But while his power may not be measured in megatons, it is more than good enough.

The energy release for each impact was around a thousand megatons.

Between them, they represented just over two megatons of destruction.

The force of the explosion is estimated to be about 10-15 megatons.

It was scaled down to 1.6 megatons for the live test.

"How many megatons of silicon do you think exist on Home?"

Finally, at over a hundred megatons equivalent, he did get results - of a sort.

"Or a one megaton nuclear blast could have done it."

And that, unfortunately was not available in the megaton qualities needed for such a project.

The 1 to 1.2 megaton yield weapon was in service between 1977 and 1991.

As megatons of water shape organisms on the ocean floor.

All my instincts say they'll be waiting with a megaton of death hi each hand.

Particularly when we've got nickel-steel by the megaton to work with!

These systems were designed to survive at their base a near miss of 20 megatons.

But, they eventually find a 15 megaton nuclear bomb in the middle of the island.

What would a blast measuring almost three hundred megatons do?

The energies needed to move megatons between stars were immense.

It's difficult to imagine 1 million megatons, so let's try some smaller sizes.

"Something like five hundred megatons for the big one."

Anywhere from a kiloton up to a megaton for those things.

Maybe some megatons of water vapor got left behind when they moved the Earth."

And was dropped only twice, in sizes smaller than megaton.

So we already have a couple of million megatons sitting in exactly the right place for the anchor."

Impact energy has been estimated at about 10 megatons.

It weighed 3,080 pounds and had a design yield of 3.75 megatons.