"Nuclear fusion" refers to the process of combining or fusing two or more atomic nuclei together to form a heavier nucleus. This reaction releases a large amount of energy. It is similar to what happens in the sun, where hydrogen atoms come together to form helium, releasing heat and light. In simpler terms, it is a powerful process that combines atomic particles to create a lot of energy.
Full definition
The goal in all this is to create the elusive «burn,» a self - sustaining
nuclear fusion reaction that produces more energy than is used by the laser beams.
Because energy is required to power these chemical transformations, there is less available to raise the temperatures inside the bubble to the intensity required
for nuclear fusion to occur.
Gas and dust accumulated at the center increase the gravity and density of the core which generates energy to trigger
nuclear fusion at 15 million degrees Celsius.
Some believe that
with nuclear fusion unlimited sources of energy will be ours and that we can chemically alter the earth's matter so as to replace exhausted resources with others.
Understanding this instability is key to some
experimental nuclear fusion reactions but it has never been observed for high - frequency radio waves.
The total amount of energy that a star can generate
through nuclear fusion of hydrogen is limited by the amount of hydrogen fuel that can be consumed at the core.
All we have to do is
make nuclear fusion work — and that, as they say, is left as an exercise for the students.
Although
nuclear fusion offers the potential of significant amounts of energy for the future, it is expensive to research and develop into a stable power generation source.
Oh - and in case anyone else is confused — I discovered a
new nuclear fusion energy source and named it after myself.
However,
nuclear fusion development continues to struggle due to inconsistent funding and a lack of long - term vision among many policy makers.
And if we can do that, there might be nothing stopping us from
unlocking nuclear fusion, a theoretically limitless source of clean, safe power that could solve all our climate woes.
But so far, generating an endless supply of energy from
nuclear fusion only exists in the movies.
In a world with increasing energy
demand nuclear fusion can play a role as it has the potential to be a sustainable and powerful electricity source free of CO2 emissions.
It's more in the category of the people who predicted in 1960 that we'd all have flying cars (or at
least nuclear fusion) by now.
We found out that stars do
nuclear fusion in their cores, generating heat and light, and as part of that process, heavier elements are created.
One possibility is a rocket powered
by nuclear fusion, essentially a sequence of hydrogen bombs.
Before we understood the process
of nuclear fusion, we were off by orders of magnitude.
However, because of the brown dwarf's small mass, the core does not become hot enough to
sustain nuclear fusion, the main source of a star's energy.
A mass of gas falling rapidly into a black hole is estimated to give off more than 100 times as much energy as is released by the identical amount of mass
through nuclear fusion.
For example, the plasmas used in laboratories and
nuclear fusion plants decay within milliseconds of the power being switched off.
Upon reaching a suitable density, energy generation is begun at the core using an exothermic
nuclear fusion process that converts hydrogen into helium.
The biggest winners would be advanced scientific computing research, which supports DOE's supercomputing efforts, and fusion energy sciences, which supports effort to
harness nuclear fusion as a source of energy.
Scientists have reported that by bombarding a liquid with sound they were able to
produce nuclear fusion in a tabletop apparatus.
In 1931 he gave specific figures
about nuclear fusion as a source of energy far superior to nuclear fission.
NIF has three purposes: To further our basic understanding of stars, to determine how the United States» aging nuclear weapons are holding up without engaging in underground testing, and to explore the enormous potential of
nuclear fusion power plants.
An American research team in January discovered a way to
initiate nuclear fusion reactions in a process called «fast ignition» by using a high - intensity laser, according to the American Association for the Advancement of Science.
«We've shown that the direct - drive method, is on par with other work being done in
advancing nuclear fusion research,» said Bose.
Phrases with «nuclear fusion»