Примери за използване на Thermonuclear explosion на Английски и техните преводи на Български
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A thermonuclear explosion.
NASA has detected a massive thermonuclear explosion in space.
Thermonuclear explosions are estimated to reach only tens to hundreds of millions of degrees Kelvin;
All was a thermonuclear explosion.
The core would melt through the reactor… and start a thermonuclear explosion.
Evidence of a Massive Thermonuclear Explosion on Mars in the Past.
If that one switch had been activated,the bomb would have detonated a full-scale thermonuclear explosion on US soil.
So you're talking about a thermonuclear explosion and"Adiós, muchachos.".
Back in 2011, Brandenburg first postulated that the red colour on Mars could have been due to a naturally occurring thermonuclear explosion.
It's a heavy element produced in thermonuclear explosions of supernovae.
Astronomers think the thermonuclear explosion was caused by helium that sunk beneath the surface of the pulsar and fused into a ball of carbon.
Whatever above ground performed nuclear or thermonuclear explosion creates the famous mushroom.
In a fascinating article written by Daily Mail, back in 2011 the scientist first postulated that the red colour on Mars could have been due to a naturally occurring thermonuclear explosion.
Dr. N: Well, who does the full-sized thermonuclear explosions which create physical universes and space itself?
The only change to the light would come from changes in the thermonuclear explosions themselves.
Astronomers believe this thermonuclear explosion was brought about by helium that sunk beneath the surface of the pulsar, fusing into a carbon block.
Back in 2011, scientists suspected that the red color of Mars could have been caused by a thermonuclear explosion that occurs naturally.
Let us consider the results of a powerful thermonuclear explosion at the Pacific proving grounds in the Marshall Islands, 11 degrees north of the Equator.
In neutron stars- superdense corpses of giant stars that exploded buthaven't collapsed into singularities- the X-rays come from thermonuclear explosions on their outer crusts.
Astronomers believe that the reason behind the thermonuclear explosion was the helium that sunk underneath the surface of the pulsar and attached into a ball full of carbon.
Its inventor, Dr. Karl Nowak,explained the reason for his invention as being to create a superbomb without the radioactive fallout effects that were evident from atomic and thermonuclear explosions.
White dwarfs are also subject to a different,much smaller type of thermonuclear explosion fuelled by hydrogen on their surfaces called a nova.
Another scenario is that it may have been the result on an unusual nova-like eruption, where matter from a companion star is pulled by gravity onto the surface of acollapsed white dwarf star, triggering a thermonuclear explosion.
As a test EPAs the first task was on mathematical modeling of a thermonuclear explosion of super-bomb, which is far from the peaceful computing.
Although neutron stars emit radiation across the spectrum, observing them in the X-ray band offers unique insights into their structure and phenomena that can arise from these stars,including starquakes, thermonuclear explosions, and the most powerful magnetic fields in the Universe.
Higher energy concentration than nuclear and thermonuclear explosion, supernova explosion. Of course, related to units of time and space.
At the same time the inside walls of the thrust chamber, which are coated with Uranium 238 react with the impacting high energy neutrons produced by the thermonuclear explosion to react with the Uranium 238 coating to create intense heat.
It was also revealed that astronomers believe that the thermonuclear explosion has been caused by helium that sunk beneath the surface of the pulsar and then fused into a ball of carbon.
Observation of neutron stars in the energetic X-ray band provides the greatest insights into their structure andthe phenomenons like starquakes, thermonuclear explosions as well as of the most powerful magnetic fields known in the cosmos.
Their conclusions were based on analysis of Type Ia supernovae- the spectacular thermonuclear explosion of dying stars- picked up by the Hubble space telescope and large ground-based telescopes.