Literature of Peroxide of Hydrogen. 



417 



1839|Lampadius J. pr. Chem., XVII, p. 36. 



1843iKirchner 

 iSondalo 

 Barreswil 



1845 Schonbein 

 1850 Brodie 



1851 



Schonbein 



1854 Bunsen 



Wohler and 

 Geuther 



Brodie 

 1858 Schonbein 



J. pr. Chem., XXVIII, p. 



250. 

 Compt. Rend., XVII, p. 



820. 

 Compt. Rend., XVI, p. 



1085. 



Pogg., Ann., LXV, p. 1(51. 

 Phil. Trans., XI, p. 759. 



J. Chem. Soe. (Memoirs' 

 III, p. 358. 



Pogg., Ann., XCI, p. 621. 



Ann. der Chem. u. Pharm., 

 XCIV, p. 127; J. pr. 

 Chem., LX1I, p. 250; 

 Pharm. Centr. flir 1854, 

 p. 752, 



J. Chem. Soc, VII, p. 304; 

 J. pr. Chem., LXIV, p. 

 474. 



Verhandl. der naturf. Ges- 

 ell. in Basel, II, pp. 20, 

 113; J. pr.Chem.,LXXV, 

 p. 88; Chem. Centr., 1858, 

 p. 951 : Anzeige Philo- 

 sophisehe Magazin, [4] 



XV, p. 24; Ann. der 

 Chem. u. Pharm., CVIII, 

 p. 157; Pogg,, Ann., CV, 

 p. 2(58; (See also Chem. 

 Centr., 1859, pp. 19, 33); 

 N. Arch. ph. nat., [4] 



XVI, p. 178; Amer. J. 

 Soi., [2] XXVII, p. 19: 

 Ann. Ch. Phys., [3] LV, 

 p. 218. 



J. pr. Chem., LXVII, p. 

 263 ; Chem. Centr. fur 

 1859, p. 741; Pogii,., Ann., 

 CVI, p. 313. 



chlorine held in a blad- 

 der in a moist atmos- 

 phere. 



A solution bleaching lit- 

 mus obtained from PbO, 

 and dilute ll 2 SO.,. 



Use of H 2 0, to purify foul 

 air in rooms, etc 



Purification of foul air by 

 means of H 2 2 . 



Conversion of chromic into 

 perchromic acid by 

 11,0,. 



Electrolysis of H,G, con- 

 taining HoSOi. 



Decomposition of H 2 2 as 

 affected by the chemi. 

 cal polarity of the atoms- 

 Action of metallic ox- 

 ides, metals, and char- 

 coal on H,0 2 . 



Effect of heat on the for- 

 mation of HnOo in the 

 electrolysis of acidulat- 

 ed water. 



Equal amounts of oxj'gen 

 are liberated from the 

 MnO, and H 2 2 by mu- 

 tual decomposition in 

 acid solution. 



Did not find the preceding 

 to be the case. 



Behavior of H 2 2 with 

 plumbic acetate, ozone, 

 potassium manganate. 

 chromic acid, etc. Con- 

 siders the O in H,0 2 and 

 KMn0 4 for example, to 

 be in opposite electrical 

 conditions; in the for- 

 mer, electro-positive, in 

 the latter, electro-nega- 

 tive. 



H 2 2 obtained from po- 

 tassium, sodium, and 

 barium peroxides on 

 mixing with H 2 0. Evo- 

 lution of O on mixing 

 H 2 2 with perchlorates. 



