Journal . urrent and passing it from B to A Igot to 78 per cent, in the resulting gas. Whicheverway I worked the result was practically the same, 77jper cent, of chlorine and 2> per cent, of oxygen. Then,by passing chlorine from A to B, I obtained -2-2 to 28 percent, of oxygen, and from B to A 26 to 24 of oxygenin the gaseous mixture. The impression I hadformed from the curve given in the above diagramwas therefore amply confirmed. My theory of thedecomposition which goes on in the furnace is that. T A l: L E B. DECOMPOSITION UV DRY OXYCHLORIDE OK MAGNESI1 U. Weirhtcl01 IDS 11
Journal . urrent and passing it from B to A Igot to 78 per cent, in the resulting gas. Whicheverway I worked the result was practically the same, 77jper cent, of chlorine and 2> per cent, of oxygen. Then,by passing chlorine from A to B, I obtained -2-2 to 28 percent, of oxygen, and from B to A 26 to 24 of oxygenin the gaseous mixture. The impression I hadformed from the curve given in the above diagramwas therefore amply confirmed. My theory of thedecomposition which goes on in the furnace is that. T A l: L E B. DECOMPOSITION UV DRY OXYCHLORIDE OK MAGNESI1 U. Weirhtcl01 IDS 111 120 CI in the ResiMtu Bl«r 100 ofCI C 17-001900100015011 ftrlMjfd Charged. ** i^™ C1 Weight ofFreel 1 per Operation. M,< iHC1 - ci. FreeCL HC1. Fie^ I t. HC1. 18-80 170116-80 1GS0 bl-00Sj-00 1-J1012-90litis15-23 lOOO 3S10 52-96 53-20 39-77 53-20 175 185190 U-25(i 157 15778 nee. :u, 18S7.] THE JOURNAL OF THE SOCIETY OF CHEMICAL INDUSTRY 83. I Hi
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Keywords: ., bookcentury1800, bookdecade1880, booksubjectchemist, bookyear1882
