2470 Liquid Spheroids 



of ellipsoid, homogeneous. Biemann, B. Gott. 



Ab. 9 (Mth.) (1860) 3-. 

 , . Padova, E. Pisa A. Scuola Norm. 



1 (1871) 1-. 



, , reduction to variation problem of 

 simple integral. Lipschitz, B. 0. S. Crelle 

 J. Mth. 78 (1874) 245-. 



elliptic cylinder under its own attraction. 

 Love, A. E. H. QJ. Mth. 23 (1889) 153-. 



fluid in ellipsoidal shell. Tedone, O. N. 

 Cim. 33 (1893) 160- . 



gravitating fluid when surfaces of discon- 

 tinuity are formed. Bervi, N. Mosc. S. Sc. 

 Bll. 83 (No. 2) (1894) 44- ; 91 (No. I) (1894) 

 49-; Fschr. Ps. (1895) (Ab. 1) 365-. 



precessional, of fluid. Thomson, (Sir) W. B. A. 



Ep. (1876) (Sect.) 33-. 

 preserving ellipsoidal figure of heterogeneous 



fluid. Betti, E. A. Mt. 10 (1880-82) 173-. 

 symmetrical, of water about an axis. Piola, G. 



Mil. G. I. Lomb. 1 (1841) 47-. 



Orbits of planet surrounded by fluid. Saal- 



schlitz, L. Konigsb. Schr. 28 (1888) (Ab.) 



85-. 

 Oscillations of elliptic cylinder. Love,A.E.H. E. S. P. 47~(1890) 



Waves on Liquids 2480 



Eotational system for raising water. Gaeta, 

 C. di. [1868] Palermo G. Sc. Nt. 5 (1869) 



Slightly viscous planet with one satellite, 



history. Darwin, G. H. E. S. P. 30 (1880) 



255-. 

 Spheroidal shell, rotating, motions of air in, 



with zonal distribution of pressure. Mar 'gules , 



M. Wien. Ak. Sb. 101 (1892) (Alt. 2a) 597-; 



102 (1893) (Ab. 2a) 11-, 1369-. 

 Stability of ellipsoid rotating about principal 



axis. Basset, A. B. L. Mth. S. P. 19 



(1889) 46-. 

 equilibrium of ellipsoid under its own 



attraction. Hagen, J. Z. Mth. Ps. 22 (1877) 



65-. 



homogeneous fluid, general con- 

 ditions. Liouville, J. Liouv. J. Mth. 20 

 (1855) 164-. 



seas. Lioville, J. C. E. 15 (1842) 



903-. 



Maclaurin's spheroid. Basset, A. B. 

 Camb. Ph. S. P. 8 (1895) 23-, 327-. 



spheroids. Bryan, G. H. Camb. Ph. S. 



P. 8 (1895) 51-. 



of perfect liquid. Bryan, G. H. 



QJ. Mth. 23 (1889) 158-. 

 , gravitational, of rotating water. Thomson, 

 (Sir) W. [1879] Edinb. E. S. P. 10 (1880 

 92-. 



of heterogeneous sphere, genesis and figure 

 of moon. Sedgwick, W. F. Mess. Mth. 27 

 (1898) 159-. 



spheroid, and genesis of moon. Love, 



A.E.H. [1888] Ph. Mg. 27 (1889) 254-. 



Phenomena of fluids rotating about vertical 

 axis. Beusch, F. E. Pogg. A. 89 (1853) 

 468-. 



in water- spray at edge of wake of ship at 

 great speed. Hillairet, . Par. S. Ps. Se. 

 (1886) 119. 



Precession of viscous spheroid and remote 



history of Earth. Darwin, G. H. [1878] 



Phil. Trans. 170 (1879) 447-. 

 Eesolution of ellipsoid with 3 unequal axes. 



Craig, T. [1880] Franklin I. J. 81 (1881) 



100-. 

 Eotating rings of fluid may be in equilibrium. 



Matthiessen, L. Z. Mth. Ps. 10 (1865) 59-. 



spheroid, circulation in, and motions on 

 Sun's surface, analogy between. Bielopolsky, 

 A. A. Fschr. Ps. (1890) (Ab. 1) 334-. 



of finite ellipticity, waves on. Bryan, 



G. H. [1888] Phil. Trans. (A) 180 (1890) 

 187-. 



Eotation of ellipsoid about mean axis. Green- 

 hill, A. G. [1879] Camb. Ph. S. P. 3 

 (1880) 233-. 



axis, not principal, but lying in 



principal plane. Greenhill, A. G. [1882] 

 Camb. Ph. S. P. 4 (1883) 208-. 



fluid and of vessel containing it, relation. 



Champagneur, . C. E. 67 (1868) 170-. 



and precession of spheroid. Oppenheim, S. 

 Wien Ak. Sb. 92 (1886) (Ab. 2) 528-. 



of superposed liquids of different densities. 

 Johnton, W. B. Silliman J. 27 (1835) 84-. 



Surfaces of rotating fluids. Beer, A. Pogg. 



A. 96 (1855) 1-, 210-. 

 Theory. Dahlander, G. R. A. Ps. C. 129 



(1866) 443-. 

 Tides of atmosphere and of hydrosphere. 



Giinther, S. Hamb. Mth. Gs. Mt. 2 (1890) 



(Festschr., Tl. 2) 15-. 



2480 Waves on liquids. 



Bussell, J. S., d- Bobison, (Sir) J. B. A. Ep. 



(1837) 417- ; (1840) 441-. 

 Bussell, J. S. B. A. Ep. (1842) (pt. 2) 19- ; 



(1844) 311-. 



Laurent, P. A. C. E. 20 (1845) 1713-. 

 Caligny, A. de. Par. S. Phlm. PV. (1846) 



136-. 

 Stokes, G. G. Camb. and Dubl. Mth. J. 4 



(1849) 219-. 

 Caligny, A. de. Par. S. Phlm. PV. (1851) 



79-. 

 Bankine, W. J. M. E. S. P. 16 (1868) 344- ; 



E. I. P. 6 (1872) 355-; Nv. Archt. T. 14 



(1873) 170-. 

 Merrifield, C. W. [1874] E. I. P. 7 (1875) 



297-. 



Bayleigh, (Lord). Ph. Mg. 1 (1876) 257-. 

 Bazzi, E. N. Cim. 6 (1879) 98-. 

 Abnormal wave in Lake Erie. Beed, H. S. 



Am. Ntlist. 33 (1899) 653-. 

 Action on beaches and sea-walls. Caligny, 



A. de. C. E. 88 (1879) 67-. 



of currents and waves in funnels formed by 

 converging sea-walls. Caligny, A. de. (ix) 

 Par. S. Phlm. Bll. 8 (1872) 89- 



in open spaces between converging sea-walls. 

 Caligny, A. de. (ix) Par. S. Phlm. Bll. 8 

 (1872) 116-. 



Breaking of waves. Young, (Dr.) T. Nicholson 

 J. 18 (1807) 116-. 



187 



