Robin Nicholas: Publications

A STUDY OF THE CR AND FE DEEP ACCEPTORS IN INP BY THE NUCLEAR-TRANSMUTATION BACK DOPING TECHNIQUE

JOURNAL OF PHYSICS D-APPLIED PHYSICS 18:2 (1985) 259-267

Authors:

S FUNG, RJ NICHOLAS

A 51�� of Thermally Activated Conduction, Hall Effect and Infra-Red Absorption from the Impurity Band in n-InP

Springer Nature (1985) 705-708

Authors:

THH Vuong, RJ Nicholas

ACTIVATED DC TRANSPORT AND INFRARED-ABSORPTION IN EPITAXIAL N-INP

JOURNAL OF PHYSICS C-SOLID STATE PHYSICS 18:20 (1985) 4021-4035

Authors:

THH VUONG, RJ NICHOLAS

CYCLOTRON-RESONANCE LINEWIDTH IN N-INSB AT LOW-TEMPERATURES

JOURNAL OF PHYSICS C-SOLID STATE PHYSICS 18:7 (1985) 1495-1501

Authors:

CK SARKAR, RJ NICHOLAS

DOUBLE SOURCE PHOTOCONDUCTIVITY OF INP-FE

PHYSICA STATUS SOLIDI A-APPLICATIONS AND MATERIALS SCIENCE 88:1 (1985) 347-353

Authors:

S FUNG, RJ NICHOLAS

51��

Robin Nicholas

Sub department

A STUDY OF THE CR AND FE DEEP ACCEPTORS IN INP BY THE NUCLEAR-TRANSMUTATION BACK DOPING TECHNIQUE

Authors:

A 51�� of Thermally Activated Conduction, Hall Effect and Infra-Red Absorption from the Impurity Band in n-InP

Authors:

ACTIVATED DC TRANSPORT AND INFRARED-ABSORPTION IN EPITAXIAL N-INP

Authors:

CYCLOTRON-RESONANCE LINEWIDTH IN N-INSB AT LOW-TEMPERATURES

Authors:

DOUBLE SOURCE PHOTOCONDUCTIVITY OF INP-FE

Authors:

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51�������

Robin Nicholas

Sub department

A STUDY OF THE CR AND FE DEEP ACCEPTORS IN INP BY THE NUCLEAR-TRANSMUTATION BACK DOPING TECHNIQUE

Authors:

A 51������� of Thermally Activated Conduction, Hall Effect and Infra-Red Absorption from the Impurity Band in n-InP

Authors:

ACTIVATED DC TRANSPORT AND INFRARED-ABSORPTION IN EPITAXIAL N-INP

Authors:

CYCLOTRON-RESONANCE LINEWIDTH IN N-INSB AT LOW-TEMPERATURES

Authors:

DOUBLE SOURCE PHOTOCONDUCTIVITY OF INP-FE

Authors:

51��

A 51�� of Thermally Activated Conduction, Hall Effect and Infra-Red Absorption from the Impurity Band in n-InP