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Interdisciplinary Studies to Characterise and Optimise Novel Apatite-Type Fast-Ion Conductors
Slater, Peter
(Principal Investigator)
Chemistry
Overview
Fingerprint
Research output
(2)
Project Details
Short title
Interdisciplinary Studies to Characterise and Optimise Novel Apatite-Type Fast-Ion Conductors
Status
Finished
Effective start/end date
8/01/09
→
7/02/10
Funding
ENGINEERING & PHYSICAL SCIENCE RESEARCH COUNCIL
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Explore the research topics touched on by this project. These labels are generated based on the underlying awards/grants. Together they form a unique fingerprint.
Apatite
Engineering & Materials Science
100%
Pair Distribution Function
Chemistry
46%
Defects
Engineering & Materials Science
46%
Oxygen
Engineering & Materials Science
40%
Protons
Engineering & Materials Science
40%
Ions
Engineering & Materials Science
38%
Oxides
Engineering & Materials Science
36%
Distribution functions
Engineering & Materials Science
34%
Research output
Research output per year
2010
2010
2011
2011
2
Article
Research output per year
Research output per year
Local structure investigation of oxide ion and proton defects in Ge-apatites by pair distribution function analysis
Malavasi, L.
,
Orera, A.
,
Slater, P.
,
Panchmatia, PM.
,
Islam, MS.
&
Siewenie, J.
,
1 Jan 2011
,
In:
Chemical Communications.
47
,
1
,
p. 250-252
3 p.
Research output
:
Contribution to journal
›
Article
Apatite
100%
Pair Distribution Function
92%
Protons
81%
Distribution functions
69%
Ions
61%
7
Citations (Scopus)
Protonic defects and water incorporation in Si and Ge-based apatite ionic conductors
Panchmatia, P. M.
,
Orera, A.
,
Kendrick, E.
,
Hanna, J. V.
,
Smith, M. E.
,
Slater, P.
&
Islam, M. S.
,
18 Feb 2010
,
In:
Journal of Materials Chemistry.
20
,
14
,
p. 2766-2772
7 p.
Research output
:
Contribution to journal
›
Article
Apatite
100%
Crystal Displacement
58%
Defects
46%
Simulation
42%
Silicates
38%
30
Citations (Scopus)