Neutron is an elementary particle, with a mass of approx. 1 amu; neutron is neutral. Neutrons are components of the atomic nucleus; neutrons contain quarks and gluons.
Some applications:
- neutron radiography
- neutron diffraction
- neutrons are involved in many important nuclear reactions as reactants or products
- the nuclear fission is a problem of neutrons (nuclear reactors, nuclear weapons)
- neutron activation analysis
- neutron probes for water
- experiments in nuclear physics
Neutron source Alpha rays source for radiotherapy
Neutron
Some uses of neptunium: - component of high energy neutron detectors - precursor for the preparation of 238Pu
Neutron source Alpha rays source for radiotherapy
Neutrons are used in various applications including neutron scattering for studying materials, neutron activation analysis for elemental analysis, neutron radiography for imaging internal structures, and neutron therapy for treating certain types of cancer. Additionally, neutrons are integral in nuclear reactors for sustaining nuclear fission reactions.
1. Neutron is used in nuclear reactor 2. It also used for the determination of molecular structure by the diffraction which occurs when a substance is subected in neutron flux
Actinium may be used in actinium-beryllium neutron sources or in radiotherapy.
Actinium may be used in actinium-beryllium neutron sources or in radiotherapy.
Actinium is rarely used:- as actinium-beryllium neutron source- in radiotherapy
Some applications of californium: - neutron source as Cf-Be source - neutron source for neutron activation analysis (portable installations) - neutron radiography - irradiation for some cancers treatment - nuclear fuel rod scanning - neutron source to detect water, petroleum, metals, methane etc.
hydrogen-1 atom
Actinium may be used in actinium-beryllium neutron sources or in radiotherapy.