A nuclear reactor is composed of several parts:
A nuclear fission chain reaction happens when fissionable fuel Uranium-235 or Plutonium captures a thermal neutron. It quickly splits into two fission fragments and 2 to 6 fast neutrons (the average being between 2 to 3 neutrons). The moderator slows the fast neutrons to thermal neutrons and the reaction continues.
The controlled nuclear chain reaction process, as developed in 1939 by Leo Szilard and patented, then verified experimentally in 1942 by Enrico Fermi on the CP-1 graphite pile reactor.
Herbert S. Isbin has written: 'Introductory nuclear reactor theory' -- subject(s): Nuclear reactions, Nuclear reactors
C. E. Iliffe has written: 'An introduction to nuclear reactor theory' -- subject(s): Nuclear reactors
Sodium is an element and therefore in the strictest sense can not be made. However, in theory it could be made in a nuclear reactor.
In theory yes in a nuclear reactor. The resultant would have cost ridiculous amounts of money and be radioactive.
Depends on how do you want it. If you want to advance the theory behind all the engineering, a Ph.D in nuclear physics is a must; better if you're a professor. If you want to write projects based on theories you learn from above specialists, you must have a Ph.D in nuclear engineering and architecture, as well as hydrophysics and mechanics of materials degrees.
The "nuclear reactor time bomb" theory was popularized by author and scientist Amory Lovins in the 1970s. Lovins argued that nuclear reactors posed safety risks and could lead to catastrophic accidents or intentional sabotage, likening them to a ticking time bomb.
Several people, but the most successful was the Italian physicist Enrico Fermi. He built and tested the very first Nuclear reactor on December 2nd 1942 on the University of Chicago campus in a squash court. The reactor was called "Chicago pile no. 1"
Paul Frederick Zweifel has written: 'Reactor Physics' -- subject(s): Neutron transport theory, Nuclear reactors
Enrico Fermi is known for developing the first nuclear reactor. He is also known for his contributions to quantum theory, nuclear physics and statistical mechanics. He won the Nobel Prize for Physics in 1938.
An atom bomb works by a nuclear chain reaction under the theory of E=mc2.
Cascade theory is a concept in physics and engineering that describes a series of interconnected events or processes that trigger subsequent events in a chain reaction. In the context of nuclear physics, cascade theory refers to the successive emission of particles or radiation following a primary nuclear reaction. It is also used in control theory to explain how disturbances in a system can propagate and amplify throughout the system.