Jeffery Lynn Yarger

Prof. Jeffery Lynn Yarger

School of Molecular Sciences, Arizona State University, Tempe, Arizona, USA
orcid

Research Focus & Metrics

Academic Career Length

32Years (1995-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 June 1998 in Nature
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Journal Article
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CPC. Piskoti
C. Piskoti
Jeffery Lynn YargerJeffery Lynn Yarger
Jeffery Lynn Yarger
AZA. Zettl
A. Zettl

6 March 2018 in Nature Reviews Materials
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Journal Article
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Jeffery Lynn YargerJeffery Lynn Yarger
Jeffery Lynn Yarger
BCBrian R. Cherry
Brian R. Cherry
AVArjan van der Vaart
Arjan van der Vaart

1 April 1997 in Advanced Cement Based Materials
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Journal Article
Closed access
RKR. James Kirkpatrick
R. James Kirkpatrick
Jeffery Lynn YargerJeffery Lynn Yarger
Jeffery Lynn Yarger
PMPaul F. McMillan
Paul F. McMillan
YPYu Ping
Yu Ping
XCXiandong Cong
Xiandong Cong

16 August 2007 in Nature
Verified
Journal Article
Closed access
MBM. H. Bhat
M. H. Bhat
VMV. Molinero
V. Molinero
ESE. Soignard
E. Soignard
VSV. C. Solomon
V. C. Solomon
SSS. Sastry
S. Sastry
CAC. A. Angell
C. A. Angell

5 February 2010 in Physical Review B
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Journal Article
Closed access
CBChris Benmore
Chris Benmore
ESE. Soignard
E. Soignard
SAS. A. Amin
S. A. Amin
MGM. Guthrie
M. Guthrie
SSS. D. Shastri
S. D. Shastri
Jeffery Lynn YargerJeffery Lynn Yarger
Jeffery Lynn Yarger
The effects of high pressures on the structure of silica glass have been elucidated using high-energy x-ray diffraction up to 43.5 GPa. A decrease in the first two peak positions in the real-space pair-distribution functions up to 15 GPa indicates an initial shrinkage of the tetrahedral units. Above this threshold pressure the Si-O bond peak shape becomes asymmetric and the average Si-O bond length and coordination number both increase linearly with pressure. Also, strained geometries in the O-O correlations lead a pronounced topological rearrangement of the second and third nearest neighbors.

22 December 1995 in Science
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Journal Article
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Jeffery Lynn YargerJeffery Lynn Yarger
Jeffery Lynn Yarger
KSK. H. Smith
K. H. Smith
RNR. A. Nieman
R. A. Nieman
JDJ. Diefenbacher
J. Diefenbacher
GWG. H. Wolf
G. H. Wolf
PMP. F. McMillan
P. F. McMillan
Understanding the effect of pressure on aluminosilicate glass and liquid structure is critical to understanding magma flow at depth. Aluminum coordination has been predicted by mineral phase analysis and molecular dynamic calculations to change with increasing pressure. Nuclear magnetic resonance studies of glasses quenched from high pressure provide clear evidence for an increase in the average coordination of Al with pressure.