686 
INDEX. 
Chemical constitution, connexion between, and physiological action and antagonism, 197 (see Bruxtox). 
Circulation of air in Kdndt’s tubes, 1. 
Clark cell, electromotive force of, 440 (see Rayleigh). 
Comet seen during a total solar eclipse, 261. 
Dixon (H. B.). Conditions of Chemical Change in Gases: Hydrogen, Carbonic Oxide, and Oxygen, 617 
(for contents see p. 617). 
Donaldson (F.) and Howell (W. H.) (see Howell). 
E. 
Earths, alkaline and other, physiological action of, compared, 223. 
Echidna Bamsayi, 273. 
Eclipse, observations taken during a total solar, 263 (see Abney). 
Electromagnetic field, transfer of energy in, 343. 
Elliptic cylinder, potential of, for a particular law of density, 405. 
Elliptic space, dynamics of a rigid body in, 281. 
F. . 
Faraday’s observations of the phenomena of light particles on a vibrating plate considered in reference 
to theory, 1. 
Ferrier (D.) and Yeo (G. F.). A record of Experiments on the Effects of Lesions of Different Regions 
of the Cerebral Hemispheres, 479.—Lesions of the angular gyri and occipital lobes, 480; of the 
temporo-sphenoidal convolutions, 505; of the convolutions bounding the fissure of Rolando, 510; 
of the frontal lobes, 521; of the hippocampal region, 532. 
Fluid, motion of, part of which is moving rotationally and part irrotationally, 863. 
H. 
Hartley (W. X.). Researches on Spectrum Photography in relation to New Methods of Quantitative 
Chemical Analysis.—Part I., 49 (for contents see p. 49). 
Hartley’ (W. N.). Researches in Spectrum Photography in relation to New Methods of Quantitative 
Chemical Analysis.—Part II., 325. 
Hartley (W. N.) and Adeney (W. E.). Measurements of the Wave-lengths of Lines of High Refrangi- 
bility in the Spectra of Elementary Substances, 63. 
Heart, maximum volume of blood sent out by, and influence of pressure on the work done by, 139 (see 
Howell). 
Heath (R. S.). On the Dynamics of a Rigid Body in Elliptic Space, 281. 
Hicks (W. M.). On the Steady Motion and Small Vibrations of a HoIIoyv Vortex, 161 (for contents see 
p. 161). 
Hill (M. J. M.). On the Motion of Fluid, part of which is moving Rotationally and part Irrotationally, 
363. 
