Nanostructured Semiconductors in Porous

General Books

School Books

Stationery

Menu

Sign In / Up

Sign in to your account or register new one to have full control over your orders, receive bonuses and more.

Sign In

New customer? Register

0 Cart

Subtotal: 0.00

Total Items In Cart:

View Cart

Sign In / Up

Home
Pre-orders
Book Subscription
General Books
Childrens Books
Non-Fiction
Primary School Books
Secondary School Books
- Junior Cert
  - Business
  - CSPE
  - English
  - French
  - Geography
  - German
  - History
  - Home Economics
  - Irish
  - Math
  - Music
  - PE Junior
  - Science
  - Sphe
  - Spanish
  - Technology & Graphics
- Senior Cert
  - Art
  - Biology
  - Business, Acc. & Economics
  - Chemistry
  - English
  - French
  - Geography
  - German
  - History
  - Home Economics
  - Irish
  - Math
  - Music
  - PE
  - Physics
  - Politics & Society
  - Sphe
  - Spanish
  - Contstruction, DCG & Technology
- Transition Year Books
- Novels
- Plays
- Secondary Irish Books
- Career Guidance
- Secondary School General
Exam Preparation
Stationery
School Book Lists
- Primary School books Lists
- Secondary School books Lists
Help

General Books

School Books

Stationery

Home
General Books
- Popular in Books
- Non-Fiction
- Children Books
Children's Books
Primary School Books
Secondary School Books
Join our Mailing List
Book Subscription
Blog
Help
- Help
- Kildare
- Maynooth University Bookshop

0 Cart

Subtotal: 0.00

Total Items In Cart:

View Cart

General Book Search for "9781771887700"

General Books
School Books

Nanostructured Semiconductors in Porous Alumina Matrices

Author : Aleksey Yu. Fedotov,Rishat G. Valeev
Hardback
Published : Tuesday 3 September 2019
ISBN : 9781771887700
Price : €145.08

Description

Explores new developments in the modeling, synthesis, and properties of functional semiconductor nanostructures in porous anodic alumina matrices. It focuses on luminescent nanoparticles in organic and inorganic dielectric matrixes, specifically in porous alumina films, due to their capacity for particle division.