Japanese Journal of Applied Physics · 1967 · 19 citations · 16 references
Natural SciencesMaterials SciencePhysicsCondensed Matter PhysicsElectronic MaterialsSemiconductor MaterialsConductive MaterialsDopingElectrical ConductivitySemiconductor Crystal GrowthSemiconductor DefectsSemiconductor PhysicsConductionElectrical PropertiesElectron MobilityHole TransportSemiconductor ConductivitySolution GrowthValence BandValence Band Structure
Hall coefficient and conductivity of GaP crystals produced by the solution-growth method were measured at temperatures between 4.2°K and 300°K. Activation energies of donors in undoped, Si-doped and S-doped samples are almost the same indicating about 0.10 eV. In Zn-doped Gap, the level of Zn lies 0.031 eV above the valence band. Electron mobility in undoped samples and hole mobility in Zn-doped samples are 140–180 cm 2 /volt·sec and about 50 cm 2 /volt·sec respectively at room temperature. These samples exhibited impurity conduction at considerably high temperature, for example, at 50°K for undoped samples, and its characteristics are similar to those of germanium in the metallic and the transition region.
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The theory of impurity conduction
N. F. Mott, W. D. TWOSE · Advances In Physics · 1961 · 1.5K citations
The transition to the metallic state
N. F. Mott · Philosophical magazine · 1961 · 1.2K citations
ON THE TRANSITION TO METALLIC CONDUCTION IN SEMICONDUCTORS
N. F. Mott · Canadian Journal of Physics · 1956 · 510 citations
Hall Effect Studies of Doped Zinc Oxide Single Crystals
A. R. Hutson · Physical Review · 1957 · 360 citations