Name: Kinetics In Nanoscale Materials
SKU: 43809704
Price: 153.97 USD
Availability: InStock
Author: King, Ning Tu, Andriy M. Gusak

Formato

Libro Físico

Editorial

Wiley

Autor

King, Ning Tu, Andriy M. Gusak

Tema

Us Gr

N° páginas

312

Dimensiones

15.56 x 23.50 cm.

ISBN

0470881402

ISBN13

9780470881408

Categorías

Ciencia de materiales

Kinetics In Nanoscale Materials

King, Ning Tu, Andriy M. Gusak (Autor) · Wiley · Libro Físico

Libro Nuevo Importado

Envío: 18 a 25 días háb.

$ 279.95$ 153.97

-45%

Costos de importación incluídos en el precio ✅

Libro Nuevo

Quedan 45 unidades

$ 153.97

Llega entre el 10 Sep y el 23 Sep a Quito, Pichincha. Seleccionar ubicación

Agregar a lista de deseos

Reseña del libro "Kinetics In Nanoscale Materials"

This Book Is The First To Explain Why The Subject Of Kinetic Processes In Nanoscale Materials Is Of Wide Interest And Discusses The Links Between Kinetic Processes In Nanoscale Materials And Bulk - Scale Materials. As The Ability To Produce Nanomaterials Such As Nanodots And Nanowires Has Advanced, It Becomes More Important To Understand How The Energy Of The Atoms In These Materials Is Affected By Their Reduced Dimensions. The Biggest Barrier To Rational Design And Controlled Synthesis Of Nanomaterials With Predefined Properties Is The Lack Of Fundamental Understanding Of Thermodynamic And Kinetic Processes At The Nanoscale. Bulk Material Properties Are Not Size - Dependent, But The Properties Of Nanomaterials Are A Function Of Size. The Underlying Principles Governing The Properties At All Lengths, Organization Complexity, And Structural And Property Stability Over Time Must Be Understood. This Book Is Divided Into Two Parts, With Part I Focusing On Bridging Macro And Nanoscale Materials, Making This Book Accessible To Scientists, Researchers, And Graduate Students In Materials Science, Materials Physics, And Nanotechnology. It Also Highlights The Systems And Processes That Have Been Recently Discovered. Part Ii Demonstrates The Applications Of Kinetic Processes In Nanoscale Materials To Nanotechnology And Devices