Skip to Main Content
Open Menu
Close
Publishers
Open Menu
AIP Publishing
Physics Today
Acoustical Society of America
American Association of Physics Teachers
American Crystallographic Association, Inc.
AVS: Science and Technology of Materials, Interfaces and Processing
Chinese Physical Society
Hefei General Machinery Research Institute
Laser Institute of America
The Society of Rheology
Tianjin University
Publications
Open Menu
Journals
Physics Today
AIP Conference Proceedings
Books
Special Topics
Authors
Open External Link
Librarians
Open External Link
About
Search Dropdown Menu
header search
search input
Search input auto suggest
filter your search
All Content
AIP Publishing Portfolio
Applied Physics Letters
Search
Advanced Search
|
Citation Search
User Tools Dropdown
Sign In
Open Menu
Toggle Menu
Menu
Home
Browse
Open Menu
Newest Issue
All Issues
Collections
Open Menu
Editor's Picks
Fast Track
Featured
Perspectives
Press Releases
Roadmaps
Scilights
Special Topics
Upcoming Special Topics
Open External Link
Publish With Us
Open Menu
Submit Your Manuscript
Open External Link
Preparing Your Manuscript
Open External Link
Journal Specific Guidelines
Open External Link
Publication Charges
Author Resources
Open External Link
AIP Author Services
Open External Link
About
Open Menu
Overview
Editorial Policies
Rising Stars Collection
Contact
Editorial Board
Editorial Board Historical Data
Editorial Advisory Board
Journal Development Team
News
Skip Nav Destination
Application of an ultrathin LiF/Al bilayer in organic surface-emitting diodes
Appl. Phys. Lett.
78, 544–546 (2001)
Currently there are no citedby results. Try again later.
Close Modal
Close Modal
This Feature Is Available To Subscribers Only
Sign In
or
Create an Account
Close Modal
Close Modal
