. Galvanic Cells Produced by the Action of Light. The Chemical Statics and Dynamics of Reversible and Irreversible Systems under the Influence of Light. (Second Communication). C100,000,ohms Rubensthermopile v/v Screen Accumulators (Resist,lamp) Hh ClarkNi (— <2_ Clark /ex N2 U_. Aix(orAcetylene burner,A. ) 1111111111111111111 Scale On the right are the arrangements for a constant source of light : acetyleneor the arc was used. AB is the acetylene burner. Acetylene from the generatorpasses through a balance governor, regulating tap, water manometer, drying apparatust
. Galvanic Cells Produced by the Action of Light. The Chemical Statics and Dynamics of Reversible and Irreversible Systems under the Influence of Light. (Second Communication). C100,000,ohms Rubensthermopile v/v Screen Accumulators (Resist,lamp) Hh ClarkNi (— <2_ Clark /ex N2 U_. Aix(orAcetylene burner,A. ) 1111111111111111111 Scale On the right are the arrangements for a constant source of light : acetyleneor the arc was used. AB is the acetylene burner. Acetylene from the generatorpasses through a balance governor, regulating tap, water manometer, drying apparatusto the specially constructed burner, as described in my previous publications. The arrangement of the arc light is as follows:—The current from the accumu-lators (Ace) passes through a resistance Fl (Fleming) of 3 ohms, the arc (Ar), andthe amperemeter (A); the voltmeter (V) is connected either with the terminals ofthe Dubosc arc, or, since the resistance is kept constant, at the terminals of theaccumulators where the voltage was much higher (67 volts instead of 42), to getmore sensitive reading. The light passes to a Rubens thermopile (RTh). The wooden screen (Scr) isplaced between the Rubens thermopile and the source of light. The leads from theRubens thermopile pass to the interrupter (
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Keywords: ., bookcentury1900, bookdecade1900, bookidphiltrans067, bookyear1906
