Skip to main navigation
Skip to main content
KIEEME
mobile search button
mobile menu button
Search
Advanced Search
ABOUT
ABOUT
Journal introduction
Aims and scope
Editorial board
Management team
Best practice
Subscription information
Contact us
BROWSE ARTICLES
All issues
Current issue
Most viewed
Most downloaded
Most cited
Search
Metrics
EDITORIAL POLICIES
Research ethics
Peer review policy
Copyright and open access policy
Article sharing policy
Archiving policy
Data sharing policy
Preprint policy
Crossmark policy
Advertising and sponsorship policy
Research misconduct-related regulations
FOR CONTRIBUTORS
Instructions for authors
Checklist
Copyright transfer agreement
Graphical abstract
E-SUBMISSION
ABOUT
Journal introduction
Aims and scope
Editorial board
Management team
Best practice
Subscription information
Contact us
BROWSE ARTICLES
All issues
Current issue
Most viewed
Most downloaded
Most cited
Search
Metrics
EDITORIAL POLICIES
Research ethics
Peer review policy
Copyright and open access policy
Article sharing policy
Archiving policy
Data sharing policy
Preprint policy
Crossmark policy
Advertising and sponsorship policy
Research misconduct-related regulations
FOR CONTRIBUTORS
Instructions for authors
Checklist
Copyright transfer agreement
Graphical abstract
Page Path
HOME
Search
Optical thickness
WHERE t1.sid in(parameter_dbtbl_keyword '%Optical thickness%') and t1.xml_status <> 99
1
results for
"Optical thickness"
Filter
Keywords
color (1)
EMP (1)
Mutilayed film (1)
Optical thickness (1)
Publication year
2008 (1)
Authors
Gun Eik Jang (1)
Jun Sik Kim (1)
Keywords
color (1)
EMP (1)
Mutilayed film (1)
Optical thickness (1)
Cancel
Close
authors
Gun Eik Jang (1)
Jun Sik Kim (1)
Cancel
Close
Publication Year
2008 (1)
Cancel
Close
Funded articles
Cancel
Close
"Optical thickness"
The Optical Properties of Sb2O3/Na3AIF6/Sb2O3/Cr Multi Layered Thin Films by EMP Simulation
Jun Sik Kim, Gun Eik Jang
J Electr Electron Mater
2008;21(4):376-380.
Published online April 1, 2008
PDF
14
View
0
Download
First
Prev
Page
of 1
Next
Last
×
TOP
First
Prev
