gamma ray

Not all gamma rays have the same amount of energy.

A few gamma rays, not too many and rather soft.

This means that most of the information coming from the high energy gamma rays will be lost.

This is the reason that two gamma rays are created.

Where those gamma rays come from has been a subject of some debate.

The gamma rays had to be intense and of the right energy.

The gamma rays we're seeing now are the ones that went in at the start.

For the record, gamma rays do not make food radioactive.

It is converted into energy in the form of gamma rays.

It's just within the bounds of risk to ask them if they've ever worked with gamma rays.

That will carry a lot more energy than the visible light or the gamma rays.

There are two puffs of gamma rays in play here.

As a result, the Sun does not emit gamma rays.

"A black hole that size would be a strong source of gamma rays, right?"

The gamma rays, they reported in the journal Nature last week, are almost entirely from point sources.

They went right on through us as if they were gamma rays.

This scattering is one of the main things that happen when gamma rays meet matter.

Or was it just all the good gamma rays.

It does not, however, shield the laboratory from gamma rays.

What portion of the gamma rays will make it to ground level?"

"I'd have to stay in the suit while you fry it with gamma rays?"

Every nuclear device produces gamma rays, which pass through almost everything but lead.

It certainly can't be anything less than gamma rays and probably even of greater frequency.

Gabriel said calmly, "Gamma rays are coming through the far end now."

Gamma rays had been examined above the atmosphere by several early space missions.