240 CHLORINE. 



able, give corresponding atomic weight below 112.1. Oxa- 

 late-Work, Nos. 8 to 13, inferior, as might be expected. 

 Electrolysis, Hardin, 1896: 



14 Cd : Cd Ch, 10 Det., 252 236; 16. Mean 42 high. 



15 Cd : Cd Br2, 10 Det., 210 196; 14. " 27 high. 



By Silver: 



16 Cd Ch, Dumas, 1860: 



6 Det., 083 618; 465. " 121 high. 



17 Cd Br2, Huntington, 1881 : 



8 Det., 110 045; 65. " 150 high. 

 B y Silver : 



18 Cd Ch, Bucher, 1895: 



21 Det., 949 880; 69. " 153 high. 



19 Cd Bra, Huntington, 1881 : 



8 Det., 437 405; 32. 82 high. 



20 Cd Bra, Bucher, 1895: 



5 Det., 480 453; 27. " 124 high. 

 These results speak for themselves. Even electrolysis 

 not satisfactory; but both silver processes worthless. 



CERIUM. 



The following two reactions have been preferred by 

 chemists: 



2 Ce O2 : Ce2 (O4 S)a and 2 Ce O2 : Cea (Ca O4)a 

 The results are still unsatisfactory. 



Ratio: A, Sulphate. B, Oxalate. 



Ce = 139 0.60 429 0.63 loo 



HO 563 235 



141 702 370 



Difference per unit 139 135 



A. Brauner, 1885, 2 3 D et, 604 549; 55. Mean 0.60 573. 



B. Buehrig, 1875, 5 Det., 0.63 432. 

 Possibly Ce = 140. 



CI-35.5. CHLORINE. TURNER, 1833. 



See pp. 97-101. 



The various Stasian Reactions have been disposed of in 

 the preceding, and are fully reviewed in my True Atomic 

 Weights; they have finally been thrown into the Rumpel 

 Kammer. 



