NanoScience and Technology Nanoscale Devices by Gianfranco Cerofolini
Free download NanoScience and Technology Nanoscale Devices by Gianfranco Cerofolini
Fabrication, Functionalization, and Accessibility from the Macroscopic World
Authors of: NanoScience and Technology Nanoscale Devices by Gianfranco Cerofolini
Gianfranco Cerofolini
P. Avouris
B. Bhushan
D. Bimberg
K. von Klitzing
H. Sakaki
R. Wiesendanger
Table of Contents in NanoScience and Technology Nanoscale Devices by Gianfranco Cerofolini
List of Acronyms
Part I Basics
1 Matter on the Nanoscale
1.1 Nanotechnology and the .N C 1/ Problem
1.2 Microelectronics is a Nanotechnology
1.3 From Microlectronics to Molecular Electronics
2 Top-Down Paradigm to Miniaturization
2.1 The Path Toward Size Reduction
2.2 Going Down with Device Size is a Hard Uphill Path
2.2.1 The Physical Limit
2.2.2 The Technological Limit
2.2.3 The Economic Limit
2.3 Going Beneath the Limiting Size
3 Physical Limits to Miniaturization
3.1 A Case Study: The Limits of Computation
3.2 The Basic Computational Unit
3.3 Programming
3.3.1 Limits Imposed by the Uncertainty Principle
3.3.2 Limits Imposed by Ballistic Material Motion
3.3.3 Limits Imposed by the Thermal Embedding
3.4 Computation and Irreversibility
3.4.1 Irreversible Computation
3.4.2 Reversible Computation
3.4.3 Minimum Dissipation
3.4.4 Computation and Measure
3.5 Reading
3.5.1 Coupling the Carrier with the External World
3.5.2 Physical Limits in READ Operation
3.5.3 A Little Step Toward Practical Implementation
4 The Crossbar Structure
4.1 The Crossbar Process
4.2 Process Integration
4.3 Why Molecules?
5 Crossbar Production
5.1 Imprint Lithography
5.2 Spacer Patterning Technology
5.3 Multispacer Patterning Technology
5.3.1 Multiplicative Route: SnPTx
5.3.2 Additive Route: SnPTC
5.4 Minimum Exploitable Bar Width
6 The Litho-to-Nano link
6.1 The Horizontal Beveling Technique
6.2 Fusing Adjacent Lines in SnPTC
6.3 Energetic Filtering
6.4 Technology and Architecture
6.5 Not Only Crossbars
6.5.1 Supercapacitors
6.5.2 Photoluminescent Nanosheets
6.5.3 Nanowire Arrays as Seebeck Generators
7 Functional Molecules
7.1 The Molecule as a One-Dimensional Wire
7.1.1 The Role of Contacts: Landauer Resistance
7.1.2 Barrier Transparency
7.2 Conduction Along Alkanes
7.3 Switchable -Conjugated Molecules
7.4 Molecules Exhibiting Superexchange Conduction
7.5 A Comparison of the Switching Mechanisms
8 Grafting Functional Molecules
8.1 Silicon and Its Surfaces
8.1.1 Silicon Chemistry
8.1.2 The Role of Surfaces
8.1.3 The Surface of Single-Crystalline Silicon
8.1.4 The Surface of Polycrystalline Silicon
8.1.5 The Surface of Porous Silicon
8.1.6 Inner Surfaces and the Fantastic Chemistry in Nanocavities
8.2 Routes for Silicon Functionalization
8.2.1 Hydrosilation
8.2.2 Hydrosilation at the Hydrogen-Terminated (1 0 0) Si Surface
8.3 Grafting in Restricted Geometries
8.4 Three-Terminal Molecules
8.5 Nanostructured Oxo-Bonded Silicon
8.5.1 Hydrothermal Synthesis: Zeolites
8.5.2 Hydrolysis and Polycondensation: Aerogels Concluding Remarks
Part II Advanced Topics: Self-Similar Structures, Molecular Motors and Nanobiosystems
9 Examples
9.1 Hybrid Molecule–MOS-FET Combination
9.2 Crossbar Functionalization
10 Self-Similar Nanostructures
10.1 Fractals
10.1.1 Queer Systems
10.1.2 Fractals in Mathematics
10.2 Fractals in Nature
10.2.1 Fractal Biological Systems
10.2.2 Fractal Surfaces
10.3 Fractals in Technology
11 Molecular Motors
11.1 Molecular Building Blocks
11.2 Controlling Movement with Electric Field
11.3 Combining Ballistic and Brownian Motions
11.4 Brownian Motors
12 Nanobiosensing
12.1 Reducing Cell Biology to Molecular Biology
12.2 From Molecular Biology to Systems Biology
12.3 Sensing as a Key Tool for Systems Biology
12.4 From ICs to Nanobiosensors
12.4.1 The Incremental Increase of Complexity of ICs and Sensors
12.4.2 The Shift of Paradigm
12.5 A Roadmap for Nanobiosensing
12.5.1 Nanobiosensing In Vitro
12.5.2 Nanobiosensing In Vivo
13 Abstract Technology
13.1 Material Bodies and Surfaces
13.2 Processes Controlled by Geometry
13.2.1 Conformal Processes
13.2.2 Directional Processes
13.3 Processes Controlled by the Material
13.4 Abstract Technology in Concrete
References
Index
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