Skip to main content
Accessibility information
Contact us
Accessibility
Staff
Students
The University of Northampton
Site tools
Advanced Search
Site Map
Search
Search this site:
Site Navigation
Home
About us
Study
Research
Social enterprise
Business & community
Alumni
Login
NECTAR Home
NECTAR FAQs
Browse Publications
Advanced Search
JISC Project
Contact
Help with NECTAR
Browse by Author or Creator
Up a level
Export as
ASCII Citation
BibTeX
Dublin Core
EP3 XML
EndNote
HTML Citation
JSON
METS
Object IDs
OpenURL ContextObject
RDF+N-Triples
RDF+N3
RDF+XML
Refer
Reference Manager
Atom
RSS 1.0
RSS 2.0
Group by:
Item Type
|
Date
|
No Grouping
Number of items:
5
.
Mabbutt, S.
,
Mills, D.
and
Woodcock, C.
(2007)
Developments of the electrochemical noise method (ENM) for more practical assessment of anti-corrosion coatings.
Progress in Organic Coatings.
59
(3), pp. 192-196. 0300-9440.
Jamali, S.
,
Mills, D.
,
Mabbutt, S.
and
Picton, P.
(2011)
Effect of surface preparation on the protective efficiency and adhesion of organic coatings applied to steel.
European Corrosion Congress (EUROCORR) 2011: Developing Solutions for the Global Challenge, Stockholm, Sweden, 04-08 September 2011
. Stockholm, Sweden: Dechema.
Mills, D.
,
Mabbutt, S.
and
Bierwagen, G.
(2003)
Investigation into mechanism of protection of pigmented alkyd coatings using electrochemical and other methods.
Progress in Organic Coatings.
46
(3), pp. 176-181. 0300-9440.
Mabbutt, S.
,
Bierwagen, G.
and
Mills, D.
(2002)
New experimental arrangement for the acquisition of electrochemical noise data from high resistance organic anti-corrosive coatings.
Anti-Corrosion Methods and Materials.
49
(4), pp. 264-269. 0003-5599.
Mabbutt, S.
and
Mills, D.
(2001)
Recent UK work investigating anti-corrosive organic coatings using the electrochemical noise method (ENM).
Surface Coatings International, Part B: Coatings Transactions.
84
(4), pp. 277-283. 1742-0261.
This list was generated from
NECTAR
on
Fri Jan 4 06:42:22 2013 GMT
.
Top
Copyright © 2010 The University of Northampton
Follow us