68. Plomp R., De Laat J.A.P. (1984), Comparisons of Organs in a Spectrum Space, Acustica, Research Notes, 55, 193-194.
  • 69. Popescu D. (1980), Sound Reinforcement Systems in Early Danish Churches, J. Audio Eng. Soc., 28, 713-717.
  • 70. Price P. (1983), Bells and Man, Oxford University Press, Oxford.
  • 71. Raes A.C., Sacerdote G.G. (1953), Measurements of the Acoustical Properties of Two Roman Basilicas, JASA, 25, 3, 954-961.
  • 72. Rakowski A. (1963), Spectral analysis of the sound build-up processes in flue-pipe aerophonic music instruments [in Polish: Analiza spektralna procesów narastania dźwięku w aerofonicznych wargowych instrumentach muzycznych], D.Sc. Thesis, Faculty of Communications, Warsaw University of Technology.
  • 73. Rakowski A. (1967), Remarks on systematization of sounds [in Polish: Uwagi o systematyce dźwięków], Archiwum Akustyki, 2, 73-92.
  • 74. Renkewitz W., Janca J. (1984), Geschichte der Orgelbaukunst in Ost- und Westpreussen von 1333 bis 1944, Würzburg.
  • 75. Rossing T.D. (ed.) (1984), Acoustics of Bells, Van Nostrand Reinhold, New York.
  • 76. Sankiewicz M. (1980), Acoustic properties of the largest church in Poland, Proc. of the International Scientific Symposium, pp. 87-91, Volos.
  • 77. Sankiewicz M. (1986), Zu Untersuchungen akustischer Öffnungen in gothischen Gewölben, 6. Tagung Akustik, 108-116, Berlin.
  • 78. Sankiewicz M., Budzyński G. (1996), Analysis of Dissonances in Carillon Chords, 100th AES Convention, Copenhagen, Preprint 4172.
  • 79. Sankiewicz M., Budzyński G. (1996), Peculiarities in Swinging Bell Sounds, 101st AES Convention, Los Angeles, Preprint 4336.
  • 80. Sankiewicz M., Budzyński G. (2007), Reflections on Sound Timbre Definitions, Archives of Acoustics, 32, 3, 441-452.
  • 81. Sankiewicz M., Kaczmarek A., Budzyński G. (1994), Acoustic lnvestigation of the Carillons in Poland, Archives of Acoustics, 19, 3, 333-353.
  • 82. Schäfer E. (1982), Laudatio Organi, VEB, Leipzig.
  • 83. Smulikowska E. (1993), Organ-Cases in Poland as Works of Art - The Polish Organ, Sutkowski-Edition, Warsaw.
  • 84. Stauskis V. (2002), Acoustics of Concert Halls, Technika, Vilnius.
  • 85. Sudak B. (1990), A mediaeval mensuration theory of organ pipes [in Polish: Średniowieczna teoria menzurowania piszczałek organowych], D.Sc. Thesis, Catholic University of Lublin, Lublin.
  • 86. Sundberg J., Jannson E.V. (1976), Long-time-average-spectra applied to analysis of music, Pt. II, An analysis of organ stops, Acustica, 34, 5.
  • 87. Szychlinski G. (2009), Carillon in St Catherine's church [in Polish: Carillon w kościele św. Katarzyny], http://www.carillon.pl/katarzyna.htm (last access 2009).
  • 88. Szymanowicz M. (1990), Organs at the districts of Jedlnia and of Radom [in Polish: Organy w kościołach dekanatu jedlinskiego i dekanatów radomskich], D.Sc. Thesis, Catholic University of Lublin, Lublin.
  • 89. Štepánek J., Otcenášek Z. (1994), Acoustic documentation of 12 pipe organs and analysis of their plena, Suppl. au Journal de Physique III, 4, 645-646.
  • 90. Trochidis A. (1982), Reverberation time of Byzantine Churches of Thessaloniki, Acustica, 51.
  • 91. Tyrała R. (2007), Is a good music necessary in churches nowadays? [in Polish: Czy dziś w kościele potrzebna jest dobra muzyka?], Musica Sacra 3, Music Academy in Gdańsk, Special Paper Series, Gdańsk, 73, 8-18.
  • 92. Tzekakis E. (1977), Reverberation times of two early-christian basilicas of Thessaloniki, 9th ICA-Madrid, Paper C 16.
  • 93. Wajdowicz R. (1966), Talking machines [in Polish: Maszyny mówiace], WNT, Warszawa.
  • 94. Walcker-Mayer W. (1982), Aspekte des heutigen Orgelbaus, The Organ and Organ Music IV, Music Academy of Gdańsk, Special Paper Series, Gdańsk, 27, 21-34.
  • 95. Walcker-Mayer W. (1991), Vision für eine Orgel, The Organ and Organ Music IV, Music Academy of Gdańsk, Special Paper Series, Gdańsk, 47, 47-52.
  • 96. Witkowski A. (1985), Sound build-up phenomena in large halls, Proc. 5th Symposium of FASE, pp. 387-390, Thessaloniki.
  • 97. Wróblewska D. (2000), Acoustics in architecture of the contemporary Romancatholic churches [in Polish: Akustyka w architekturze współczesnych kosciołów rzymskokatolickich], D.Sc. Thesis, Faculty of Architecture, Gdańsk University of Technology, Gdańsk.
  • 98. Zielinski S. (1997), Parameters of the waveguide flue-pipe models enhancing organ sound quality [in Polish: Parametry modeli falowodowych piszczałek a jakość dźwięku organowego], D.Sc. Thesis, Faculty of Electronics, Telecommunications and Informatics, Gdańsk University of Technology.
  • 99. Australian Bell - bell casting firm, http://www.ausbell.com (last access 2009).
  • 100. World Carillon Federation, The Netherlands, http://www.carillon.org (last access 2011).
  • 101. National Heritage Board of Poland, former Relics Documentation Centre (ODZ - Ośrodek Dokumentacji Zabytków), Warszawa, http://www.kobidz.pl (last access 2011).
  • 102. New Pipe Organ, Eastman School of Music, Rochester NY, http://www.organ.com/article.cfm/id/389394 (last access 2009).
  • 103. Blagovest Bells - bell casting firm, http://www.russianbells.com (last access 2011).
  • 104. Magle International Pipe Organ Forum, http://www.magle.dk/music-forums/pipe-organforum/ (last access 2009).
  • 105. Campanology, http://en.wikipedia.org/wiki/ (last access 2011).
  • 106. Carillon mobilny, http://www.carillon.pl/carillon-mobilny.php - 2010 (last access 2011).
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-article-BUS8-0020-0014
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