Title

Sacral Sound-Engineering

Journal title

Archives of Acoustics

Yearbook

2011

Volume

vol. 36

Issue

No 2

Authors

Budzyński, Gustaw

Keywords

acoustics of church interior ; organology ; campanology

Divisions of PAS

Nauki Techniczne

Coverage

199-224

Publisher

Polish Academy of Sciences, Institute of Fundamental Technological Research, Committee on Acoustics

Date

2011

Type

Artykuły / Articles

Identifier

DOI: 10.2478/v10168-011-0017-9

Source

Archives of Acoustics; 2011; vol. 36; No 2; 199-224

References

Adelung W. (1972), Einführung in den Orgelbau. ; Aldoshina I. (2000), The Investigation of Acoustical Characteristic of Russian Bells, null. ; Anderson J. (1985), RASTI Measurements in St. Paul's Cathedral. ; Angster J. (1995), Documentation of the Sound of a Historical Pipe Organ, Applied Acoustics, 46, 61, doi.org/10.1016/0003-682X(95)93951-D ; Bagot H. (1986), Bells, Their Design and Tuning, Acoustics Australia, 14, 2, 35. ; Billeter B. (1992), Orgellandschaften der Schweiz. ; Billeter B. (1989), Anweisung zum Stimmen von Tasteninstrumenten in verschiedenen Temperaturen. ; Bramorski J. (2003), Sacrum of Space [in Polish: Sacrum Przestrzeni]. ; Budzyński G. (1987), Akustische Untersuchungen an Orgeln in Gdańsk, 79. ; Budzyński G. (1997), A new approach to acoustic investigation of organ sound, null. ; Budzyński G. (1980), Etudes comparatives d'orgues, null. ; Budzyński G. (1997), Dissonances in Carillon Chords, Archives of Acoustics, 22, 3, 245. ; Budzyński G. (1995), Acoustic investigation of objective organ properties and subjective assessment of their quality [in Polish: Akustyczne badanie obiektywnych właściwości organów a subiektywna ocena ich jakości], null, 477. ; Budzyński G. (1997), A New Swinging-Bell System Applicable to Carillon Bells or Change-Ringing Peals, null. ; Budzyński G. (1999), New Timbres of St. Catherine's Carillon, null, 197. ; Budzyński G. (2000), New Timbres of St. Catherine's Carillon, Archives of Acoustics, 25, 2, 147. ; Budzyński G. (1993), Preservation of the Industrial Heritage - Gdańsk Outlook, 73. ; Burgemeister L. (1973), Der Orgelbau in Schlesien. ; Carvalho A. (1995), Prediction of acoustical measurements in churches, Sound & Video Contractor, 13, 1, 62. ; Catania C. (1970), Sound System Design for St. Mary's Cathedral. ; 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 - Warsa. ; 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. ; Deurer W. (1981), <i>Historische u. konservatorische Probleme einschiffiger Kirchen der Innenstadt Danzigs Bd 1 u. 2</i>, D. Sc. Thesis, Faculty of Architecture, Technical University of Gdańsk. ; Doelle L. (1972), Environmental Acoustics. ; Dufourcq N. (1969), Le Livre de l'Orgue français. ; Ellerhorst W. (1957), Handbuch des Glockenkunde. ; Engel Z., Engel J. (1992), <i>Akustische Eigenschaften der Kinga-Kapelle in der Salzgrube Wieliczka</i>, DAGA'92 - Berlin, Teil 2, 225-227. ; Engel Z. (2007), Index method of the acoustic quality assessment of sacral buildings, Archives of Acoustics, 32, 3, 455. ; Engel Z. (2004), Reverberation indices in acoustic assessments of sacral structures, Archives of Acoustics, 29, 1, 45. ; Erdman J. (1978), <i>Acoustical aspects of the Polish organbuilding in XVII and XVIII centuries</i> [in Polish: <i>Polskie budownictwo organowe XVII i XVIII w. w aspekcie akustycznym</i>], D. Sc. Thesis, Musical Acoustic Department, Warsaw Academy of Music, Warszawa. ; Fearn R. (1975), Reverberation in Spanish, English, and French Churches, J. of Sound & Vibration, 43, 3, 562, doi.org/10.1016/0022-460X(75)90010-3 ; Gergelyi O. (1992), Historical Organs in Slovakia [in German: Historische Orgeln in der Slovakei]. ; Giulianini A. (1985), Un contributo alla conoscenza delle caracteristiche acustiche degli spazi chiusi: le chiese, Rivista Italiana di Acustica, 9, 1, 3. ; Goebel J. (1967), Theorie und Praxis des Orgelpfeifenklanges. ; Gołaś A. (2009), Numerical simulation for the bell directivity patterns determination, Archives of Acoustics, 34, 4, 415. ; Gołos J. (1992), The Polish Organ - The Instrument and its History. ; Gołos J. (2000), War losses - historic bells, Vol. I [in Polish: Straty wojenne - Zabytkowe dzwony, t. I]. ; Gudel J. (1978), Problem of diapason pitch of the historic key-instruments: organs, clavichords and harpsichords [in Polish: Problem wysokości stroju dawnych instrumentów klawiszowych: organów, klawikordu i klawesynu], 61. ; Hardouin P. (1973), Le Grand Orgue de Notre-Dame de Paris. ; Ivanov-Rostovcev A. (1991), Harmony of the acoustic spectra of Rostov bells [in Russian: Garmonija Akustičeskich Spiektrov Rostovskich Kołokolnych Zvonov], Dokłady Akademii Nauk SSSR, 319, 5. ; Jannson E. (1975), Long-time-average-spectra applied to analysis of music. Pt. I, Method and general applications, Acustica, 34, 1. ; Januszajtis A. (2009), <i>St. Catherine's Church carillons</i> <a target="_blank" href='http://www.carillon.pl/katarzyna.htm'>http://www.carillon.pl/katarzyna.htm</a> ; Jean-Louis V. (1955), L'Ingénieur du Son. ; Kaczmarek A. (1987), Microcomputer Application to Organ Sound Analysis, null, 399. ; Kaczmarek A. (1995), <i>Acoustical parametering of the organ pipes by means of the objective criteria and listening assessments</i> [in Polish: <i>Parametryzacja dźwięków piszczałek organowych według kryteriów obiektywnych z uwzględnieniem ocen słuchowych</i>], D. Sc. Thesis, Faculty of Electronics, Telecommunications and Informatics, Gdansk University of Technology, Gdańsk. ; Kaczmarek A. (1999), Investigating Polynomial Approximation of Spectra of the Pipe Organ Sound, Archives of Acoustics, 24, 1, 3. ; Kapeć W. (1981), <i>Organs and organists at churches of the Polish Dominican Friars from XIII to XX c.</i> [in Polish: <i>Organy i organiści w kościołach polskich dominikanów od XIII do XX w.</i>], D. Sc. Thesis, Catholic University of Lublin, Lublin. ; Klepper D.L. (1970), <i>Sound Systems in Reverberation Rooms for Worship</i>, 38th AES Convention Los Angeles. ; Klepper D. (1995), The Acoustics of St. Thomas Church, Fifth Avenue, J. of the AES, 43, 599. ; Kosała K. (2004), <i>Acoustic problems in sacral objects</i> [in Polish: <i>Zagadnienia akustyczne w obiektach sakralnych</i>], D. Sc. Thesis, AGH University of Science and Technology, Kraków. ; Kostek B. (1990), Computer control of classical organ instrument [in Polish], null, 205. ; Kostek B. (1993), Investigation of Articulation Features in Organ Pipe Sound, Archives of Acoustics, 18, 3, 417. ; Kostek B. (1991), Electronic Control of Pipe Organ, The Organ and Organ Music VIII. Music Academy of Gdańsk, Special Paper Series, Gdańsk, 47, 91. ; Kostek B. (1991), Organ action influence on the quality of pipe sound [in Polish], null, 99. ; Kostek B. (1992), <i>Quality of the pipe organ control systems</i> [in Polish], D. Sc. Thesis, Faculty of Electronics, Technical University of Gdańsk. ; Kostek B. (2007), Applying computational intelligence to musical acoustics, Archives of Acoustics, 32, 3, 617. ; Leipp E. (1977), L'intégrateur de densité spectrale IDS et ses applications. ; Lewers T. (1984), Some acoustical properties of St. Paul's Cathedral, London, J. of Sound & Vibration, 92, 2, 285, doi.org/10.1016/0022-460X(84)90562-5 ; Lottermoser W. (1955), ‘Klangstruktur der Musik’, 47. ; Mroczkowski G. (1995), Extraordinary Instrument, Kaleidoscope, LOT, 9, 23. ; Niemas M. (1998), Acoustic issues of sacral structures, Archives of Acoustics, 23, 1, 75. ; (1999), Music of bells [in Russian: Muzyka kołokołov]. ; Niunin B. (1998), Bells of the Christ the Saviour's temple [in Russian: Kołokoła Chrama Christa Spasitiela], 144. ; Norman E. (1990), The House of God. ; Orlinski H. (1984), Die Orgel in Bewusstsein unserer Zeit, The Organ and Organ Music V, Music Academy of Gdańsk, 33, 15. ; Perucki Z. (1990), Feedback in flue pipes [in Polish: Sprzężenie zwrotne w piszczałkach wargowych], null, 265. ; Pietrzyk A. (1988), <i>Organbuilder activities of Stanislaw Krukowski and Stefan Krukowski</i> [in Polish: <i>Działalność organmistrzowska Stanisława i Stefana Krukowskich</i>], D. Sc. Thesis, Catholic University of Lublin, Lublin. ; Plomp R. (1984), Comparisons of Organs in a Spectrum Space, Acustica, Research Notes, 55, 193. ; Popescu D. (1980), Sound Reinforcement Systems in Early Danish Churches, J. Audio Eng. Soc, 28, 713. ; Price P. (1983), Bells and Man. ; Raes A. (1953), Measurements of the Acoustical Properties of Two Roman Basilicas, JASA, 25, 3, 954, doi.org/10.1121/1.1907226 ; Rakowski A. (1963), <i>Spectral analysis of the sound build-up processes in flue-pipe aerophonic music instruments</i> [in Polish: <i>Analiza spektralna procesów narastania dźwięku w aerofonicznych wargowych instrumentach muzycznych</i>], D. Sc. Thesis, Faculty of Communications, Warsaw University of Technology. ; Rakowski A. (1967), Remarks on systematization of sounds [in Polish: Uwagi o systematyce dźwięków], Archiwum Akustyki, 2, 73. ; Renkewitz W. (1984), Geschichte der Orgelbaukunst in Ost- und West-preussen von 1333 bis 1944. ; (1984), Acoustics of Bells. ; Sankiewicz M. (1980), Acoustic properties of the largest church in Poland, null, 87. ; Sankiewicz M. (1986), Zu Untersuchungen akustischer Öffnungen in gothischen Gewölben, 6, 108. ; Sankiewicz M., Budzyński G. (1996), <i>Analysis of Dissonances in Carillon Chords</i>, 100th AES Convention, Copenhagen, Preprint 4172. ; Sankiewicz M. (1996), Peculiarities in Swinging Bell Sounds. ; Sankiewicz M. (2007), Reflections on Sound Timbre Definitions, Archives of Acoustics, 32, 3, 441. ; Sankiewicz M. (1994), Acoustic Investigation of the Carillons in Poland, Archives of Acoustics, 19, 3, 333. ; Schäfer E. (1982), Laudatio Organi. ; Smulikowska E. (1993), Organ-Cases in Poland as Works of Art - The Polish Organ. ; Stauskis V. (2002), Acoustics of Concert Halls. ; Sudak B. (1990), <i>A mediaeval mensuration theory of organ pipes</i> [in Polish: <i>Średniowieczna teoria menzurowania piszczałek organowych</i>], D. Sc. Thesis, Catholic University of Lublin, Lublin. ; Sundberg J. (1976), Long-time-average-spectra applied to analysis of music. Pt. II, An analysis of organ stops, Acustica, 34, 5. ; Szychliński G. (2009), <i>Carillon in St Catherine's church</i> [in Polish: <i>Carillon w kościele św. Katarzyny</i>] <a target="_blank" href='http://www.carillon.pl/katarzyna.htm'>http://www.carillon.pl/katarzyna.htm</a> ; Szymanowicz M. (1990), <i>Organs at the districts of Jedlnia and of Radom</i> [in Polish: <i>Organy w kościołach dekanatu jedlińskiego i dekanatów radomskich</i>], D. Sc. Thesis, Catholic University of Lublin, Lublin. ; Štěpánek J. (1994), Acoustic documentation of 12 pipe organs and analysis of their plena, Suppl. au, Journal de Physique, III, 4, 645. ; Trochidis A. (1982), Reverberation time of Byzantine Churches of Thessaloniki, Acustica, 51. ; Tyrała R. (2007), Is a good music necessary in churches nowadays? [in Polish: Czy dziś w kościele potrzebna jest dobra muzyka?], 73, 8. ; Tzekakis E. (1977), <i>Reverberation times of two early-christian basilicas of Thessaloniki</i>, 9th ICA-Madrid, Paper C 16. ; Wajdowicz R. (1966), Talking machines [in Polish: Maszyny mówiące]. ; Walcker-Mayer W. (1982), Aspekte des heutigen Orgelbaus, The Organ and Organ Music IV, 27, 21. ; Walcker-Mayer W. (1991), Vision für eine Orgel, 47, 47. ; Witkowski A. (1985), Sound build-up phenomena in large halls, null, 387. ; Wróblewska D. (2000), <i>Acoustics in architecture of the contemporary Romancatholic churches</i> [in Polish: <i>Akustyka w architekturze współczesnych kościołów rzymskokatolickich</i>], D. Sc. Thesis, Faculty of Architecture, Gdańsk University of Technology, Gdańsk. ; Zieliński S. (1997), <i>Parameters of the waveguide flue-pipe models enhancing organ sound quality</i> [in Polish: <i>Parametry modeli falowodowych piszczałek a jakość dźwięku organowego</i>], D. Sc. Thesis, Faculty of Electronics, Telecommunications and Informatics, Gdańsk University of Technology. ; Australian Bell - bell casting firm <a target="_blank" href='http://www.ausbell.com'>http://www.ausbell.com</a> ; World Carillon Federation, The Netherlands <a target="_blank" href='http://www.carillon.org'>http://www.carillon.org</a> ; National Heritage Board of Poland, former Relics Documentation Centre (ODZ - Ośrodek Dokumentacji Zabytków), Warszawa <a target="_blank" href='http://www.kobidz.pl'>http://www.kobidz.pl</a> ; New Pipe Organ, Eastman School of Music, Rochester NY <a target="_blank" href='http://www.organ.com/article.cfm/id/389394'>http://www.organ.com/article.cfm/id/389394</a> ; Blagovest Bells - bell casting firm <a target="_blank" href='http://www.russianbells.com'>http://www.russianbells.com</a> ; Magle International Pipe Organ Forum <a target="_blank" href='http://www.magle.dk/music-forums/pipe-organ-forum/'>http://www.magle.dk/music-forums/pipe-organ-forum/</a> ; Campanology <a target="_blank" href='http://en.wikipedia.org/wiki/'>http://en.wikipedia.org/wiki/</a> ; Carillon mobilny <a target="_blank" href='http://www.carillon.pl/carillon-mobilny.php'>http://www.carillon.pl/carillon-mobilny.php-2010</a>