References - Papers
Yes it's a shoe
 This list of references relates specifically to academic papers, journals and thesis. Sort the table by clicking the column headings.
Title Journal Author Year Month Volume Page
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 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
Speaking Incandescent Lamp Physikalische Zeitschrift, K. Ort and J. Ridger 1912
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
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
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
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 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
Theory and construction of a plasma tweeter Signal Processing and Speech Communication Laboratory Niklas Urban 2022 Jan

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