A Study of Cuprous Oxide Solid Photoelectric Cells |
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active layer active surface anode edge anode strip anode width cathode width cell characteristics CELL I TYPE CELL IA-TYPE CELL IB cell output chemical circuit constant Cu2O surface cuprous oxide current flowing internally curves dark decrease distance from anode EDGE OF ANODE electrode energy output etched experimental cells external flux foot-candles fundamental action HNO3 I₁ illuminated band IMPRESSED ON CELL increased intensity of illumination internal resistance lamps luminous energy MICROAMPERES obtained Ohm's law ohms oxide film oxide layer oxide surface photovoltaic cell Photronic potential difference potentiometer present study quantum theory R₁ resistance film retarding voltage selenium Sensitive Layer shown in Fig shutter slit Sn positive solid cell solid photo solid photocell solid photoelectric cells surface potential temperature tests threshold frequency total current TYPE 2 CELL V_VOLTS IMPRESSED VALUES AT V=0 versus volt voltage and current voltage impressed voltaic cells volts W₁