1640 



Pendulum 



1640 



reversible, Bohnenberger's. Weber, W. E. 



Leip. Mth. Ps. B. 35 (1883) 7-. 

 , Kater-Bohnenberger, theory. Anger, C. T. 



Grunert Arch. 5 (1844) 80-. 

 , proper form. Sang, E. Edinb. N. Ph. J. 



31 (1841) 34-. 

 , theory. Helmert, F. E. Pr. Geod. I. Voff. 



(1898) 92 pp. 

 , , effect of rolling. Yvon-Villarceau, A. 



J. F. Par. Obs. A. 15 (1880) B.1-. 

 rolling. Ivory, J. Tilloch Ph. Mg. 58 (1821) 



and rotating solid, motion, as affected by 



Earth's rotation. Jttrgensen, G. Kiob. Ov. 



(1853) (App.) 54 pp. 

 seconds-, experiments. Scrymgeour, J. Ph. 



Mg. 2 (1833) 244-, 344-, 434-. 

 simple. ThaUn,R. Ts. Mt. Fys. 1 (1868) 285-. 

 . Henneberg, L. [1877] A. Mt. 9 (1878-79) 



58-. 

 , circular. Buquoy, G. von. Oken Isis 21 



(1828) 1089-. 

 , formula. Leduc, A. J. de Ps. 1 (1892) 



390-. 

 , material realisation. Breton, P. Isere S. 



Bll. 24 (1884) 79-. 

 , nearly perfect. Bottomley, J. T. Ph. Mg. 



23 (1887) 72. 

 , problem. Deflers, . Par. EC. Pol. Cor. 



3 (1814-16) 183-. 

 , solution of general case. Nulty, E. [1818] 



Am. Ph. S. T. 2 (1825) 466-. 

 sine pendulum. Tobin, T. W. Franklin I. J. 



74 (1877) 418-. 

 stand, new. Haid, M. Z. Instk. 16 



193-. 

 suspension, new mode. Hasemann, A. Z. 



Instk. 13 (1893) 314-. 



point movable. Argand, . Gergonne A. 

 Mth. 5 (1814-15) 216-. 



. Dubuat, . Gergonne A. Mth. 5 



(1814-15) 218-. 



points, 4 giving same period. Weinhold, A. 

 A. Ps. C. 134 (1868) 621-. 



symmetrical, mean vertical pressure on axis. 

 Farkas, J. Arch. Mth. Ps. 65 (1880) 435-. 



SYMPATHY. 



La Place, P. S. (Marquis) de. A. C. 3 (1816) 



162-. 



Poisson, S. D. Con. des Temps (1833) 3-. 

 Smith, Arch., <& Gregory, D. F. Camb. Mth. 



J. 2 (1841) 120-. 

 Zantedeschi, F. [1856] Wien SB. 23 (1857) 



5-- 

 Eesal, H. C. E. 76 (1873) 75-; Par. EC. 



Norm. A. 2 (1873) 445-. 

 measurement by 2 pendulums with common 



support. Schumann, E. Z. Mth. Ps. 44 



(1899) 102-. 



for strongly damped vibrations. Laske, C. 

 [1880] Wien Ak. Sb. 82 (1881) (Ab. 2) 

 1011-. 



system of 2 pendulums connected by elastic 

 thread. La Eive, L. de. C. K. 118 (1894) 

 401-, 522-; J. de Ps. 3 (1894) 537-. 



of variable length. Lecornu, L. C. E. 118 



(1894) 132- ; Acta Mth. 19 (1895) 201- ; Par. 



S. Mth. Bll. 24 (1896) 133-. 

 vibrating between cheeks. Gompertz, B. OJ. 



Sc. 3 (1817) 13-. 

 , gyration. Hendricks, J. E. Science 3 



(1884) 775-. 

 , . Ferrel, W. Science 4 (1884) 53. 



VIBRATION. 



Knoch, A. V. Gilbert A. 57 (1817) 360-. 

 (Enoch.) Wagner, . Gilbert A. 59 (1818) 



328-. 

 Frodsham, W. J. [1838] Sturgeon A. Electr. 



4 (1839-40) 365-. 

 Desnanot, . Auvergne A. Sc. 28 (1855) 



485-. 

 Burg, A. von. Wien Vr. Nw. Kennt. Schr. 15 



(1875) 403-. 

 Villkickij, A. I. Es. Ps.-C. S. J. 22 (Ps.) 



(1890) 278-. 

 of bifilar pendulum. Hoppe, E. Arch. Mth. 



Ps. 70 (1884) 188-. 

 body hanging by extensible thread. Paoli, 



P. Mod. S. It. Mm. 14 (1809) 225-; 17 



(1815) 73-. 

 complex. Emsmann, H. [1869] A. Ps. C. 



139 (1870) 512. 

 of compound pendulum. Poisson, S. D. Con. 



des Temps (1819) 332-. 

 conical. Daug, H. T. Stockh. Ofv. 15 (1858) 



223-. 

 dependence on motive force. Holtzmann, C. 



H. A. Fogg. A. 58 (1843) 135. 

 disturbance due to celestial body. Eamus, C. 



Kiob. Ov. (1847) 9-. 

 effect of motion of support. Joukovsky, N. E. 



Mosc. S. Nt. Bll. 57 (1882) (Pt. 2) 204-. 

 elliptic. Eesal, H. C. E. 68 (1869) 639-. 

 , of pendulum at rest. Bruno, F. F. de. 



(nAdds.) Moigno Cosmos 7 (1855) 701. 

 , . Montigny, C. Moigno Cosmos 



8 (1856) 13-. 

 , . Panisetti, . Moigno Cosmos 



8 (1856) 503-. 

 of flexible pendulums. Sang, E. Edinb. E. S. 



P. 4 (1862) 255-. 

 horizontal, of great amplitude, under gravity. 



Tangl.K. Mth. Termt. Ets. 13 (1895) 125- ; 



Mth. Nt. B. Ung. 14 (1898) 319-. 

 isochronous. Euoss, H. Crelle J. Mth. 112 



(1893) 53-. 

 , points of suspension and axes for. Bdklen, 



0. Crelle J. Mth. 93 (1882) 177-. 

 of large arc. Eothe, H. A. Kastner Arch. Ntl. 



2 (1824) 137-. 

 and small amplitude, relation. Clausen, 



T. As. Nr. 5 (1827) 91-. 

 law, for spring suspension. Eesal, H. C. E. 



42 (1856) 390- ; (xn) Doubs S. Mm. 8 (1857) 



90-. 

 mechanical method of timing. Deprez, M. 



C. E. 102 (1886) 1523-. 

 in oval differing little from straight line. Airy, 



G. B. As. S. Mm. 20 (1851) 121-. 

 problems. Budde, E. Berl. Ps. Gs. Vh. (1887) 



129 (bis)-. 



143 



