594 INDEX. 



D. 



DEWAB (J.) (see LIVEINO and DEWAR). 

 Dew-point instrument*, 73 (see SHAW). 

 Diameters of a plane cubic, on the, 151 (see WALKER). 



Differential (linear) equations, invariants, covariante, and quotient-derivatives associated with, 377 (see 

 FORSYTE). 



E. 



Elasticity and the internal friction of metals, the effect of magnetisation on the, 1 (see TOMLINSON). 

 Electric currents in conducting shells of small thickness, on the induction of, 297 (see BURBURT). 

 Evolution of gases from homogeneous liquids, the conditions of the, 257 (see VELET) . 

 EWINO (J. A.). Magnetic Qualities of Nickel (Supplementary Paper), 333. 

 EWING (J. A.) and COWAN (G. C.). Magnetic Qualities of Nickel, 325. 



F. 



FESTING (E. E.)(see ABNEY and FESTING). 

 FITZPATRICK (T. C.) (see GLAZEBROOK and FITZPATRICK). 



FOBSYTH (A. R.). Invariants, Covariants, and Quotient-Derivatives associated with Linear Differential 

 Equations, 377. 



G. 



Oases, the conditions of the evolution of, from homogeneous liquids, 257 (see VELEY). 

 GLAZEBROOK (E. T.) and FITZPATRICK (T. C.). On the Specific Resistance of Mercury, 351. 



H. 



Hamilton's Numbers, on. Part II., 65 (see SYLVESTER and HAMMOND). 

 HAMMOND (J.) (see SYLVESTER and HAMMOND). 

 Hygrometric methods, report on, 73 (see SHAW). 



I. 



Induction of electric curretitg in conducting shells of small thicknesr, on the, 297 (see BURBURY). 

 Invariants, covariants, and quotient-derivatives associated with linear differential equations, 377 (see 



FORSYTE). 

 Iron, changes produced by mr.gnetisation in the dimensions of rings and rods of, 205 (see BIDWELL). 



