That water vapor rose within «rocket dust storms» — storms with rapid vertical movement —
on convection currents similar to those in some storm clouds on Earth, says study coauthor Nicholas Heavens, an astronomer at Hampton University in Virginia.
Not exact matches
The configuration suppresses thermal
convection currents on the substrate and cools the reactant gases just before they react.
Burning embers from the bark of trees were carried aloft by shifting winds and updrafts of the fire's own
convection currents for up to 20 miles, jumping across roads, clearing fire breaks, and starting new blazes
on the parched ground.
By comparison, conventional saunas must rely only
on indirect means of heat: first,
on convection (air
currents) and then, conduction (direct contact of hot air with the skin) to produce its heating effect.
The content covered by the lesson are;
Convection currents recap, what happens at the four (4) types of plate boundaries, identifying the different plate boundaries
on a map, and how are hazards formed at different plate boundaries.
Duration: Approximately 30 mins 24 slides covering: • The Sun's Energy • Transfer of Energy • Radiation • Conduction •
Convection • Uses of Radiated Energy • Life
on Earth • Winds • Ocean
Currents • The Water Cycle
We can check the
current SST and see that this matches what is going
on currently, except for the cold region near 50N 25W, which was there not too long ago, but has recently disappeared, so we appear to be in a phase of high deep - water
convection in the North Atlantic.
There is no evidence to support the notion that
convection currents I described are dependent
on CO2 (or any other GHG).
Well
on wind and ocean
currents driven by the very
convection processes you've been talking about.
Gas and liquids are fluids, this sets up
convection currents in the heavy fluid voluminous gas which is our atmosphere as they exist in the fluid liquid water which is the ocean, in the air these volumes of air
on the move, packets as some call them..
showing how EM radiation, heat and air / water kinetic energy (in cells, circulations,
currents, weather systems and
convection columns and so
on) move and how long they have to move before they reach some kind of equilibrium would go some way to visualising why it takes time for the earth system to respond to radiative forcing (commitment time lag).