Such experiments are extremely difficult
because the nuclear reactions occur at a tiny rate and their signal is overwhelmed by the environmental background radiation.
Not exact matches
Nuclear reactors often use deuterium oxide to control
reactions,
because the liquid slows down neutrons without capturing many.
Steve Mirsky: And you talk about how it's possible that
because neutrinos are an inevitable byproduct of
nuclear reactions, they could be used to figure out if somebody is running
nuclear facilities on the sly.
Because of the harsh environment fuel rods are exposed to — heat, steam, and neutrons that emanate from
nuclear reactions — extensive further testing will be needed on any new cladding for use in commercial reactors, Kazimi says.
Nagel prefers to call the LENR phenomenon «lattice - enabled
nuclear reactions»
because whatever is happening takes place within the crystal lattice of an electrode.
But direct measurements of these
nuclear reactions are extremely difficult
because they occur at a tiny rate in the laboratory.
According to Isao Tanihata, head of the Linearc Laboratory at Japan's Institute of Physical and Chemical Research, the answer is that more boron was created than theorists expected
because of a
nuclear reaction between lithium and helium in the big bang fireball.
As the star dies, the
nuclear fusion
reactions stop
because the fuel for these
reactions gets used up.
«Subsequently,
because of his conviction that if a
nuclear chain
reaction could be made to work it might be used as an instrument of war to set up violent explosions, Szilard separated that part of the application which related to the
nuclear chain
reaction and incorporated it in modified form into a later filed application, No. 19157, which he assigned to the British Admiralty in order to prevent its publication.
Too large to be considered planets, but too small to spark the internal
nuclear reactions necessary to become full - blown stars, brown dwarfs — aka «failed stars» — are of particular interest to astronomers
because of what they can teach us about planetary and star formation.
As a physicist, I winced when I read «This is
because energy can not just be created or destroyed (unless it involves
nuclear reactions or takes place on quantum physics scales).»
Taylor Wilson, is known as the boy who played with fusion,
because at the age of 14 became the 32nd individual on the planet to achieve a
nuclear - fusion
reaction.
Fusion remains the holy grail of clean energy research,
because the fusion
reaction generates new elements that are not radioactive, unlike
nuclear fission which leaves us with hazardous fuel wastes that require generations of management.