stephen w morris:
Pinched-off vortex rings in a reacting plume
stephen w morris:
Chemical reaction driven plume: a "supernova in a jar"
stephen w morris:
Reacting plume morphology as a function of viscosity
stephen w morris:
iodate arsenous acid reaction plume in water in a large tube
stephen w morris:
40%
stephen w morris:
60%
stephen w morris:
80%
stephen w morris:
plume sequence: grows a new head
stephen w morris:
energetic double plume
stephen w morris:
A computation chemical flame ball that is too small dies out
stephen w morris:
After a long time, the plume just feeds a volume of reacted fluid at the top
stephen w morris:
computational chemical plume with large initial condition
stephen w morris:
computation chemical plume
stephen w morris:
computational chemical flame ball that almost dies, but recovers
stephen w morris:
computational chemical plume
stephen w morris:
MRI velocity movie of chemical plume rising
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume visualized with starch
stephen w morris:
buoyant chemical plume visualized with starch
stephen w morris:
buoyant chemical plume visualized with starch
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
stephen w morris:
buoyant chemical plume
