Both methods can attain similar pressures, but the shock approach generates higher temperatures.
The heliostats focused radiation from the sun to generate temperatures up to 2,000 degrees at the target.
Heat bursts generate significantly higher temperatures due to the lack of rain-cooled air in their formation.
Electricity is needed to pump and compress the gas, which also allows it to generate higher temperatures than those outside.
They generate high temperatures and have a very short life.
The focused ultrasound waves generate high temperatures within smaller areas.
Another difference is that your normal, ordinary bomb will generate temperatures of a few thousand degrees.
The atomic hydrogen torch uses it to generate very high temperatures near 4,000 C for welding.
The collapse of the cavities generates very high local temperatures and pressures.
Jack Frost has the ability to generate sub-freezing temperatures.
