The tornado is the vortex of wind, not the condensation cloud.

A high altitude visual phenomena, probably a condensation cloud, was seen above this region in late March 2012.

Analysts of later nuclear bomb tests used the more general term condensation cloud for the Wilson clouds.

These condensation clouds can often be seen appearing round space-bound rockets as they accelerate through the atmosphere.

A transient condensation cloud, also called Wilson cloud, is observable at large explosions in humid air.

The same kind of condensation cloud is sometimes seen above the wings of low-altitude jet aircraft in a moist atmosphere.

At this point, a phenomenon known as the Prandtl-Glauert singularity occurred, where condensation clouds formed during the vehicle's transition to supersonic speed.

At this point, shock collars, or condensation clouds, could be seen forming around the bottom of the command module and around the top of the second stage.

Similar condensation effects can be observed as Wilson clouds, also called condensation clouds, at large explosions in humid air and other Prandtl-Glauert singularity effects.

Nuclear mushroom clouds are often accompanied by short-lived vapor clouds known variously as "Wilson clouds", condensation clouds, or vapor rings.

Brief low pressure behind the shock wave caused instant fog which shrouded the developing column in a "Wilson cloud", also called a "condensation cloud", obscuring it from view for two seconds.

The use of conventional evaporative cooling would have caused a condensation cloud that would have been noticeable for miles - a dead giveaway to the amount of power consumed by the installation.

Atmospheric condensation around aircraft is also associated with low-pressure regions in subsonic flight, and can typically be observed in damp conditions; but this does not result in conical condensation clouds.

The "Baker" shot created a large condensation cloud and spread much more radioactive water onto the ships than was expected; many of the surviving ships became too "hot" to be used or decontaminated and eventually had to be sunk.

The ligand displaces a sodium and/or magnesium cation present in the "condensation cloud" of such cations that surrounds DNA (to partially balance the sum of the negative charges carried by each phosphate oxygen), thus forming a weak electrostatic association with the outer surface of DNA.