600 



INDEX 



Maurice, F. D., Milton as a School- 

 master, n. 328. 

 Mausoleum at Halicamassus, in. 384. 

 Mauve, its Chemical History, ni. 4:6S ; 



IT. 438. 

 MaxweU, J. C, Theory of Three 



Primary Colours, in. 370. 



Colo'ur Vision, vi. 260. 



Action at a Distance, vn. 44. 



• Kemarks on the Molecular Theory 



of Gases, ix. 504, 506. 

 Mayer's Kesearches on Heat, Force, 



&C. ni. 534 ; iv. 663. 

 Mayo, T., Kelations of the Public to 



the Science and Practice of Medicine, 



III. 258. 

 Mayow, M. W., Hamlet, v. 295. 

 Measurements, Personal, xn. 346. 

 ;Mechanism of the Will, xi. 250. 

 Mediterranean Sea, vi. 236-259; vni. 



597. 

 Medusa aurita, Development of, i. 11. 

 Medusa, Nervous System, vni. 166, 438. 

 Melanesians, viii. 629. 

 Melde's Experiments on the Vibration 



of Strings, iv. 687. 

 Meldrum on Cyclones, vn. 36, 43. 

 ISIelloni's Investigations on Heat, x. 255. 

 Mellor, S., on Va^nadium, vin. 229. 

 Melting Points of Sulphur, i. 449. 

 Memories Blended, ix. 161. 

 Men of Science, vn. 227. 

 Mendeleef, D., Attempt to apply to 



Chemistry one of Newton's Prin- 

 ciples, xn. 506. 

 Mental Development, v. 311 ; Images, 



IX. 644. 

 Diflerences between Men and 



Women, xn. 78. 

 Mer-de-Glace, n. 545. 

 Mercer's Contraction of Cotton by Al- 

 kalies, I. 134. 

 Mercuric Fulminate, ix. 62, 64. 

 Meritens Machine, ex. 15; presented, 



170. 

 Merrifield, C. W., Sea Waves, vn. 297. 

 " Merrimac " described, in. 508. 

 Mesmerism, xi. 25. 

 Metals, Ancient and Modem, n. 215 ; 



History of, vi. 3S7 ; Precipitation of, 



m. 81 : Occlusion of Gases by, v. 



159 ; their Atomic Heat, vi. 397 ; 



Crystallisation of, 425 ; Properties of, 



XI. 395 ; xn. 367. 

 Metamorphoses and Metageneses of 



Animals, i. 9 ; rv. 551. 



of Insects, m. 375. 



Meteoric Stones, vi. 513 : Showers, ix. 



41. 



Meteorites, x. 6 ; xi. 328 ; xn. 18. 



and the History of Stellar 



Systems, xn. 379. 



Meteorological Office, Work of, v. 535. 



Telegraphy, in. 444. 



Meteorology, x. 323. 



of Torquay, n. 437. 



Meteors, m. 143, 531 ; iv. 87, 644 ; ix. 

 40. 



Meters for Electricity, »tc.-x. 235. 



Methyl Chloride, ix. 54, 57. 



Metropolitan Water Supply, v. 346. 



Mexican Picture Writing, vi. 465. 



Mever's Experiments on Dissociation, 

 XI. 476. 



Michael Angelo characterised, vi. 537. 



Michael's Mount, St., v. 128. 



Microscopes, Construction of, i. 402. 



Microscopic Research, vni. 393. 



Military Chemistry, n. 283 ; Cookerv, 

 422. 



Miller, W. A., Photographic Trans- 

 parency of Bodies, and Photographic 

 Spectra of Elementary Bodies, iv. -12. 



Stellar Spectrum Observations, 



IV. 442 ; IX. 286. 



Milne-Home, D., on Glen Eoy, vni. 



237. 

 Milnes, E. Monckton, International 



Exliibition of 1862, in. 485. 

 Milton as a Schoolmaster, ii. 328 ; on 



Education, vni. 457. 

 Mimosa, x. 152. 

 IMimulas, x. 155. 

 Mind and the Correlation of Force, v. 



157. 

 Minerals, Experiments with, ix. 150. 



of the Andes, ni. 190. 



Mining Districts of N. England, n. 57. 

 Miocene Epoch described, vn. 282. 

 Mirage, i. 67. 



Mirrors, Figuring of Plane, xi. 429. 

 Mitchell, A., on Weather and Health, 



IX. 629. 



W., CrystaUography, in. 86. 



Solidified Sidphuric Acid, vni. 



658. 

 Mohammedan Mahdis, xi. 147. 

 Molecular Phvsics, iv. 233; in High 



Vacua, IX. 138, 432. 

 Molecule of Water, ia'. 118. 

 Molecules, ix. 494; x. 185, 256, 259. 

 Monads, vin. 31, 396. 

 Moncrieff, A., MoncriefiTs System of 



Artillery, v. 550. 

 Mond, L., Donations, xn. 178, 370, 526. 

 '- Monitor " described, ni. 509. 

 Monuments in Westminster Abbey, iv. 



602. 



