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The effect of crystal orientation on the wetting behaviour of silicate melts on the surfaces of spinel peridotite minerals
Frank N. Schäfer
*
,
Stephen F. Foley
*
Corresponding author for this work
Research output
:
Contribution to journal
›
Article
›
peer-review
22
Citations (Scopus)
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Dive into the research topics of 'The effect of crystal orientation on the wetting behaviour of silicate melts on the surfaces of spinel peridotite minerals'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
silicate melt
69%
peridotite
58%
spinel
58%
wetting
56%
melt
42%
crystal
40%
diopside
34%
anisotropy
33%
mineral
32%
enstatite
25%
permeability
19%
olivine
17%
effect
13%
matrix
11%
lherzolite
11%
orthopyroxene
10%
surface energy
10%
connectivity
8%
mantle
7%
liquid
5%
Physics & Astronomy
peridotite
100%
minerals
57%
spinel
56%
silicates
56%
wetting
55%
enstatite
36%
permeability
30%
olivine
30%
anisotropy
29%
crystals
28%
normalizing
15%
interfacial energy
14%
Earth mantle
13%
matrices
12%
surface energy
11%
thresholds
7%
liquids
6%
Chemistry
Crystal Orientation
73%
Crystal Anisotropy
70%
Mineral
47%
Permeability
46%
Interfacial Energy
38%
Anisotropy
36%
Surface
18%
Drop
16%
Flow
12%