论文信息 - Electron Mobility Studies in Surface Space‐Charge Layers in Vapor‐Deposited CdS Films

Electron Mobility Studies in Surface Space‐Charge Layers in Vapor‐Deposited CdS Films

Hall and field‐effect surface mobility has been measured in polycrystalline films of CdS of thickness 1000–4000 A. At low surface potential, the mobility increases with surface potential. The Hall mobility was observed to increase exponentially with temperature from −80° to 120°C. These effects can be explained using a polycrystalline film model. The effects of diffuse surface scattering were not observed at low surface potential due to the small mean free path of electrons. However, when the channel thickness was comparable to the electron mean free path a decrease in mobility was observed.

P. K. Weimer | V. Henrich | H. Borkan | A. Waxman | F. Shallcross

[1] Paul K. Weimer,et al. The TFT A New Thin-Film Transistor , 1962, Proceedings of the IRE.

[2] R. Bube,et al. Effect of Photoexcitation on the Mobility in Photoconducting Insulators , 1961 .

[3] J. Thomas,et al. Section V. ordinary surfaces of germanium and silicon: Observations of surface transverse magneto-resistance effects on n-type germanium☆ , 1960 .

[4] R. Greene. Surface transport theory , 1960 .

[5] N. Grover,et al. Surface mobility measurements in germanium , 1960 .

[6] M. Millea,et al. Surface Mobility in Germanium and Silicon , 1958 .

[7] R. Petritz. Theory of an Experiment for Measuring the Mobility and Density of Carriers in the Space-Charge Region of a Semiconductor Surface , 1958 .

[8] J. Zemel,et al. Magneto-Surface Experiments on Germanium , 1958 .

[9] Richard L. Petritz,et al. Theory of Photoconductivity in Semiconductor Films , 1956 .

[10] J. R. Schrieffer,et al. Effective Carrier Mobility in Surface-Space Charge Layers , 1955 .

[11] J. Volger,et al. Note on the Hall Potential Across an Inhomogeneous Conductor , 1950 .

[12] H. Berger. Über das Ausheilen von Gitterfehlern frisch aufgedampfter CdS‐Schichten (I) , 1961 .

[13] R. Missman,et al. Hall mobility of a cleaned germanium surface , 1959 .