A Beginner's View of Our Electric Universe - New
A Beginner's View of Our Electric Universe - New
A Beginner's View of Our Electric Universe - New
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
power reactors is centred around finance, they are popular because they are cheap to run. This is fine when they<br />
are operated properly, but the fact remains that the fission process is definitely risky and a very costly one in<br />
more ways than just financial.<br />
In fission reactors the process involves a type <strong>of</strong> uranium, the atoms <strong>of</strong> which are struck by high-energy (highspeed)<br />
neutrons that split the nuclei <strong>of</strong> those uranium atoms apart. When this happens the sub-atomic particles<br />
from the original nucleus fly apart and there is a release <strong>of</strong> energy that is no longer required to hold things<br />
together. Further neutrons are released during this process that go on to collide with yet other atoms <strong>of</strong> uranium;<br />
and so the same process is repeated in a very rapid cascade-type fashion. You might imagine this chain-reaction<br />
could run away with itself and go out <strong>of</strong> control, and you would be correct, so it has to be deliberately regulated.<br />
This is done by employing carbon rods to absorb some <strong>of</strong> the powerful sub-atomic particles that are flying<br />
around. When these carbon rods are deeply inserted inside the reactor core, the overall energy generated will be<br />
at a relatively moderate level. As the rods are then withdrawn, more interaction is allowed between neutrons and<br />
the atoms <strong>of</strong> uranium, so a greater amount <strong>of</strong> energy is generated. The useful energy released in the form <strong>of</strong> heat<br />
is then used to boil water that produces steam which in turn drives turbines connected to electrical generators<br />
that eventually produce electrical power. This is what goes on in our nuclear power stations today.<br />
Nuclear Fusion<br />
You can look upon nuclear fusion as being (at the atomic level) the opposite <strong>of</strong> fission as it is the process where<br />
atomic nuclei are forced together rather than split apart. Nuclear fusion has been presented to us as the process<br />
that allows our Sun to work by changing a form <strong>of</strong> hydrogen gas into helium gas and releasing great amounts<br />
<strong>of</strong> energy as it does that.<br />
The Nuclear Fusion process © author<br />
The current thermonuclear model <strong>of</strong> the Sun<br />
says that it is a gigantic ball <strong>of</strong> hydrogen gas<br />
and that nuclear fusion is taking place at<br />
its core. Here, the fusion process is due to<br />
forms <strong>of</strong> hydrogen nuclei being compressed<br />
by extreme physical pressure and agitated<br />
with tremendous temperatures so that they<br />
fuse together to form new nuclei <strong>of</strong> helium.<br />
During this process excess neutrons are<br />
released. To further explain this ...<br />
7 | Some basic theory that will help