Electroluminescence / Elektrolyuminestsentsiya /

Kinetics of the Destriau Effect.- I. Theory of the Kinetics of the Destriau Effect.-
1. General Theory.-
2. Derivation of Formulas for Electroluminescence Efficiency from the Transport Equations.- II. Experimental Investigation of the Kinetics of the Destriau Effect.-
1. Investigation of the Dependence of the Electroluminescence Efficiency on the Voltage.-
2. Influence of the Activator Concentration and of a Second "Phase" on the Energy Absorption and the Electroluminescence Brightness.- Conclusions.- Literature Cited.- Electroluminescence and Other Optical and Electrical Characteristics of p-n Junctions in Zinc Sulfide.- I. Some Properties of p-n Junctions.-
1. Current-Voltage Characteristics in Darkness.-
2. Electroluminescence.-
3. Photo-emf.-
4. Fabrication of p-n Junctions.- II. Electrical and Optical Properties of Zinc Sulfide.-
1. Electrical Properties.-
2. Photoconductivity and Luminescence.- III. Fabrication and Investigation of p-n Junctions.-
1. Fabrication of p-n Junctions.-
2. Methods Used in Investigations of p-n Junctions in ZnS.- IV. Optical and Electrical Properties of p-n Junctions in ZnS.-
1. Current-Voltage Characteristics and Photo-emf.-
2. Electroluminescence of p-n Junctions in ZnS.-
3. Comparison of Some Characteristics of p-n Junctions in ZnS with the Characteristics of ZnS:Cu2S Heterojunctions.- Conclusions.- Literature Cited.- Electroluminescence and Some Electrical Properties of Homogeneous Zinc Sulfide Single Crystals.- I. Review of Published Literature.-
1. Optical and Electrical Properties of Zinc Sulfide.-
2. Electroluminescence of Zinc Sulfide.- II. Experimental Method.-
1. Preparation of Samples.-
2. Apparatus.- III. Results of Measurements and Discussion.-
1. Electrical Conductivity.-
2. Visible Electroluminescence.-
3. Ultraviolet Electroluminescence.- Conclusions.- Literature Cited.- Temperature Dependence of the Brightness of the Radiation Emitted by Electroluminescent Capacitors.- Method.- Experimental