A laboratory volcano (6): application to Kilauea
Critical gas flux:
d = f(critical gas flux)
B = f(
e,
r
c
,r
t
)
Q
c
: critical gas flux (m
3
/s)
s
: surface tension (kg.s
-2
)
r
liq
: liquid density (kg.m
-3
)
m
liq
: liquid viscosity (Pa.s)
d: bubble diameter (m)
e
: gas volume fraction
r
t
: reservoir radius (m)
r
c
: conduit radius (m)
estimated from
the fire fountain
height at transition
fire fountain/ effusive
Q
c
: critical gas flux: 50 kg/s