Letter from Dr. Higgins | Journal of natural philosophy, chemistry and the arts | William Nicholson | 1802 | | 1 | 130 |
On acoustic oscillations of the air in heated glass tubes and in closed pipes of non-uniform width | Annalen der Physik und Chemie | Karl Sondhauss | 1850 | | 79 | 1-34 |
On the Influence of Musical Sounds on the Flame of a Jet of Coal Gas | American Journal of Science | John LeConte | 1858 | Jan | 2nd Series 23 | 62-67 |
On the vibration of the air in a tube open at both ends | Philosophical Magazine | Pieter L. Rijke | 1859 | Apr | 17 | 419-422 |
The Pyrophone | Popular Science Monthly | | 1875 | | 7 | 447 |
Frederick Kastner | Nature | | 1882 | Jul | 26 | 304 |
Akustische Erscheinungen am electrischen Flammenbogen | Ann. Physik | Hermann Theodor Simon | 1898 | | Vol 300, No 2 | 233-242 |
The hissing of the electric arc | Journal of the IEE | Hertha Ayrton | 1899 | Jun | Vol 28, Iss 120 | |
The Reason for the Hissing of the Electric Arc | Nature | Hertha Ayrton | 1899 | Jul | No.1552, Vol 60 | 302-305 |
Some Experiments on the Direct-Current Arc | Nature | William Duddell | 1900 | Dec | Vol. 63, no. 1625 | 182-183 |
On Rapid Variations in the Current through the Direct-Current Arc | IEE | William Duddell | 1900 | Dec | Vol 30, iss 148 | 232-283 |
Sur les phenomenes de l arc chantant | Eclairage Electrique | Blondel, A | 1905 | | Vol 44 | 41–58 and 81–104 |
Sur les phenomenes de l arc chantant | Journal of Physics | Blondel, A | 1906 | Feb | | 77-97 |
Speaking Incandescent Lamp | Physikalische Zeitschrift, | K. Ort and J. Ridger | 1912 | | | |
Contribution a la theorie de l arc chantant musical | Comptes rendus hebdomadaires des seances de l Academie des sciences | Blondel, A | 1926 | Apr | Vol 82 | 900-903 |
Un nouveau transducteur electroacoustique: l ionophone | Acta Acustica united with Acustica (Acoustica) | S. Klein | 1954 | Jan | Vol. 4 | no. 1, pp. 77-79 |
The Klein-Plessey Ionophone loudspeaker | BBC R&D | J.R. Chew | 1954 | Jan | -13 | |
Corona Wind Loudspeakers | Nature | D. Tombs | 1955 | | 176 | 923 |
Corona-Type Loudspeaker | JASA | A. Anthony, F. Oda | 1955 | | 27 | 1005 |
The Corona Wind Loudspeaker | JAES | G. Shirley | 1957 | | 5 | 23-31 |
Description of a corona-type loudspeaker used in bioacoustic research | Experientia | E. Ackerman, A. Anthony, F. Oda | 1958 | Oct | 14, Iss 10 | 384-386 |
Ozone production by a corona-type loudspeaker and its toxic effects in mice | Experientia | A. Anthony, S. Babcock, F. Oda | 1959 | Dec | 15, Iss 12 | 481-482 |
Corona -Type Loudspeaker for Animal Studies | JASA | Eugene Ackerman, Adam Anthony, Fujio Oda | 1961 | | 33 | |
EXPLORATORY STUDY OF THE IONOPHONE | MIT BSc | BRUCE LOWELL CHRISMAN and GEORGE MOORE IRWIN | 1964 | Jun | | |
The STL-Ionophone sound source | STL-QPSR | Fransson, F. | 1965 | | 6,No. 1 | No 2, page 27-30 |
Modulated Combustion (Dragon) Loudspeaker | JASA | James Arnold | 1965 | | 38 | |
Acoustic Wave Generation and Amplification in a Plasma | APS | Uno Ingard | 1966 | May | 145, 41 | |
Musical Flames | Nature | W. R. BABCOCK, K. L. BAKER & A. G. CATTANEO | 1967 | Nov | 216 | 676-678 |
Preliminary investigation of the electrothermal loudspeaker | Combustion and Flame | John Burchard | 1969 | Feb | Vol 13, Iss 1 | 82-86 |
An application of the STL-ionophone as a microphone | STL-QPSR | Jansson, E. V. and Sundberg, J. | 1969 | | Vol 10, No4 | 51-52 |
Musical Flames | JAES | W. R. BABCOCK, K. L. BAKER and A. G. CATTANEO | 1969 | Jun | Vol 17 Iss 3 | 312-314 |
Ion Acoustic Shock Waves | Physics of Fluids | D. Biskamp and D. Parkinson | 1970 | Jan | Vol 13 | 2295-2299 |
Electrical impedance measurements of an electrothermal loudspeaker | JASA | G. A. Russel | 1970 | | Vol 47, no 6 | 1482-1484 |
Properties of the STL-ionophone transducer | STL-QPSR | Fransson, F. and Jansson, E. V. | 1971 | | 12 | No 2-3 page 43-52 |
Horn-type electrothermal loudspeakers | IEEE Transactions on Audio and Electroacoustics | T. Paige, M. Hamid | 1972 | Aug | Vol 20, Iss 3 | 218-222 |
Excitation d ondes acoustiques par une flamme | Czech Journal of Physics | M. Fitaire and D. Sinitean | 1972 | | B(22) | 394-397 |
Sound sources with corona discharges | Dept. Phys, Ehime Uni, Japan | Kiichiro Matsuzawa | 1973 | Nov | Vol 54, No 2 | 494-498 |
Flame Loudspeakers | Acustica | M. S. Sodha, V. K. Tripathe, and J. K. Sharma | 1978 | | 40 | 68-69 |
A corona-type point source for model studies in acoustics | Applied Acoustics | M.K.Lim | 1980 | Aug | Vol 14 Iss 4 | 245-252 |
- | Sov. Phys.-Acoust | Ostroumov, G.A. | 1982 | | 28 | 159-60 |
Effect of neutral fluid velocity on direct conversion from electrical to fluid kinetic energy in an electro-fluid-dynamics (EFP) device | Journal of Physics D:Applied Physics | H. Bondar and F. Bastien | 1986 | | 19 | 1657-1663 |
Acoustics and gas discharges: applications to loudspeakers | Journal of Physics D:Applied Physics | F. Bastien | 1987 | Jun | 20 | 1547-1557 |
Modeling of a DC glow plasma loudspeaker | JASA | Michael S. Mazzola and G. Marshall Molen | 1987 | Jun | Vol 81, Iss 6 | 1972-1978 |
Acoustic refraction by a spark discharge in air | JASA | L. D. Lafleur, J. J. Matesse, and R. L. Spross | 1987 | | 54(2) | |
Electroacoustic transducer using corona effect | JAES | Alain Deraedt | 1991 | Feb | 90th Conv | 494-498 |
Distortion, Directivity and Circuit modeling of a Needle Array Plasma Loudspeaker | Thesis Ohio University | Ron Sterba | 1991 | Mar | Thesis | |
Sources acoustiques liees aux transducteurs ioniques | Journal De Physique | P. Bequin, P. Herzog | 1994 | May | | 221-224 |
Industrial Plasma Engineering | | J. Reece Roth | 1995 | | 1,2 | |
Etude des sources acoustiques associees aux decharges corona negatives | Universite du Maine | V. Montembault | 1997 | | | |
Fifty Years of Loudspeaker Developments as Viewed Through the Perspective of the Audio Engineering Society | JAES | Mark R. Gander | 1998 | Jan/Feb | 46, No 1/2 | 43-58 |
Rendement d un haut-parleur a decharges corona negatives | Proceedings of the 5th International French Congress on Acoustics | K. Castor and P. Bequin | 2000 | | | 676-679 |
A plasma loudspeaker using a DC carbon arc in a modulated magnetic field | IEEE Conference on Plasma Science | Igor Alexeff | 2001 | | | |
Modelling of Negative point to plane corona loudspeaker | The European Physical Journal | | 2001 | | 15 | 57-67 |
Caracterisation des sources acoustiques associees aux decharges couronnes negatives | Universite du Maine | K. Castor | 2001 | | | |
Direct Current Glow Discharges in Atmospheric Air | IEEE Transactions on Plasma Science | | 2002 | Feb | 30, No.1 | |
Formation of Large-volume, High-pressure Plasmas in Microhollow Cathode Discharges | Applied Physics Letters | | 2003 | May | 82, No.19 | |
A plasma loudspeaker using a DC carbon arc in a modulated magneticfield | Pulsed Power Plasma Science, 2001 | Alexeff, I., Grace, M., Araya, E., Loria, J.A.D | 2005 | Jun | | 10.1109/ PPPS.2001 .961277 |
Modulated Plasma Audio Transducer | Youngstown State University | Mark Barlow | 2006 | Jan | | |
Modelling Plasma Loudspeakers | JASA | Ph. Bequina, K. Castor, Ph. Herzog, V. Montembault | 2007 | | Vol 121, Iss 4 | 1960-1970 |
EFA Loudspeakers (Kronos Air Technologies) | ESA Annual Meeting on Electrostatics | Igor A. Krichtafovitch, Sergey V. Karpov, Nels E. Jewell-Larsen,Jacob L. Oharah, Vladislav A. Korolev | 2008 | | A2 | |
Looking into a Plasma Loudspeaker | IEEE Transactions on Plasma Science | Yvonne Sutton, Jon Moore, David Sharp, N Braithwaite | 2011 | | Nov, Vol 39 | 2146 |
A study of the plasma tweeter | Ball State Uni Thesis | Kalalau Cantrell | 2011 | May | A-342 | |
Electro-Acoustic Coupling in a Plasma Gas PhD Thesis | The Open University | Yvonne Sutton | 2011 | Sep | | |
The singing arc The oldest memristor? | Building Service-Oriented Government Lessons, Challenges and Prospects | Jean-Marc Ginoux, Bruno Rosetto | 2012 | Aug | Chap 39 | |
On the study of Ionic Microphone | JAES | Hiroshi Akino1, Hirofumi Shimokawa, Tadashi Kikutani, Jackie Green | 2012 | Oct | 133th Conv | |
The electrical imagination sound analogies, equivalent circuits, and the rise of electroacoustics | Osiris | Roland Wittje | 2013 | | Vol 28 #1 | 40-63 |
Modelling of a corona discharge microphone | Journal of Physics D:Applied Physics | Philippe Bequin, V Joly and Ph Herzog | 2013 | Apr | Vol 46, no 17 | |
Design and Evaluation of Electronic Circuit for Plasma Speaker | World Congress on Engineering | Daniel Severinsen and Gourab Sen Gupta | 2013 | Jul | II | |
Stable sound wave generation in weakly ionized air medium | Odessa National Polytechnic University | Maxim Chizhov, Maxim Eingorn,Vladimir Kulinskii | 2013 | Apr | | |
Physics of thermo-acoustic sound generation | Journal of Applied Physics | Daschewski,Boehm,Prager,Kreutzbruck and Harrer | 2013 | Sep | Vol 114 | |
Plasma Speaker | International Journal of Scientific & Engineering Research | Sagar Samant, Mohammed Husein Sabuwala, Bhargav Gokalgandhi, Amit Pandey | 2014 | Sep | Vol 5, Iss 9 | 572-574 |
The High Fidelity Plasma Speaker | APS Division of Plasma Physics, Salisbury University | James McGall | 2014 | Oct | Vol 59, No 15 | |
STABLE GENERATION SOUND WAVES IN WEAK- IONIZED AIR ENVIRONMENT | Applied Physics (Russian) | MV Chizhov et al | 2014 | | 32431 | 45-51 |
Acoustic Characteristics and Distortion of an Ionic Loudspeaker | IEEE LATIN AMERICA TRANSACTIONS | P. M. Gomez, E. D Onofrio and G. Santiago | 2015 | Mar | Vol 13, No 3 | 578-582 |
The Measurement and Calibration of Sound Reproducing Systems | JAES | Floyd E. Toole | 2015 | Jul | Vol 63 No 7/8 | 512-541 |
Membraneless Speaker or Plasma Speaker | BRNO UNIVERSITY OF TECHNOLOGY | Josef Kovar | 2015 | | | |
Konzept und Prototyp eines Ionenwindlautsprechers | 29th TONMEISTERTAGUNG – VDT INTERNATIONAL CONVENTION | S. Merchel, L. Creutzburg, A. Schwock, T. Fleck und M.E. Altinsoy | 2016 | Nov | | |
Thermophony in real gases | Universitat Potsdam thesis | Maxim Daschewski | 2016 | Nov | | |
Implementierung eines Ionenwindlautsprechers ohne Plasmaflamme | Technische Universitat Dresden, Lehrstuhl fur Akustik und Haptik | Sebastian Merchel, Lukas Creutzburg,Andreas Schwock, Tim Fleck und M. Ercan Altinsoy | 2017 | | | 529-531 |
Wireless/Wired Automatic Switched plasma Tweeter & Speaker System | Journal of Electronics and Communication Engineering | Rupali Singh et al | 2017 | Mar/Apr | Vol 12, Iss 2 | 28-33 |
Physical modeling and characterization of thermo-acoustic loudspeakers made of silver nano-wire films | Journal of Applied Physics | Paolo La Torraca, L. Larcher, Marco Bobinger, Paolo Pavan | 2017 | Jun | 121(21):214502 | |
The creation of electric wind due to the electrohydrodynamic force | Nature Communications | Sanghoo Park,Uros Cvelbar, Wonho Choe, Se Youn Moon | 2018 | | 0.632638889 | |
An Ultrasonic Plasma Microphone for Structural Health Monitoring | Princeton Plasma Physics Lab | John Carlsson | 2018 | Sep | Web | 17-3317-1 |
Development of a plasma electroacoustic actuator for active noise control applications | Journal of Physics D: Applied Physics | S Sergeev, H Lissek, A Howling, I Furno, G Plyushchev and P Leyland | 2020 | Sep | Vol 53 | |
A review of the Plasma Loudspeaker (Ionic Loudspeaker):Principles of operation, general model and parts | JAES | Maria Carolina Rodreguez | 2020 | Oct | 149th Conv | |
Corona Discharge Actuator as an Active Sound Absorber Under Normal and Oblique Incidence | physics.app-ph | Stanislav Sergeev | 2021 | Aug | | 2108.13866v1 |
Der Plasma-Lautsprecher als Lehrversuch | PhyDid | Florian Hubert, Friedrich-Alexander, Philipp Dorsch, Patrick K. Kroh, Hans-Michael Guenther | 2021 | Jul | 1/20 | 15-25 |
Microplasma microphones | Acta Acustica | Philippe Bequin , Adalbert Nanda Tonlio, and Stephane Durand | 2021 | Aug | Vol 5, Iss 37 | |
Corona discharge actuator for active sound absorption | Ecole Polytechnique Federale de Lausanne | Stanislav Sergeev, Herve Lissek | 2021 | Sep | | |
Theory and construction of a plasma tweeter | Signal Processing and Speech Communication Laboratory | Niklas Urban | 2022 | Jan | | |
Ultrabroadband sound control with deep-subwavelength plasmacoustic metalayers | Nature Communications | Stanislav Sergeev, Romain Fleury, Herve Lissek | 2023 | May | Vol 14, Art 2874 | |