These entities are used by the Multi-Axis Crystal Spectrometer to determine atomic arrangements, and security systems may soon detect explosives by measuring the scattering of these particles. A gamma ray is emitted in their namesake capture. When isolated, these hadrons break down in about 15 minutes; they are also fired to cause fission, and produced to sustain that chain reaction. A type of baryon, they consist of an u
These entities are used by the Multi-Axis Crystal Spectrometer to determine atomic arrangements, and security systems may soon detect explosives by measuring the scattering of these particles. A gamma ray is emitted in their namesake capture. When isolated, these hadrons break down in about 15 minutes; they are also fired to cause fission, and produced to sustain that chain reaction. A type of baryon, they consist of an up and two down quarks. Name these particles, the more massive of the two nucleons, discovered in 1932 by James Chadwick and with no charge.
These entities are used by the Multi-Axis Crystal Spectrometer to determine atomic arrangements, and security systems may soon detect explosives by measuring the scattering of these particles.
{neutrons}