thermal

The thermal radiation from the explosion travels at the speed of light and immediately burns everything within a radius of about 1500 kilometers.

The heat of this light produces a thermal pulse, so energetic and hot that it just burns everything as far as 13 kilometres from the detonation site.

Aluminum collars were installed at key locations along the pipe to constrain the thermal movement of the cable.

If you happen to be in reach of the thermal pulse, one moment, you're on your way to work, the next moment, you're on fire.

As the sea heats up, its volume increases due to thermal expansion.

But this phone is still titanium, and absolutely does not have room for an advanced thermal solution, or any sort of vapor chamber.

But yeah, you know, the typical consequences of a computer getting smaller are battery, speakers, and thermals.

When these lines expand within the outer pipe, they often move and flex in a process called thermal mechanical bending or TMB.

But the extra thickness has also made room for a vapor chamber for the first time, and it's actually made a real difference to the thermals and the behavior of this phone.