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Self-rolled micro- and nanoarchitectures topological and geometrical effects Vladimir M. Fomin.

By: Fomin, Vladimir MMaterial type: TextTextPublisher: Berlin ; Boston De Gruyter, [2021]Description: 1 online resource (x, 138 pages) illustrations (some color)ISBN: 3110575574; 9783110574234; 3110574233; 9783110575576Subject(s): Nanostructured materials | Nanostructures | Nanomatériaux | SCIENCE / Physics / General | Nanostructured materialsGenre/Form: EBSCO eBooks DDC classification: 620.1/15 LOC classification: TA418.9.N35 | F66 2021ebOnline resources: EBSCOhost
Contents:
Intro -- Preface -- Contents -- 1. Introduction -- 2. Vortex matter in self-rolled superconductor microand nanostructures -- 3. Theory of phonons in advanced semiconductor microand nanoarchitectures for thermoelectric applications -- 4. Magnetized rolled-up microstructures -- 5. Propulsion mechanisms of catalytic tubular micromotors -- 6. Topologic signatures of electromagnetic fields in rolled-up microcavities -- 7. Conclusions and outlook -- Bibliography -- Index
Summary: The work shows the fascination of topology- and geometry-governed properties of self-rolled micro- and nanoarchitectures. The author provides an in-depth representation of the advanced theoretical and numerical models for analyzing key effects, which underlie engineering of transport, superconducting and optical properties of micro- and nanoarchitectures.
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Includes bibliographical references and index.

Intro -- Preface -- Contents -- 1. Introduction -- 2. Vortex matter in self-rolled superconductor microand nanostructures -- 3. Theory of phonons in advanced semiconductor microand nanoarchitectures for thermoelectric applications -- 4. Magnetized rolled-up microstructures -- 5. Propulsion mechanisms of catalytic tubular micromotors -- 6. Topologic signatures of electromagnetic fields in rolled-up microcavities -- 7. Conclusions and outlook -- Bibliography -- Index

The work shows the fascination of topology- and geometry-governed properties of self-rolled micro- and nanoarchitectures. The author provides an in-depth representation of the advanced theoretical and numerical models for analyzing key effects, which underlie engineering of transport, superconducting and optical properties of micro- and nanoarchitectures.

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