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Effects of relative motion between gas and liquid on 1-dimensional steady flow in silicic volcanic conduits: 2. Origin of diversity of eruption styles
Tomofumi Kozono, Takehiro Koyaguchi
Research output
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Contribution to journal
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Article
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peer-review
22
Citations (Scopus)
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Dive into the research topics of 'Effects of relative motion between gas and liquid on 1-dimensional steady flow in silicic volcanic conduits: 2. Origin of diversity of eruption styles'. Together they form a unique fingerprint.
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Physics & Astronomy
magma
100%
volcanology
97%
volcanic eruptions
83%
steady flow
77%
liquids
36%
gases
34%
viscosity
21%
gas-liquid interactions
13%
crystallization
11%
volcanoes
10%
ascent
10%
escape
7%
friction
6%
flow velocity
6%
chambers
5%
Earth & Environmental Sciences
steady flow
73%
volcanic eruption
56%
magma
51%
liquid
41%
gas
34%
viscosity
26%
explosive
23%
effect
15%
crystallization
13%
exsolution
10%
magma chamber
9%
volcano
7%
friction
6%
parameter
5%
Chemical Compounds
Flow
43%
Liquid
36%
Gas
35%
Crystallization
31%
Force
30%
Flow Kinetics
17%
Length
13%