thermonuclear reaction

"A thermonuclear reaction is the only way I can think of.

He then realized that this approach might be useful for starting a thermonuclear reaction.

He explained solar energy by the thermonuclear reactions of hydrogen.

It has been suggested that thermonuclear reactions may be producing greater quantities of certain species.

Matter falling toward a black hole gives off more energy than the same matter would in a thermonuclear reaction.

In the second part of his work, he describes how to obtain electricity from a controlled thermonuclear reaction.

The fifth force is created by thermonuclear reactions: generally, that is, in stars.

The sun's energy is from contraction; it isn't yet compressed enough at the core to start thermonuclear reactions.

So energetic is this imaginary machine that using it would be like harnessing a thermonuclear reaction.

There was never a case of a ghost that could withstand the temperature of a thermonuclear reaction.

Stars radiate energy that comes form thermonuclear reactions.

This results in the restart of thermonuclear reactions.

The brightness of the flaring metal, which was probably undergoing some thermonuclear reaction, slowly declined.

"I recall from my astrophysics courses that the surface of a white dwarf star can give rise to thermonuclear reactions."

The sequence would be first a mechanical or kinetic explosion, triggering a thermonuclear reaction.

The fictional science behind the Alderson drive assumes a fifth force, generated by thermonuclear reactions.

The Alderson force, then, is the fifth, and it is generated by thermonuclear reactions.

The committee analyzed Richter's work and concluded that the actual temperature reached in his experiments was far too low to produce a true thermonuclear reaction.

This can lead to runaway thermonuclear reactions and the massive explosion of the star in a Type I supernova.

The internal heating within brown dwarfs is great enough to sustain thermonuclear reaction of deuterium to helium.

The internal heating within stars are so great that they sustain thermonuclear reaction of hydrogen to helium and can make heavier elements.

Solar energy is produced by the thermonuclear reactions which are constantly taking place in the sun which has a temperature of 20 million degrees centigrade.

The only reason that a self-sustaining thermonuclear reaction can occur on the sun is that there is so much fuel present.

So stressed, it would undergo rapid thermonuclear reactions, fusing hydrogen into helium and giving off bursts of energy.