594 



INDEX 



Grapbite, xi. 545. 



Gratiolet's Kesearches on the Brain, 



III. 408. 



Grav, A., on N. American Flora, viii. 



578. 



E., Telephone, viii. 503. 



Greek Art, x. 272 ; Painting, x, 292. 



Coins and Greek Art, it. 306. 



Mythology, vi. 129. 



Language, its Vitality, vi. 493 ; 



its Pronunciation, vi. 504; Music 



of Speech, v. 145. 

 Greenland Flora, viii. 575. 

 Green well, W., Yorkshire "Wold 



Tumuli, V. 78. 

 Greg, W. R., Life at High- Pressure, 



VII. 368. 

 Groombridge Star (1830), ix. 517; 



(1618) 518. 

 Grove, Sir W. R.. Heating Effects of 



Electricity and Magnetism, i. 119. 



Transmission of Electricity by 



Flame and Gases, i. 359. 



Perpetual Motion, ii. 152. 



Molecular Impressions by Light 



and Electricity, ii. 458. 



Electrical Discharge in Rarefied 



Media, iii. 5. 



Boiling Water, iv. 158. 



Antagonism, xir. 284. 



presents Bust of Rev. J. Barlow, 



VII. 339. 



Donations, viii. 4 ; xi. 319. 



Grubb, H., Telescopic Objectives and 



Mirrors, xi. 413. 

 Gull, W. W., Physiology of Voluntary 



Movement, i. 37. 

 Gun-cotton, History, &c. iv. 245; vi. 



518 ; vii. 413 ; ix. 62 ; Mechanical 



Nature, iii. 292 ; iv. improved, 622 ; 



its Application to Shells, vi. 519; 



Storage, VI. 531 ; vii. 423 ; ix. 77 ; 



Acoustic Powers, viii. 546, 547. ; 



Explosion, IX. 221, 309. 

 Gunpowder and its Substitutes, ii. 99 ; 



IV. 616 ; VI. 517 ; vii. 415, 419. 424 ; 

 IX. 72 ; X. 444. 



Tension of Fired, \i. 273 ; Acous- 

 tic Power, viii. 546. 

 Guthrie, F., Solid Water, viii. 302. 



Hales, Stephen, Evaporation of Plants, 



VII. 159. 

 Halicarnassus, Discoveries at. in. 385. 

 Haller, Nervous A^ent, iv. 577. 

 Halley's Observations of Stars, x. 



116. 

 Hamilton, J. B., Wind applied to 



String Instruments, vii. 488. 



Hamilton, W. R., presents Lepsius' 



' Egypt,' II. 414. 

 Hamlet, on, v. 295. 

 Hancock, 0. F., presents Littre''s Dic- 



tionnaire, vii. 30. 

 Harconrt, A. Vernon, Rate at which 



Chemical Actions take place, v. 304. 



Coal Gas, vi. 489. 



Value of different Modes of Light- 

 ing (920 Abstract), x. 120. 

 Hartley, W. N., Action of Heat on 



coloured Liquids, vii. 458. 

 Harton Colliery Experiments, ii. 17. 

 Harvey, W. and his Discoveries, viii. 



485. 

 Haswell Collieries Explosion, x. 94. 

 Haughton, S., Shot Drill Physiological 



Experiments, iv. 678. 

 Haweis, Rev. H. R., Bells, ix. 99. 



Old Violins, 305. 



Hawk.^ley, C, Donation, viii. 589. 

 Hawkyns, J. and the Armada, xii. 



307. 

 Health and Houses, iii. 133. 

 Heart, vii. 214 ; viii. 485. 

 Heat, Conduction of, i. 254. 

 and Light, Analogies of, i. 172 ; 



VI. 417. 

 Application of, to Cookery, ii. 



422. 

 in relation to Crystallography, III. 



99 ; its Transmission through Gases, 



155, 295. 

 ■ of the Sun, iii. 531 ; xii. 1 ; of the 



Moon, VII. 139. 



of Oxyhydrogen Flame, v. 391. 



Rumford's Researches, vi. 231, 



232 ; X. 445. 



(Atomic) of Metals, vi. 297. 



its Action on Coloured Liquids, 



VIII. 458. 



of Electric Light, ix. 2, 20, 21. 



Nature of, x. 253. 



Heath, V., Autotype Process, &c. vii. 



220. 

 Heating Effects of Electricity and 



Magnetism, i. 119. 

 Heavenly Bodies, Spectrum Analysis 



applied to, v. 475. 

 Hebrew Alphabet, vi. 470. 

 Heliograjih, iii. 363. 

 Helmholtz, H., Law of the Conserva- 

 tion of Force applied to Organic 



Nature, in. 347 ; iv. 675. 

 on Transmission by the Nerves, 



IV. 578 ; his Myographion, iv. 582 ; 



Fluorescence in the Human Eye, iv. 



571 ; Conductivity of Heat by Metals, 



viii. 75. 



