2450 



Vortex Motion 



2450 



in incompressible fluids. Fabri, C. N. Cim. 



31 (1892) 135-, 221-. 

 viscous fluid. Thomson, J. J. Mess. 



Mth. 8 (1879) 174-. 

 integrals of hydrodynamic equations. Helm- 



holtz, H. Crelle J. 55 (1858) 25-. 

 integration of equations. Venske, O. Gott. 



Nr. (1891) 85-. 

 maximum and minimum energy. Thomson, 



(Sir) W. B. A. Ep. (1880) 473-; Ph. Mg. 23 



(1887) 529-. 

 minimum energy, illustration. Thomson, (Sir) W. 



B. A. Ep. (1880) 491-. 



in non-viscous fluid, production. Silberstein, L. 



Krk. Ak. (Mt.-Prz.) Ez. 11 (1897) 325-; Crc. 



Ac. Sc. Bll. (1896) 280-. 

 of higher order in viscous compressible fluids. 



Fabri, C. N. Cim. 1 (1895) 281-. 

 incompressible fluids. Fabri, 



C. Bologna Ac. Sc. Mm. 4 (1894) 383-. 



in perfect fluids. Fabri, C. Bologna Ed. 



(1891-92) 116-. 

 plane. Greenhill, A. G. QJ. Mth. 15 (1878) 



10-. 



and potential motion combined, and other in- 

 vestigations. Voigt, W. Gott. Nr. (1891) 37-. 

 problem. Tarleton, F. A. [1892] Ir. Ac. P. 2 



(1891-93) 617-. 

 recent English researches. Love, A. E. H. 



Mth. A. 30 (1887) 326-. 

 rectilinear, in infinite rectangular prism. 



Andrade, . C. E. 112 (1891) 416-. 

 in rotating fluid. Chree, C. Edinb. Mth. S. P. 



7 (1889) 29-. 

 slowly varying. Boussinesq, J. C. E. 124 



(1897) 1261- 



round sphere. Gromeka, I. S. Kazan S. Nt. 



(Ps.-Mth.) P. 3 (1885) 202-. 

 stability. Love,A.E.H. [1893] L. Mth. S. 



P. 25 (1894) 18-. 

 and steady motion of fluid. Phragmen, E. 



Stockh. Ofv. (1890) 493-; Fschr. Mth. (1890) 



948. 

 theorem in. Walker, G. W. QJ. Mth. 29 



(1898) 382-. 



in certain triangles. Love, A. E. H. Am. J. 

 Mth. 11 (1889) 158-. 



VORTEX RINGS. 



Trowbridge, J. Am. Ac. P. 12 (1877) 131-. 

 Thomson, J. J. [1881] Phil. Trans. 173 (1883) 



493-. 

 in air. Ball, R. S. Ph. Mg. 36 (1868) 



12-. 

 , new method of observing. Czermak, P. 



Wien Ak. Sb. 109 (1900) (Ab. 2a) 878-. 

 circular. Coates, C. V. QJ. Mth. 16 (1879) 



170-. 



, with hollow core, fluted vibrations. Cars- 

 law, H. S. L. Mth. S. P. 28 (1897) 97- 

 in compressible fluid. Chree, C. Edinb. Mth. 



S. P. 6 (1888) 59-. 

 formation. Reusch, F. E. Pogg. A. 110 (1860) 



309-. 

 formed by drops falling into liquids. Thomson, 



J. J., <& New-all, H. F. E. S. P. 



417-. 



hollow, complete system of periods. Pocklington, 

 H. C. [1895] Phil. Trans. (A) 186 (1896) 



motion, resistance of air to. Ball,R. S. [1871] 



B. A. Ep. 41 (1871) (Sect.) 26-; Ir. Ac. T.25 

 (1872) 135-. 



moving, stream-lines. Lodge, 0. Ph. Mg. 20 



(1885) 67-. 



properties. Marangoni, . Ev. Sc.-Ind. 32 

 (1900) 211. 



(Marangoni). Vicentini, . Ev. Sc.-Ind. 

 32 (1900) 21 1-. 



smoke rings. Otth, G. Bern Mt. (1860) 37-. 



. Nogues,A. F. C. E. 104 (1887) 1166-. 



, dissolving. Parker, H. W. Science 8 



(1886) 36. 



theory. Hicks, W. M. [1885] Phil. Trans. 



1761(1886) 725-. 

 in water. Deacon, H. C. N. 24 (1871) 60-, 



154. 



Vortex sheets. Steam, H. T. QJ. Mth. 16 

 (1879) 271-. 



statics. Thomson, (Sir) W. [1875] Edinb. 

 E. S. P. 9 (1878) 59-. 



theorem in thermodynamics. Jougnet, . 



C. E. 131 (1900) 1190-. 



theorems, extension to corresponding lines 

 in deformation of medium. Appell,P. Liouv. 

 J. Mth. 5 (1899) 137-. 



VORTICES. 



Chree, C. Edinb. Mth. S. P. 5 (1887) 52-. 

 and circulatory motions in frictionless fluids. 



Bjerknes, V. Christiania Skr. (Mth.-Nt. Kl.) 



(1898) No. 5, 29 pp. 

 columnar, vibrations. Thomson, (Sir) W. Edinb. 



E. S. P. 10 (1880) 443-. 

 in compressible fluid. Graetz, L. Z. Mth. 



Ps. 25 (1880) 1-. 

 . Chree, C. Mess. Mth. 17 (1888) 



105-. 

 coreless, formed by motion of solid in inviscid 



incompressible fluid. Thomson, (Sir) W. 



E. S. P. 42 (1887) 83-. 

 cyclonal. Fries, G. de. Amst. Ak. Vs. 6 



(1898) 432-. 



cylindrical and annular, differential equations. 



Hill, M. J. M. L. Mth. S. P. 16 (1884-85) 



171- 

 , elliptic. Love, A. E. H. QJ. Mth. 27 



(1895) 89-. 



, pulsating. Caplygin, S. A. Mosc. S. Sc. 

 Bll. 96 (No. 1) (1899) 13-; Fschr. Mth. 



(1899) 683-. 



due to water jets. Breton, P. Les Mondes 37 



(1875) 316-. 

 ellipsoidal. Hargreaves, R. L. Mth. S. P. 27 



(1896) 299-. 



in fluids. Gwyther, R. F. [1881] Manch. Lt. 



Ph. S. P. 21 (1882) 32-. 

 hollow, steady motion and small vibrations. 



Hicks, W.M. [1883] Phil. Trans. 175 (*1885) 



161-. 



straight pair, configuration. Pocklington, 

 H. C. Camb. Ph. S. P. 8 (1895) 178-. 



179 



M2 



