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41. Founding A Family Of Fiddles - Sec. 1
Groundwork in the scientific investigation of the violin was laid by such men asMarin Mersenne (1636), Ernst Chladni (1802), felix savart (1819) and Hermann
http://www.catgutacoustical.org/research/articles/fiddfam/fiddfam1.html
Founding a Family of Fiddles
Catgut Acoustical Society
Groundwork in the scientific investigation of the violin was laid by such men as Marin Mersenne (1636), Ernst Chladni (1802), Felix Savart (1819) and Hermann L. F. Helmholtz (1880). Savart, who can rightly be considered the grandfather of violin research, used many ingenious devices to explore the vibrational characteristics of the violin. But he was unable to gain sufficient knowledge of its complicated resonances to apply his ideas successfully to development and construction of new instruments. Recent research that has led to our new fiddle family is largely the work of Hermann Backhaus, Herman Meinel, Gioacchino Pasqualini, Ernst Rohloff, Werner Lottermoser and Frieder Eggers in Europe and of the late Frederick A. Saunders, John C. Schelleng, William Harvey Fletcher and myself in the United States. Among other accomplishments of our Catgut Acoustical Society is a concert played at Harvard last summer during the meeting of the Acoustical Society of America. It was dedicated to Saunders and the instruments were our eight new fiddles, which are the outgrowth of research he began. I write about the concert and about the instruments as a member of the society and as one who worked with Saunders from 1948 until his death in 1963. My activities include reconciliation of the wisdom of experienced musicians and violin makers, coordination of much technical information from widely separated sources, and design, construction and testing of experimental instruments. In 1937 Saunders reported

42. PhysicsWeb - Physics World Magazine
Vuillaume worked closely with felix savart, best known to physicists for the Biot­savartlaw in electromagnetism, to enhance the tone of early instruments.
http://www.pucp.edu.pe/~fisica/espec/articulos/stradivarius.htm
Author:
Colin Gough
Related links:
Thinkquest: The history of the violin
Violink: Database of violin resources
Catgut acoustical society
Further Reading
Features : April 2000
Back to Volume 13 Issue 4 Article of 10
Science and the Stradivarius
Stradivarius violins are among the most sought-after musical instruments in the world. But is there a secret that makes a Stradivarius sound so good, and can modern violins match the wonderful tonal quality of this great Italian instrument?
Is there really a lost secret that sets Stradivarius violins apart from the best instruments made today? After more than a hundred years of vigorous debate, this question remains highly contentious, provoking strongly held but divergent views among players, violin makers and scientists alike. All of the greatest violinists of modern times certainly believe it to be true, and invariably perform on violins by Stradivari or Guarneri in preference to modern instruments. Violins by the great Italian makers are, of course, beautiful works of art in their own right, and are coveted by collectors as well as players. Particularly outstanding violins have reputedly changed hands for over a million pounds. In contrast, fine modern instruments typically cost about £10 000, while factory-made violins for beginners can be bought for under £100. Do such prices really reflect such large differences in quality?

43. PhysicsWeb - Science And The Stradivarius
Vuillaume worked closely with felix savart, best known to physicists for the Biotsavartlaw in electromagnetism, to enhance the tone of early instruments.
http://physicsweb.org/article/world/13/4/8

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April 2000 Next Science and the Stradivarius
Feature: April 2000 Colin Gough received the 2001 Science Writing Award for Professionals in Acoustics from the Acoustical Society of America for this article. Stradivarius violins are among the most sought-after musical instruments in the world. But is there a secret that makes a Stradivarius sound so good, and can modern violins match the wonderful tonal quality of this great Italian instrument? Is there really a lost secret that sets Stradivarius violins apart from the best instruments made today? After more than a hundred years of vigorous debate, this question remains highly contentious, provoking strongly held but divergent views among players, violin makers and scientists alike. All of the greatest violinists of modern times certainly believe it to be true, and invariably perform on violins by Stradivari or Guarneri in preference to modern instruments. The violin is the most highly developed and most sophisticated of all stringed instruments. It emerged in Northern Italy in about 1550, in a form that has remained essentially unchanged ever since. The famous Cremonese violin-making families of Amati, Stradivari and Guarneri formed a continuous line of succession that flourished from about 1600 to 1750, with skills being handed down from father to son and from master to apprentice. The popular belief is that their unsurpassed skills, together with the magical Stradivarius secret, were lost by the start of the 19th century.

44. Vie Extra Scolaire
Metz 12, rue felix savart 57070 Metz Tel 03.87.37.46.45. Société
http://www.metz.ensam.fr/Vie_extra_scolaire/vie_extra_scolaire.htm
La vie extra scolaire
Tel: 03.87.37.46.45
Association Sportive :
A.S ENSAM de Metz
12, rue Felix Savart 57070 Metz
Tel : 03.87.37.46.45 ...
Tel :

45. List Of Physicists
1912); Janne Rydberg, Sweden (18541919); felix savart - France (1791-1841);Jožef Stefan - Austria-Hungary, Slovenia (1835-1893);
http://www.xasa.com/wiki/en/wikipedia/l/li/list_of_physicists.html

List of physicists
Wikipedia Many famous physicists of the and 21st century are found on the list of recipients of the Nobel Prize in physics Table of contents showTocToggle("show","hide") 1 Famous early physicists
2 Famous physicists of the 18th century
3 Famous physicists of the 19th century
4 Famous physicists of the 20th century ...
5 See also
Famous early physicists
Famous physicists of the 18th century
Famous physicists of the 19th century

46. Albert-Martmöller-Gymnasium Witten - Physik-Projekt
Translate this page Walther Ritz * Ole Roemer * Heinrich Rohrer * Wilhelm Conrad Röntgen * ErnestRutherford * Janne Rydberg * Martin Ryle * felix savart * Erwin Schrödinger
http://ping.de/schule/amg/projekte/physik/physik.htm
Projekt:
u.v.a.
WHO was WHO
oder:
ein klein wenig Wissenschaftsgeschichte
  • Wer war eigentlich Ampere? Stand Herr Volta unter Hochspannung? Hat Ohm einen Nobelpreis bekommen? Hat Newton die Kraft erfunden? War Einstein frauenfeindlich? Gibt es auch bedeutende PhysikerINNEN?
Bei passenden Gelegenheiten werden Schüler/-innen gebeten, sinnvolle Informationen über Physiker/-innen aus dem Internet oder anderen Quellen zu besorgen. Zu jedem der bereits "bearbeiteten" schulrelevanten Physiker wird dann eine Mappe angelegt, in der Ausdrucke / Kopien der gefundenen Texte / Bilder mit Quellenangabe abgeheftet werden.
MS Encarta Plus 2001 verbreitet auch falsche Informationen! Wir hoffen, mit diesem Projekt:
  • Interesse an Wissenschaftsgeschichte zu wecken Arbeit mit und Wertung von unterschiedlichen Quellen zu trainieren
Bei weitergehendem Interesse an dieser Projekt idee frag doch einfach mal!
nicht weitergeben!
Kritik? Fragen? Lob? Anregungen?

47. Molecular Expressions: Science, Optics And You - Timeline - Jean-Baptiste Biot
Collaboration with the physicist felix savart led to another of Biot ssignificant accomplishments. Together, in 1820, they discovered
http://www.molecularexpressions.com/optics/timeline/people/biot.html

Visit the
Molecular Expressions Website
Galleria Photo Gallery ... Home
Jean-Baptiste Biot
Jean-Baptiste Biot was a physicist and mathematician who made advances in geometry, astronomy, elasticity, magnetism, heat and optics. For his work on the polarization of light passing through chemical solutions, Biot received the Rumford Medal from the Royal Society in 1840. Biot's father was a treasury official who had planned for his son to enter the world of commerce. Biot was provided with a private math tutor in his youth and was educated at the college of Louis-le-Grand before joining the French army in 1793. After serving briefly in the artillery, he enrolled at the Polytechnic School in Paris. He later moved to Beauvais to act as a mathematics professor, but returned to Paris in 1800 when he was given the position of chair of mathematical physics at the College de France. Elected to the French Academy of Sciences at an unusually young age in 1803, that same year Biot was sent to investigate objects falling from the sky. His findings helped initiate the general acceptance of the existence of meteorites. Then, in 1804, he accompanied Joseph Gay-Lussac on the first balloon trip undertaken for scientific purposes. Biot's interest in optics was spurred in 1806 when Thomas Young revived the wave theory of light. The resurgence of the theory divided the great physics minds of the day into two separate camps, one that supported the wave theory, and another that believed in the corpuscular nature of light. Biot, a member of the latter group, began devoting his time to developing mathematical support for the idea that light existed as particles. In 1808, experiments performed by Etienne-Louis Malus showed that reflected light became polarized, a finding that could only be explained by the wave theory of light. However, Biot chose to repeat and expand upon the work of Malus in hopes of attaining validation for the opposing light theory.

48. List Of Physicists Definition Meaning Information Explanation
Sweden (18541919); felix savart - France (1791-1841); Jožef Stefan- Austria-Hungary, Slovenia (1835-1893); George Gabriel Stokes
http://www.free-definition.com/List-of-physicists.html
A B C D ...
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List of physicists
Many famous physicist s of the and 21st century are found on the list of recipients of the Nobel Prize in physics. Inhaltsverzeichnis 1 Famous early physicists
2 Famous physicists of the
3 Famous physicists of the
4 Famous physicists of the ...
5 External link
Famous early physicists
Famous physicists of the 18th century
Famous physicists of the 19th century

49. Hotel In Metz - Holiday Inn Metz-Technopole - 1 Rue Feli ...
of Hotel Ratings Click here for...... Holiday Inn MetzTechnopole 1 Rue felix-savart Bp 5159 Ced 57074 Metz-TechnopoleMetz, France 57074 Click Here for
http://www.euroave.com/ave/lid_lodging_hotel.php/44733

50. Holiday Inn Metz Technopôle 2000, Metz, Moselle
Holiday Inn Metz Technopôle 2000, 1 Rue felix savart, technopole2000, Metz, Moselle, 57070. Situated in a very special verdant
http://www1.hotels-booking-server.co.uk/hotels/index.php3?hotelid=208316&trkref=

51. Seznam Osob Podle Jména: Sa-Sb
herecka; Savard, Serge; Savard, Serge, (15571578), monarcha portugalštiny;savart, felix, (1791-1841), fyzik; Sava, svatý, (umrel
http://wikipedia.infostar.cz/l/li/list_of_people_by_name__sa_sb.html
švodn­ str¡nka Tato str¡nka v origin¡le
Seznam osob podle jm©na: Sa-Sb
Seznam osob podle jm©na B C D ... R S T U V W ... Z Sa-Sb Sc-Sd Se Sf-Sg Sh ... Sz
Sa

52. Seznam Fyziků
Británie (17911867); felix savart - Francie (1791-1841); NicolasL ? onard Sadi Carnot - Francie (1796-1832); Joseph Henry - USA
http://wikipedia.infostar.cz/l/li/list_of_physicists.html
švodn­ str¡nka Tato str¡nka v origin¡le
Seznam fyziků
Mnoho slavn½ fyzici a 21st stolet­ se vyskytnout na okraji př­jemců Nobelova cena ve fyzice Tabulka s obsahem showTocToggle (" přehl­dka ", " se schovat ") 1 slavn­ časn­ fyzici
2 slavn½ fyzici 18th stolet­
3 slavn½ fyzici 19th stolet­
4 slavn½ fyzici 20th stolet­ ...
5 extern­ho spojen­
Slavn­ časn­ fyzici
Slavn½ fyzici 18th stolet­
Slavn½ fyzici 19th stolet­

53. Maxwell
from the Faraday (Michael Faraday,1791 1867) law of electromagnetic induction,Biot-savart (Jean-Baptiste Biot, 1774 - 1862 felix savart, 1791 - 1841) law
http://www.andrijar.com/maxwell/maxwell.htm
Abstract This article intends to show that Maxwell equation can be derived from the basic Electromagnetic equations and that these ones are just result of applying vector operations to the basic formulas. The first equation could also contain wrong sign.
This all is showed on exactly and clear way by introduction of basic vector integral transformations only. DERIVATION OF MAXWELL EQUATIONS AND THEIR CORRECTIONS
Faraday’s law is given by following equation: Whereas:
U
= electrical potential,
F
= magnetic flux,
t
= time.
Formula of Biot-Savart law is: Whereas:
= magnetic field,
F
= magnetic flux,
= length,
= radius vector,
= normalized radius vector, i.e.
Coulomb law is: Whereas:
= force between two charged bodies,
Q
= first charge,
Q
= second charge,
= electrostatic permeability,
= distance vector
= normalized distance vector – unit vector, i.e.
Regarding formula (3) we can derived formula for electric field from the definition of field intensity: Whereas:
= force between two charged bodies,
= electric field of the first body,
Q
= first charge

54. List Of Physicists
17851850); Osborne Reynolds - Britain (1842-1912); Janne Rydberg,Sweden (1854-1919); felix savart - France (1791-1841); Jožef Stefan
http://www.guajara.com/wiki/en/wikipedia/l/li/list_of_physicists.html
Guajara in other languages: Spanish Deutsch French Italian
List of physicists
Many famous physicists of the and 21st century are found on the list of recipients of the Nobel Prize in physics Table of contents showTocToggle("show","hide") 1 Famous early physicists
2 Famous physicists of the 18th century
3 Famous physicists of the 19th century
4 Famous physicists of the 20th century ...
5 External link
Famous early physicists
Famous physicists of the 18th century
Famous physicists of the 19th century

55. Chladni
In het begin van de 19 e eeuw publiceerde de Franse fysicus felix savart samenmet de eminente vioolbouwer JB Villaume een methode om vioolbladen te stemmen
http://www.vioolweb.nl/magazine/chladni.htm
Elektronica als hulpmiddel bij vioolbouw Het is waar dat vioolbouw een traditie gebonden ambachtelijke bezigheid is. Toch wordt door de moderne vioolbouwers steeds vaker gebruik gemaakt van elektronica, waardoor betere instrumenten gemaakt worden. Door preciezere metingen worden een aantal parameters beter beheersbaar. Violen, alten en cello`s zijn gebouwd met twee verschillende houtsoorten. Het bovenblad is van fijnspar en het onderblad esdoorn. Traditioneel is deze combinatie met betrekking tot de klankvorming het meest succesvol gebleken.
Ook de vorm van de bladen is traditioneel bepaald door constructieve eisen en bespeelbaarheid. Het Italiaanse gevoel voor schoonheid en verhouding bepaalde uiteindelijk de vorm van de viool zoals we die nu kennen.
Er zijn een groot aantal factoren die bij de klankvorming een belangrijke rol spelen. Weinig ervan zijn wetenschappelijk te meten of te beheersen. Het bovenblad waarin de f-gaten zijn gesneden en dat voorzien is van een basbalk, produceert de klank. Het esdoorn onderblad heeft als functie de ontstane trillingen te versterken. Van zowel het boven- als onderblad zijn de diktes, veerkracht en de eigen frequentie nauwkeurig te meten.

56. Information Headquarters: List Of Physicists
17871826) * Augustin-Jean Fresnel - France (1788-1827) * Georg Ohm - Germany (1789-1854)* Michael Faraday - Britain (1791-1867) * felix savart - France (1791
http://www.informationheadquarters.com/Physics/Famous_Physicists.shtml

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57. 865-866 (Nordisk Familjebok / Uggleupplagan. 24. Ryssläder - Sekretär)
savart savär, felix, fransk fysiker, f. 30 juni 1791 i Méziéres, d 16 mars1841 i Paris, var en tid läkare, blef 1820 professor i fysik vid privat
http://www.lysator.liu.se/runeberg/nfcd/0459.html
Nordisk familjebok Uggleupplagan. 24. Ryssläder - Sekretär
(1916) Tema: Reference
Table of Contents / Innehåll Project Runeberg Catalog ... Print (PDF) On this page / på denna sida - Savarij, Jean Baptiste - Savarin - Savart [savar], Félix - Savarts dubbelplatta - Savarts polriskop [savars], fys. Se Savarts dubbelplatta - Savarts tandhjul - Savary, J. B. Se Savarij - Savary [-ri], Aimé Jean Marie René
Below is the raw OCR text from the above scanned image. Do you see an error? Proofread the page now!
Här nedan syns maskintolkade texten från faksimilbilden ovan. Ser du något fel? Korrekturläs sidan nu! This page has never been proofread. / Denna sida har aldrig korrekturlästs.
Project Runeberg, Sat May 15 18:58:26 2004 (aronsson)
http://www.lysator.liu.se/runeberg/nfcd/0459.html

58. Holiday Inn Metz Technopole 2000, Metz Hotels, Holiday Inn Metz Technopole 2000
Metz hotel discounts and reservations at the Holiday Inn Metz Technopole2000 located in Metz at 1 rue felix savart. Holiday Inn
http://hi.worldexecutive.com/directory/france/metz/hotels/mzmfr.html
Holiday Inn Metz Technopole 2000, Metz Hotel Information and Reservations Holiday Inn Metz Technopole 2000, Metz Hotels Metz hotel reservations at the Holiday Inn Metz Technopole 2000 located in Metz at 1 rue Felix Savart.
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    • 59. Dimensionless: Origins Of Dimensionless Groups Of Heat And Mass Transfer
    In 1804 he accompanied Gay Lusac on the first balloon ascent undertaken for scientificpurposes, in 1820, with felix savart, he discovered the law known as
    http://www.ichmt.org/dimensionless/dimensionless.html
    ORIGINS OF DIMENSIONLESS GROUPS OF HEAT AND MASS TRANSFER
    PREPARED BY U. GRIGULL, H. SANDNER, J. STRAUB, H. WINKLER ON THE OCCASION OF THE 7TH INTERNATIONAL HEAT TRANSFER CONFERENCE, MUNCHEN 1982 LEHRSTUHL A FUER THERMODYNAMIK TECHNISCHE UNIVERSITAET MUENCHEN
    BARON JEAN BAPTISTE JOSEPH FOURIER
    French mathematician and physicist famous for his pioneer work on the representation of functions by trigonometric series, was born at Auxere on March 21, 1768, the son of a tailor. He became a teacher in mathematics in 1784 at the military school there. He taught at the Ecole Normale at Paris from its founding in 1795, where his success soon led to the offer of the chair of analysis at the Ecole Polytechnique. In 1807 he was made a member of the academy of sciences. Fourier's masterpiece was his mathematical theory of heat conduction stated in "Theorie Analytique de la Chaleur" (1822), one of the most important books published in the 19th century. It marked an epoch both in the history of pure and of applied mathematics, for in it Fourier developed the theory of the series known by his name and applied it to the solution of boundary-value problems in partial differential equations. This work brought to a close a long controversy, and henceforth it was generally agreed that almost any function of a real variable can be represented by a series involving the sines and cosines of integral multiples of the variable. Fourier died in Paris on May 16, 1830.
    JEAN BAPTISTE BIOT
    French physicist, best known for his work in polarization of light, was born in Paris on April 21, 1774. In 1800 he became professor of phsysics at the College de France, through the influence of Laplace, from whom he had sought and obtained the favour of reading the proof sheets of the "Mecanique Celeste".

    60. Electricity And Magnetism Lab #2
    His work, however, was based on earlier work by Hans Christian Oersted,JeanBaptiste Biot, felix savart, and Andre-Marie Ampere.
    http://alpha.enc.edu/physics/courses offered/py322/Lab2/LAB2.html
    Physics PY322 Electricity and Magnetism Lab #2 Spring Semester 2000 Magnetic Fields I. Introduction One of the great triumphs of 19 th century science was the unification of the theories of electricity and magnetism by James Clark Maxwell in 1873. His work, however, was based on earlier work by Hans Christian Oersted, Jean-Baptiste Biot, Felix Savart, and Andre-Marie Ampere. These pioneers developed a mathematical description of the magnetic fields produced by moving charges. In this lab we will calculate the magnetic field produced by a short, thick solenoid, and compare this theoretical prediction to the measured fields. II. Theory We already worked out the magnetic field of the solenoid in class. Therefore, I will only present our final result here. The theory section of your paper should, however, contain the complete derivation of this result, with all its wonderful details. Below is the diagram of the solenoid used in the calculation. Using the law of Biot and Savart we obtained the magnetic field along the axis of the solenoid: III. Experimental Apparatus

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