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Atomic Monolayer Metallic Superlattices

J. L. Makous / C. M. Falco

We report the fabrication of a superlattice consisting of alternating single atomic planes of Mo and Ta. This is the first metallic superlattice fabricated with monolayer modulation. This superlattice is the lower limit of a set of superlattices with wavelengths modulated by integer numbers of atomic planes of Mo and Ta. These superlattices retain structural coherence and exhibit metallic resistivity behavior over the entire range of wavelengths down to this monolayer limit. The results reported here contrast with structural and transport behavior observed in other metal-metal superlattices previously studied. (ERA citation 13:014992)

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Atomic Monolayer Metallic Superlattices

J. L. Makous / C. M. Falco

We report the fabrication of a superlattice consisting of alternating single atomic planes of Mo and Ta. This is the first metallic superlattice fabricated with monolayer modulation. This superlattice is the lower limit of a set of superlattices with wavelengths modulated by integer numbers of atomic planes of Mo and Ta. These superlattices retain structural coherence and exhibit metallic resistivity behavior over the entire range of wavelengths down to this monolayer limit. The results reported here contrast with structural and transport behavior observed in other metal-metal superlattices previously studied. (ERA citation 13:014992)

Atomic Monolayer Metallic Superlattices

J. L. Makous / C. M. Falco

We report the fabrication of a superlattice consisting of alternating single atomic planes of Mo and Ta. This is the first metallic superlattice fabricated with monolayer modulation. This superlattice is the lower limit of a set of superlattices with wavelengths modulated by integer numbers of atomic planes of Mo and Ta. These superlattices retain structural coherence and exhibit metallic resistivity behavior over the entire range of wavelengths down to this monolayer limit. The results reported here contrast with structural and transport behavior observed in other metal-metal superlattices previously studied. (ERA citation 13:014992)

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Title:

Atomic Monolayer Metallic Superlattices

Contributors:

J. L. Makous (author) / C. M. Falco (author)

Publication date:

1987

Size:

15 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Nonferrous Metals & Alloys , Solid State Physics , Physical & Theoretical Chemistry , Molybdenum , Tantalum , Electric Conductivity , Fabrication , Modulation , Superlattices , X-Ray Diffraction , ERDA/360102

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