61. Institut De France - Recherche Translate this page de Physique générale) LISLET-GEOFFROY (Jean-Baptiste) Académie des Sciences (sectionde Géographie et Navigation) lissajous (jules, Antoine) Académie des http://www.institut-de-france.fr/franqueville/premier_siecle/rech_premier_l.htm

L A B C D ... Z L PAR LE COMTE DE FRANQUEVILLE, MEMBRE DE L'INSTITUT. L Ac LABARTE (Charles, Jules) Ac Ac Classe des Sciences morales et politiques (section de Morale) Classe Classe LABORDE (le Comte Alexandre, Louis, Joseph de) Classe LA BORDERIE (Louis, Arthur, LEMOYNE de) Ac LABUS (Giovanni) des Sciences (section d'Anatomie et Zoologie) Classe des Sciences (section d'Anatomie et Zoologie) LACOUR (Pierre) Classe Classe des Beaux-Arts LACOUR (Pierre) Classe des Beaux-Arts Ac LACRETELLE (Jean, Charles, Dominique) LACRETELLE (Pierre, Louis) Classe Classe des Sciences morales et politiques Ac LAGOY (le Marquis Louis, Roger, Xavier de Meyran de) LAGRANGE (le Comte Giuseppe, Luigi) Classe LAGUERRE (Edmond, Nicolas) LAKANAL (Joseph) Classe des Sciences morales et politiques (section de Morale) Classe Classe LAMARCK (le Chevalier Jean, Baptiste, Pierre, Antoine de MONET de)

62. Themen-Index: Ju Translate this page Jujube 108. Jujuy (Provinz) 109. Jukagirische Sprachen 110. Jule Styne 111. julesAntoine lissajous 112. jules Dassin 113. jules Favre 114. jules Grévy 115. http://www.themensuche.de/Ju.htm

what = 'index'; Liste der Suchbegriffe (Ju): Ju-Jutsu Ju-Jutsu JuLis JuSchG ... SUCHE BEI MSN

63. University Archives :: Exhibits :: A Favorite Abode Of Science :: Lissajous Figu The path traced is known as lissajous figures. The optical production of the curveswas first demonstrated in 1857 by jules Antoine lissajous (18331880). http://archives.scu.edu/exhibits/sci_inst/30.html

University Archives A Favorite Abode of Science Smithsonian - Lissajous figures Acoustic Instrument Aloysius Varsi, S.J. Lissajous figures Two oscillations one along the x axis and the other along the y axis when added result in a two dimensional motion. The path traced is known as Lissajous figures. The optical production of the curves was first demonstrated in 1857 by Jules Antoine Lissajous (1833-1880). The combination of periodic waves moving back and forth with periodic waves moving up and down create the patterns. Image#: Lissajous figures From J. Lissajous, "Etude Optique des Mouvements Vibratoires," Annales de Chimie et de Physique 51 (1857). A Favorite Abode of Science is strictly prohibited. University Archives, Santa Clara University, 500 El Camino Real, Santa Clara, CA 95053-0500 408-554-4117 : FAX 408-554-5179 Orradre Library Webmaster

64. Question Ecila Lissajous Translate this page 3 texte SEIN, le meme merite sur le rapport de jules lissajous pour les perfectionnementsapportes aux century French scientist, jules A. lissajous). http://france.ecila.fr/cgi-bin/SFgate?language=french&text=Lissajous

65. Metric Halo Laboratory's SpectraFoo Visual Audio Monitoring System lissajous patterns (named for another 19thcentury French mathematician, jules Antoinelissajous) give an idea of the width and spaciousness of a soundfield. http://www.infinitesound.com/spectrafoo.htm

Metric Halo Laboratory’s SpectraFoo Visual Audio Monitoring System by J. Arif Verner Imagine what it would be like to look at the music during a mix. Or better yet, to visually dissect the sounds on each track. That is the goal of Metric Halo Laboratory’s SpectraFoo Visual Audio Monitoring System. This real-time audio analysis software can analyze up to 24 channels of audio simultaneously. Product Points Metric Halo Laboratory’s SpectraFoo Visual Audio Monitoring System Applications: Real-time audio signal analysis Key Features: 10 audio analysis instruments including oscilloscopes, Lissajous phase scopes, balance meters, envelope/power/balance history, time code clock, spectrogram, spectrograph and level meters; SpectraFoo Radical 3 supports the following I/O devices: Digidesign AudioMedia II Digidesign AudioMedia III Digidesign Pro Tools III (SpectraFoo Radical 3 running as a standalone app can use Pro Tools hardware as an I/O device); Digidesign Pro Tools 24 Digidesign Pro Tools Mix Korg 1212 I/O Sonorus STUD/IO Digigram PCXpocket PCMCIA card Macintosh Sound Manager Price: Plus Versatile array of analysis tools Real-time functionality Instantaneous screen updates Inexpensive compared to hardware audio analysis equipment

66. Lissajous Figure --  Encyclopædia Britannica by the American mathematician Nathaniel Bowditch in 1815, the curves were investigatedindependently by the French mathematician julesAntoine lissajous in 1857 http://www.britannica.com/eb/article?eu=49642

67. Lissajous Figures Are The Interesting And Often Intricate Patterns French physicist jules A. lissajous (182280) made an extensive studyof these motions, and these figures are therefore named for him. http://www.dcs.napier.ac.uk/~andrew/lis.txt

Lissajous figures are the interesting and often intricate patterns that are traced out when two mutually perpendicular periodic disturbances occur simultaneously. The resultant motion can be represented by a repetitive pattern on the plane containing the two perpendicular directions. The figures depend on the ratio of the frequencies of the disturbances and the phase difference between them. French physicist Jules A. Lissajous (1822-80) made an extensive study of these motions, and these figures are therefore named for him. Lissajous figures are conveniently displayed on an oscilloscope by applying periodic electrical signals across its vertical and horizontal inputs. S. BHATTACHARYA From Groliers

68. Unit IV: Simulations This is another Shockwave simulation, with a short article about the discoveryof these wavy figures by jules lissajous and their scientific applications. http://www.phschool.com/science/cpsurf/sound-light/4simu.html

Java applets can only be viewed with a Java-enabled browser, such as version 3.0 or higher of or Microsoft Internet Explorer . To view the Shockwave interactions, you must install the Macromedia Shockwave plug-in Note: For better interaction, load Java applets and Shockwave plug-ins before you need them. JAVA APPLETS Virtual Physics Laboratory Created by Taiwanese physicist Fu-Kwun Hwang, these Java applets explain a multitude of physical principles, including: Pendulum Java Applet Superposition Principle of Waves Simple Harmonic Motion and Uniform Circular Motion Moving Point Source: Doppler Effect and Shock Wave ... Interactive Physics and Math with Java A set of two dozen educational physics applets written by Sergey and Tanya Kiselev. Topics include: Single Slit Diffraction The Laser Image Formation by a Converging Lens Image Formation by a Diverging Lens ... Physics 2000 Produced by the physics department of the University of Colorado at Boulder, this java-enhanced site explores many important topics in modern physics. Relevant pages include: Wave Interference Classic Two-Slit Experiment Electron Interference Catch the Wave ... Java Applets for High School Physics Education This site contains a dozen or so physics-related applets written by Sadahisa Kamikawa. Relevant topics include:

69. Curvay Tutorial Text lissajous figures take their name from jules Antoine lissajous, a French physicistwho studied these patterns in the context of sound waves produced by tuning http://www.spelunkcomputing.com/curvay/tutorial_text.html

Drawing with Waves Curvay draws a rich variety of patterns with a wave-guided pen. In other words, the movement of the pen is controlled by waves. More specifically, it is controlled by two waves, traveling perpendicular to each other. The following paragraphs show how this works and hint at the range of possibilities. For each numbered paragraph, a brief demonstration is available in the box to the right of this text. The demonstrations are triggered by clicking the corresponding paragraph numbers. Imagine a cork bobbing on a wave, not an ocean wave, but an idealized mathematical wave (a sinusoid). As the wave travels by, the horizontal position (x) of the cork does not change but its vertical position (y) does. The cork moves up and down along a vertical line segment. Now imagine the wave traveling along a vertical line (the y-axis) instead of a horizontal one (the x-axis). If you turn your head sideways you can still envision a cork bopping on the wave, this time following a horizontal line segment. It may be easier to dispense with any physical analogy and simply say that this wave drives the horizontal position of a pen. Suppose the two waves discussed thus far are acting simultaneously on a single pen. The wave traveling along the horizontal (x-axis) controls the vertical position (y) of the pen, while that traveling along the vertical (y-axis) controls the horizontal position (x). The pen now traces a diagonal line.

70. Your Search Plombieres At Your Search .co.uk - Yoursearch.co. Show birthplace location. Previous (Chronologically) Next Biographies IndexPrevious (Alphabetically) Next Main index. jules lissajous http://www.yoursearch.co.uk/Plombieres_les_Dijon.htm

71. Cet œuvre Est Avant Tout Un Pôle De Suggestions Et De Translate this page Simon, marquis de) Lavoisier (Antoine Laurent de) Le Verrier (Urbain Jean Joseph)Legendre Leibniz (Gottfried Wilhelm) lissajous (jules Antoine) Locke (John http://perso.wanadoo.fr/philippelopes/ArborescenceHobbies.htm

"Cet œuvre est avant tout un pôle de suggestions et de réflexion. Elle a pour objet d'éveiller chez chacune et chacun d'entre vous, des idées ainsi que des initiatives. Ce n'est que cette volonté acquise, que naîtra en vos âme et conscience le désir d'accéder à l'information suprême." Philippe Lopes, le 1 er janvier 2004 Recherche Sujet de votre choix Porte Du Savoir Vous partez en voyage ? Les sciences cognitives Les hobbies Mots et Merveilles Contes Aimer, c'est ... Interview de Dieu Oasis Annia (7) Lui Lui (bis) Sans toi Si un jour ... Te quiero Caroline (1) Croire en l'amour Isabel (4) La promesse Le sida Le temps Laeticia (5) Le cercle noir Tu es le bout de mon soleil Vivre pour toi Liliane (55) A fleur de peau Amour en arc-en-ciel Au matin de la passion Automnales ... Les yeux des vieux amants Marco (1) Marie (16) Aimer tout simplement Amour sali Chemin de l'incertitude Le temps suspend ton vol ... Sagesse oLIWe (1) Les roses rouges Philippe (52) A Marie aime A Nathalie Ange Marianne Au firmament ... Un jour de muguet Reza (1) Le miroir et l'oiseau Sandra (1) Le plus beau jour A ma Bibou Aimer de droit Vanessa (5) J'aimerais J'avais S'il savait Un jour viendra ... Y a-t-il Maximes et Citations Maximes Inconscient collectif Citations Amour Chemin Monde Raison Humour et Diaporamas Humour Camionneur Gueule de bois Prendre l'avion Sens du partage ... Un zeste de citron Image Alcool test Au secours Auto pute Aux Anges ... Fais tournez !

72. 1822 Translate this page lissajous, jules-Antoine (Versailles 1822-Plombierès-les-Dijon 1880) fisicofrancese, da cui curve di lissajous, dedicatosi a studi di acustica e di ottica http://www.viandante.it/sito24/XIX secolo/1822.php

Il Viandante in rete dal 1996 HOME E-MAIL STORIA GIALLI ... VIAGGI NUOVO CERCA NEL SITO FORUM una storia particolare Nuova Ricerca Papa Pio VII « segue » ANNO 1822 – Abdul-Medjid (1822 - ) sultano turco; 1839, luglio, viene eletto imperatore; novembre, nella pianura di Gulkané il ministro degli affari esteri Reschid Pascià , legge alla sua presenza e a quella del principe di Joinville, del Mufti, del Divano, degli alti funzionari civili e militari, degli ambasciatori e ministri delle potenze europee, del corpo degli Ulemi, dei Cazi-asker, Cadi e Mollah e dei Patriarchi delle tre comunioni cristiane, un atti-sceriffo, col quale dà nuova forma all'amministrazione; tra le altre cose ordina la sospensione delle ostilità contro Mehemet-Alì 1840, luglio, con il trattato concluso fra Austria, Russia, Prussia e Inghilterra pone fine alla questione Turco-Egiziana; guerra di Crimea Alberti Luigi (Firenze 1822-1898) commediografo e critico italiano;

73. Osiloskop yang dihasilkan adalah berupa gambar yang disebut pola lissajous(diambil dari namaseorang fisikawan asal Perancis jules Antoine lissajous dan diucapkan LiSa http://www.fi.itb.ac.id/~lfd/index.php?aksi=20

74. Formelspline Tutorial Teil 1 Translate this page Sie wurden nach dem franzosischen Mathematiker jules Antoine lissajous benannt.Mit einem Oszilloskop lassen sich elektrische Signale graphisch darstellen. http://www.3d-meier.de/Tut1/Seite2.html

Lissajous Figuren [vor] Diese Figuren lassen sich auch mit Cinema 4D erzeugen. Dazu benutzen wir folgende Formeln. X(t) = 100 * sin(a * t * pi) Y(t) = 100 * cos(b * t * pi) X(t) 100 * sin(1 * t * pi) Y(t) 100 * cos(1 * t * pi) Z(t) t-Min t-Max Dt Welche Figuren bei verschiedenen Frequenzen entstehen ist in Abbildung 2 dargestellt. Abb. 2 [Inhaltsverzeichnis] [vor]

75. The Sailors Arms lissajous screensaver. lissajous patterns are hardly new. They were first recordedby jules Antoine Lissjous and were used for measuring frequencies. http://jepri.perlmonk.org/programs/liss/

Home programs liss Sections Programs Modules Articles Other Highlights PDAV Static Webpages Network Troubleshooting Glade tutorial Other Debian Packages Misc Downloads Lissajous screensaver Lissajous patterns are hardly new. They were first recorded by Jules Antoine Lissjous and were used for measuring frequencies. They are patterns made by plotting one frequency on the x axis and a different frequency on the y axis. In Australia, the ABC station's test pattern is a lissjous figure, made by setting the y axis to three times the frequency of the x axis. To experiment with this I recommend the lissajous lab These lissjous figures are done in 3-D using OpenGL. The attraction is that I can draw them in 3-D, and rotate them to look at them from all sides. Eventually I would like to have a mode where the camera races along the 'wires', giving a virtual rollercoaster ride. Regrettably that will have to wait for me to get a fair chunk of spare time together. There is more to this screensaver than just the shapres. The lissajous patterns rotate and the beads follow each other 'nose to tail'. The movements follow a regular pattern but are just a little too complicated for the eye to follow. Some people enjoy this effect. I have also managed to get some different models (other than balls) to draw the patterns with. My favourite is the flying gears(ripped from the gears demo), but I would really like to have teacups and saucers. It's a terribly cliche, but I can't seem to restrain myself. Can anyone point me to some GL code to draw cups and saucers? And maybe some sailing ships to replace the bars.

76. Der Oszillograph Translate this page Der Oszillograph. Dieses Pendel greift eine Entwicklung des französischenPhysikers jules Antoine lissajous (1822-1880) auf. lissajous http://www.science-days.de/ontour/oszillo.htm

Der Oszillograph Dieses Pendel greift eine Entwicklung des französischen Physikers Jules Antoine Lissajous (1822-1880) auf. Lissajous führte u.a. Untersuchungen zur sichtbaren Darstellung von Schwingungen durch und entwickelte dabei das Verfahren der Lissajous-Figuren. Diese Figuren sind aufgezeichnete Überlagerungskurven zweier zueinander senkrecht stehender Schwingungen. Lissajous fand heraus, dass man geschlossene Kurven immer dann erhält, wenn die Frequenzen der beiden Schwingungen in einem rationalen Verhältnis stehen (1:1; 1:2; 1:3;...) (Abb. 1). Ist das Frequenzverhältnis nicht rational, schließt sich die Lissajous-Schleife nie und überstreicht mit der Zeit die ganze Fläche (Abb. 2). Man kann diese Figuren mit einem Doppelpendel erzeugen, einer Einrichtung, bei der ein Schwingstift von 2 Pendeln gesteuert wird. Abb. 1 Abb. 2 webmaster

77. Lissajous Lab Java simulation of an oscilloscope. Use lissajous figures to create colorful patterns and string art. lissajous Figures. lissajous (pronounced LEEsuh-zhoo) figures were discovered by the French http://www.mathcats.com/explore/lissajous/lissajous.html

Lissajous Lab To operate: Click the Preset buttons at the left to see sample patterns. To make your own patterns, use the digital readouts at the right. Click near the top of a digit to increase its value; click near the bottom to decrease its value. Explanation of Readout Values xFreq the number of horizontal cycles for each frame of the plot. yFreq the number of vertical cycles for each frame of the plot. hueFreq This is the number of hue cycles for each frame of the plot. Each hue cycle represents a complete spectrum of colors. Samples This is the number of line segments which will be used to draw each frame of the plot. Increasing this number will make the curves appear smoother. Decreasing this number will exacerbate the aliasing in the plot (making it look more like string art than a mathematical curve). Lissajous Figures Lissajous (pronounced LEE-suh-zhoo ) figures were discovered by the French physicist Jules Antoine Lissajous. He would use sounds of different frequencies to vibrate a mirror. A beam of light reflected from the mirror would trace patterns which depended on the frequencies of the sounds. Lissajous' setup was similar to the apparatus which is used today to project laser light shows. Before the days of digital frequency meters and phase-locked loops, Lissajous figures were used to determine the frequencies of sounds or radio signals. A signal of known frequency was applied to the horizontal axis of an oscilloscope, and the signal to be measured was applied to the vertical axis. The resulting pattern was a function of the ratio of the two frequencies.

78. Lissajous Curve From MathWorld lissajous Curve from MathWorld lissajous curves are the family of curves described by the parametric equations x(t) = A\cos(\omega_x t\delta_x) y(t) = B\cos(\omega_y t-\delta_y), sometimes http://rdre1.inktomi.com/click?u=http://mathworld.wolfram.com/LissajousCurve.htm

79. Crazy Bone - Online Fun, Games And Jokes For Kids Of All Ages! Java simulation of an oscilloscope. Use lissajous figures to create colorful patterns and string art. lissajous Figures. lissajous (pronounced LEEsuh-zhoo) figures were discovered by the French http://www.crazybone.com/osc

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80. Lissajous http://www.sciences-en-ligne.com/momo/chronomath/chrono1/Lissajous.html

x = a.sin mt , y = b.cos nt x = a.sin(mt + a ) , y = b.cos(nt + b à un changement de variable affine près. A droite, x = sin(3t) , y = sin(t + p Pour en savoir un peu plus : Hermite Eisenstein

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