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Thermomechanical evolution of a ductile duplex
W. J. Dunlap, G. Hirth,
C. Teyssier
Earth and Environmental Sciences-Twin Cities
Research output
:
Contribution to journal
›
Article
›
peer-review
161
Scopus citations
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Physics & Astronomy
quartzite
95%
histories
69%
freezing
57%
strain rate
49%
tectonics
44%
feldspars
39%
dating
37%
microstructure
33%
thrust
31%
structural analysis
30%
restoration
29%
continuity
29%
closures
27%
quartz
24%
temperature gradients
24%
kinematics
24%
time measurement
22%
grain size
21%
cooling
19%
temperature
16%
estimates
16%
Chemical Compounds
Plate Like Crystal
66%
Kinematics
59%
Strain
59%
Microstructure
57%
Flow
54%
Creep
52%
Sedimentation
41%
Grain Size
39%
Cooling
37%
Quartz
37%
White
35%
Displacement
34%
Time
30%
Earth & Environmental Sciences
duplex
100%
ductile deformation
30%
quartzite
26%
strain rate
23%
freezing
21%
history
20%
microstructure
18%
dislocation creep
16%
closure temperature
16%
thermochronology
16%
molasse
15%
mylonite
14%
greenschist facies
14%
deformation mechanism
13%
structural analysis
13%
temperature gradient
11%
feldspar
10%
thrust
10%
modeling
10%
kinematics
10%
grain size
9%
dating
9%
restoration
9%
sedimentation
9%
quartz
8%
cooling
8%
tectonics
8%
analysis
6%
basin
6%
temperature
4%
rate
3%