Definitions

1. Nuclear particles are held together by �exchange forces�, in which pions are continually exchanged between neutrons and protons. (Web site)
2. The nuclear particles are bound together by the strong nuclear force.
3. When the nuclear particles are bundled up in a nucleus of an atom, each particle interacts only with its nearest neighbors. (Web site)

Nuclear Medicine Studies

1. Nuclear medicine studies use emission of nuclear particles from nuclear substances introduced into the body specifically for the examination.

Nuclear Induction

1. Nuclear induction also provided new knowledge about the interaction of nuclear particles and about isotopes. (Web site)

Epola Particles

1. The bound epola particles become evident in all known observed physical phenomena, except those occurring inside nuclear particles. (Web site)

Electrons

1. However, the force that keeps the nuclear particles together differs greatly from the electrical attraction that holds the electrons within the atom. (Web site)
2. The devices and methods used depend on whether the researchers are studying atoms themselves, electrons, nuclear particles, or quarks. (Web site)

Neutrinos

1. Neutrinos are created in energetic collisions between nuclear particles. (Web site)
2. Neutrinos are some of the smallest, lightest and most common nuclear particles in the universe.

Nuclei

1. The result of both these processes are nuclei in which strong nuclear forces bind nuclear particles more strongly and closely.
2. The result of both these processes are nuclei in which strong nuclear force s bind nuclear particles more strongly and closely.

Particles

1. Each of the nuclear particles in the cluster feels the nuclear attraction of the other particles in the cluster (its immediate neighbors). (Web site)

Nuclear

1. Nuclear reaction A nuclear reaction is a process in which two nuclei or nuclear particles collide to produce products different from the initial particles.

Protons

1. The more nuclear particles (protons and neutrons) there are, the stronger the strong nuclear force is. (Web site)
2. By 1964, researchers had turned up enough clues to indicate what the fundamental parts of protons, neutrons, and other nuclear particles might be like. (Web site)

Mass Defect

1. So this difference in the actual nuclear mass and the expected nuclear mass (sum of the individual masses of nuclear particles) is called mass defect.

Energy

1. This was a short-life "particle" or bundle of energy of such amount as would account for the binding of nuclear particles. (Web site)

Moving Body

1. Energy must be taken away from the system, consisting of the moving body and the spacewaves of all its nuclear particles. (Web site)

Nuclear Particles

1. Binding energy is defined as the amount of energy that must be supplied to a nucleus to completely separate its nuclear particles (nucleons).
2. Nuclear particles (nucleons) like protons and neutrons are not destroyed (law of conservation of baryon number) in fission and fusion processes.
3. In nuclear physics, a nuclear reaction is a process in which two nuclei or nuclear particles collide, to produce products different to the initial products.

Categories

1. Strong Nuclear Force
2. Nuclear Mass
3. Moving Body
4. Mass Defect
5. Protons
6. Books about "Nuclear Particles" in Amazon.com
   

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