520 
l?«rDEX. 
u. 
Daewin (G. H.). On the Mechanical Conditions of a Swarm of Meteorites, and on Theories of 
Cosmogony, 1. 
Daewin (L.), Schustee (A.), and Maundee (E. W.). On the Total Solar Eclipse of August 29, 1886, 
291. 
Dissociation, on evaporation and.—Part Vlll., 137 (see Rajisay and Young). 
Diurnal variation of terrestrial magnetism, with an appendix by H. Lamb, 467 (see Schustee). 
E. 
Eclipse of August 28-29, 1886, on the determination of the photometric intensity of the coronal light 
during the solar, 363 (see Abney and Thoepe). 
Eclipse of August 29, 1886, on the total solar, 291 (see Daewin, Schustee, and Maundee). 
Eclipse of Atigust 29, 1886, report of the observations of the total solar, made at Grenville, in the island 
of Grenada, 385 (see Tuenee). 
Eclipse of August 29, 1886, report of the observations of the total solar, made at the island of Carriacou, 
851 (see Peeey). 
Eclipse (total) of the sun observed at Caroline Island, on 6th May, 1883, 119 (see Abney). 
Eclipse (total) of the sun observed at Caroline Island, on 6th May, 1883, instructions to observers, 126. 
Evaporation and dissociation, on. —Part VIII., 137 (see Ramsay and Young). 
Ewing (J. A.) and Low (W.). On the Magnetisation of Iron and other Magnetic Metals in very Strong- 
Fields, 221. 
F. 
Foesyth (A. R.). A Class of Functional Invariants, 71. 
Functional invariants, a class of, 71 (see Foesyth). 
G. 
Glass, some observations on the amount of light reflected and transmitted by certain kinds of, 245 (see 
Conroy). 
Gold, revision of the atomic weight of, 395 (see Mallet). 
H. 
Hopkinson (J.). Magnetic and other Physical Properties of Iron at a High Temperature, 443. 
I. 
Divariants, a class of functional, 71 (see Foesyth). 
D'on, magnetic and other physical properties of, at a high temperature, 443 (see Hopkinson). 
Iron, on the magnetisation of, and other magnetic metals, in Ymry strong fields, 221 (see Ewing and Low). 
