0500 Atoms 



system, physical parameters and principal axes 

 at any point of. Lucas, F. C. E. 70 (1870) 

 509-. 



theory. Duport, H. Par. S. Mth. Bll. 26 

 (1898) 159-. 



, adaptation of philosophy of Newton, Leib- 

 nitz and Boscovich. MacVicar, J. G. [1857] 

 Glasg. Ph. S. P. 4 (1860) 52-. 



, application of geometrical properties of 

 gravitational acceleration. Gensler, F. W. K. 

 Grunert Arch. 30 (1858) 1-. 



, gravitation law. Fechner, G. T. 

 Kastner Arch. Ntl. 15 (1828) 257-. 



, new. Exley, T. B. S. P. 4 (1841) 325-. 



Boscovich's theory. Thomson, (Sir) W. B. A. 

 Kp. (1889) 494-. 



Dynamical principles, application to physical 

 phenomena. Thomson, J. J. [1885-87] 

 Phil. Trans. 176 (1886) 307- ; (A) 178 (1888) 

 471-. 



English physical school, theories. Duhem, P. 

 Ev. Quest. Sc. 34 (1893) 345-. 



Equilibrium of aggregation of spherules. Wal- 

 ton, W. [1867] QJ. Mth. 9 (1868) 76-. 



and motion of chemically homogeneous 

 bodies. Koosen, J, H. Pogg. A. 101 (1857) 

 401-. 



Forces, cosmic and molecular. Chase, P. E. 

 Am. Ph. S. P. 12 (1872) 392-. 



determining various states of bodies. 

 Schmidten, H. G. von. Gergonne A. Mth. 13 

 (1822-23) 121-. 



, the 4, in nature. Whewell, G. J. Sc. 2 

 (1880) 639-. 



Luminous gas, constitution, view suggested by 

 Lorentz's theory of dispersion. Thomson, 

 J. J. Arch. Neerl. 5 (1900) 642-. 



MATTEE. 



constitution, atomic. Hamel, (I'abbe) T. E. 



Cn. E. S. P. & T. 2 (1885) (Sect. 3) 91-. 

 , corpuscular hypothesis. Henry, J. Am. 



Ph. S. P. 4 (1847) 287-. 

 , and forces of molecules. Laming, E. 



B. A. Ep. (1846) (pt. 2) 35. 

 , kathode ray. Thomson, J. J. [1900] 



Sc. Abs. 4 (1901) 756-. 

 , molecular. Stoney, G. J. Ir. Ac. P. 7 



(1858) 37-. 

 , . Laboulaye, C. (vm) Par. A. Cons. 



4 (1863) 64-, 232-. 

 , . Love, G. H. Par. Ing. Civ. Mm. 



(1883) (1) 338-. 

 , . Thomson, (Sir) W. Edinb. E. S. P. 



16 (1890) 693-. 



and properties. Varenne, E. Ev. Sc 37 

 (1886) 457-. 



is it continuous or discontinuous ? [Barre de] 

 Saint-Venant, . Par. S. Phlm. PV. (1844) 

 3-. 



divisibility. S. QJ. Sc. 11 (1821) 306-. 



. Adams, E. Silliman J. 28 (1835) 163-. 



, infinite. Wollaston, W. H. Phil. Trans 

 1822) 89-. 



Matter 0500 



divisibility, infinite. Clark, S. Silliman J. 9 



(1825) 356-. 

 , . M. (vi Adds.) Silliman J. 10 (1826) 



99-. 

 , , remarks on Wollaston's argument. 



Whewell, W. B. A. Ep. (1839) (pt. 2) 26. 

 , , . Wilson, G. [1845] Edinb. 



E. S. T. 16 (1849) 79-. 

 dynamics. Kauffmann, von. D. Nf . Vsm. B. 



(1846) 209-. 

 and energy, laws, as results from principle of 



volume, time, and conservation of mass. 



Herran, A. As. Fr. C. E. (1899) (Pt. 1) 233-. 

 forms and forces, synthetical view. Guyot, J. 



Presse Sc. 3 (1861) 130-. 

 impenetrability. Walling, H. F. Am. As. P. 



19 (1870) 144-. 



and inertia, physical laws as results of. 

 Boucheporn, . C. B. 29 (1849) 107-. 



indestructibility. Challis, J. [1877] Viet. I. 



J. 12 (1879) 1-. 

 kinetic theory, Democritus and Lucretius, 



priority. Lindsay, T. M., & Smith, W. R. 



B. A. Ep. 41 (1871) (Sect.) 30. 

 , recent researches. Smoluchowski, M. 



Wiad. Mt. 4 (1900) 237-. 



, steps towards. Thomson, (Sir) W. 

 B. A. Ep. (1884) 613-. 



mathematical laws. Commines de Marsilly, 

 de. C. E. 67 (1868) 999-. 



studies. Pudenz, L. Z. Mth. Ps. 13 (1868) 

 187-. 



modern theory. Lodge, O. J. Lpool. Lt. Ph. 



S. P. 54 (1900) 91-. 

 motion the natural state of. Flamand, . 



Silliman J. 16 (1829) 151-. 

 nature, etc. S d. (vi Adds.) Halle Z. 



Nw. 16 (1860) 243-. 

 , and electric conduction. Faraday, M. 



Ph. Mg. 24 (1844) 136-. 

 , (Faraday). Hare, R. Ph. Mg. 



26 (1845) 602-. 



organisation. Morris, C. J. Sc. 3 (1881) 185-. 

 , or chemism. Dolbear,A.E. [1891] Bost. 



S. NH. P. 25 (1892) 183-. 

 oscillatory theory, and theory of centres of 



force. Ledieu, A. Ev. Quest. Sc. 12 (*1882) 



156-. 

 ponderable, action on ether. Jablonski, E. 



Liouv. J. Mth. 10 (1884) 147-, 329-. 



and imponderable. Moigno, F. N. M. 

 Les Mondes 5 (1883) 271-. 



, continuous vibratory motion. 

 Magrini, L. Smiths. Ep. (1868) 281-. 



, physics. Avogadro, A. G. Arcad. 79 



(1839) 104-. 

 , (Avogadro). Maggi, P. G. Verona Mm. 



Ac. Ag. 23 (1849) 7-. 

 potential. Schuster, A. Nt. 58 (1898) 367, 



618-. 

 problem. Heller, A. Mth. Termt. Ets. 8 



(1890) 142- ; Mth. Nt. B. Ung. 8 (1891) 



247- 



properties (inertia, gravitation, elasticity), re- 

 ferred to common law. MacVicar, J. G. 



Edinb. E. S. P. 4 (1862) 146-. 

 reduction of effectiveness (Entwerthung). 



Pfaundler, L. Wien Aim. 38 (1888) 229-. 



80 



