GENERAL INDEX 



TO THE 



LONDON AND EDINBURGH 

 PHILOSOPHICAL MAGAZINE 



AND 



JOURNAL OF SCIENCE. 

 THIRD SERIES. 



The numeral letters refer to the volumes, the figures to the pages. 



AM. H., description of the harvest 

 • bug, ix. 15. 



A. R., on Newton's rings, vii. 363, 474. 



Abbott ( R.) on the variation of a triple 

 integral, xii. 363. 



Abel's theorem, on some elementary ap- 

 plications of, vi. 116; exposition of 

 his argument respecting equations of 

 the fifth degree, xii. 116. 



Absorption, on, viii. 58. 



of light, on Von Wrede's theory of^ 



xii. 114. ; ' 



Acacia, on the strength of, i. 17. 



Acalepha, proposed distribution of the 

 families of, vii. 68. 



Acetate of copper, new species of, ix. 395. 



Acetic acid, formed from carbonic oxide 

 and hydrogen, ii. 155. 



Achromatic lens, negative, its application 

 to telescopes, &c. v. 452. 



light in solar and oxyhydrogen mi- 

 croscopes, X. 184. 



object glass, double, vii. 161. 



microscope, viii. 70. 



Achromatism of the eye, vi. 161, 247. 



Acids ; — acetic, ix. 78, 111 ; xi. 513. dif- 

 ference between and formic, iii. 73; 

 ambreic and cholesteric, iii. 382 ; am- 

 pelic, ix. 406; anchusic, analysis of, 

 iii. 382; anilic, x. 325; apochrenic, 

 V. 238 ; arsenious, vi.237 ; ix. 230; xi. 

 482; arsenovinic, viii. 447; benzoic, ix. 

 78 ; bombic, x, 323; boracic, x. 419; 

 bromine, new acid of, viii. 588 ; cam- 

 phoric, xii. 297, — anhydrous, xi. 221 ; 

 camphovinic, xi. 221 ; carbonic, viii. 

 446; ix. 12,77,78,111, 153; x. 158; 

 cholesteric, iii. 382; chloro-carbonic, 

 iv. 385; chloro-chromic, ix. 12; chloro- 

 clomic, ix. 152 ; chrenic, v. 238 ; chro- 

 mic, ix. 152; xi. 489, — compounds of, 

 with metallic chlorides, iii. 235 ; ciU'ic, 

 xii. 381 ; formic, vi. 399; ix. 149; xi. 



399, — preparation of, iii. 313; fumar, 

 xi. 164; gallic, vi. 319; xi. 323 ; hy- 

 driodic, viii. 191; ix. 76; hydrobromic, 

 ix. 149 ; hydrochloric, viii. 353 ; ix. 78, 

 151,255; hydrocyanic, vi. 97; vii. 400; 

 ix. 314 ; hydrofluoric, ix. 77, 107, 152; 

 hydroleic, ix. 153; hydrostearic, ix. 

 153; hydrosulphuric, ix. 255, 316; 

 hydroxanthic, ix. 317; hyponitrous.ix, 

 77 ; hypophosphomesitylous, xii. 101; 

 iodic, ix. 76; x. 93; xi. 219; iodous, 

 iv. 392 ; lactic, iv. 233 ; xii. 142 ; lam- 

 pic, xi. 512 ; lithic, v. 465; malic, iv. 

 74; margaric, ix. 153; mellitic, x. 

 1 59 J metamargaric, ix. 153 ; molvbdic, 

 ix. 252; monohydrated sulpho-carbe- 

 theric, ix.3l7; muriatic, vii. 400; ix.l2, 

 232,233, — in fluor spar, v. 78 ; new, xii. 

 220; nitric, ix. 12,53, 77, 113, 122,259; 

 X. 172, 269, 276, 326 ; xi. 554 ; nitrohy- 

 drochloric, ix. 113; nitrosulphuric, x. 

 489; oenanthic, x. 418, 422; organic, a 

 new, xi.564;oxalhydric,iv. 74;xi. 142; 

 oxalic, V. 445; ix. 78, 155; paratarta- 

 ric, xii. 605; periodic, x. 325; pho- 

 sphoric, ix. 75, 154, 261 ; X. 217, 218 ; 

 phosphovinic, iii. 73 ; ix. 396 ; picric, 

 X. 325; polygalic, xi. 561; pyroge- 

 nous, iv. 385 ; pyromucic, vii, 429 ; 

 pyrotartaric and tartaric, v. 397 ; re- 

 tinic, xii. 560 ; suberic, viii. 443 ; suc- 

 cinic, vii. 238 ; sulphindylic, x. 320 ; 

 sulphocarbic, ix. 318; sulphocetic, ix. 

 154; sulphocyanic, ix. 443 ; sulpho- 

 leic, ix, 153; sulphomargaric, ix. 153; 

 sulphomethylic, vii. 397 ; sulphonaph- 

 talic, xi. 565 ; sulphopurpuric, x. 324; 

 sulphostearic, ix. 153 ; sulphovinic, ix. 

 154,318; sulphuric, vi. 97; ix. 12, 78, 

 87, 152, 153, 154,261, 322, 396; x. 324, 

 — anhydrous, x. 157; xi. 321, 566^ — 

 English, vii. 235, — manufacture of, iii. 

 115; sulphurous, ix. 543; x. 235, — an- 



