Characterization of Semiconducting Materials Using the Van der Pauw Method

Paper details

Research paper

Experimental Characterization

J. P. Rili

arXiv·2023·10.48550/arXiv.2312.05744·arXiv:2312.05744

Samples

Each sample groups how it was prepared, characterized, and measured. Click a card to expand.

1 characterization5 properties2 figures

ExperimentalGaAsStudied MaterialTiCapping Or ContactPtCapping Or ContactAuCapping Or Contact

GaAs

Studied Material

Also known as

gallium arsenide

Variables

doped= true

doping_type= n-type

studied material

Related documents with shared materials, methods, properties, or citations.

Characterization of Semiconducting Materials Using the Van der Pauw Method | Matter42 Literature

Type	Label	Value	Material	Sample	Source
Transport Hall Coefficient	Hall coefficient RH	-2.9e-12m³/C	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Slope	k(B) = aB + b, slope a	3.6e-16m³/(C·K·kGs)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Intercept	k(B) = aB + b, intercept b	5e-16m³/(C·K)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Carrier Type	majority carrier type	n-type	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Voltage Sign	sign of RH	negative	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—

Type	Label	Value	Material	Sample	Source
Transport Hall Coefficient	Hall coefficient RH	-2.9e-12m³/C	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Slope	k(B) = aB + b, slope a	3.6e-16m³/(C·K·kGs)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Intercept	k(B) = aB + b, intercept b	5e-16m³/(C·K)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Carrier Type	majority carrier type	n-type	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Voltage Sign	sign of RH	negative	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—

Type	Label	Value	Material	Sample	Source
Transport Hall Coefficient	Hall coefficient RH	-2.9e-12m³/C	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Slope	k(B) = aB + b, slope a	3.6e-16m³/(C·K·kGs)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Intercept	k(B) = aB + b, intercept b	5e-16m³/(C·K)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Carrier Type	majority carrier type	n-type	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Voltage Sign	sign of RH	negative	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—

Type	Label	Value	Material	Sample	Source
Transport Hall Coefficient	Hall coefficient RH	-2.9e-12m³/C	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Slope	k(B) = aB + b, slope a	3.6e-16m³/(C·K·kGs)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Coefficient Temperature Intercept	k(B) = aB + b, intercept b	5e-16m³/(C·K)	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Carrier Type	majority carrier type	n-type	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—
Transport Hall Voltage Sign	sign of RH	negative	GaAs	A doped GaAs sheet used for Van der Pauw and Hall-effect cha	—