fission fragment

The result is two fission fragments moving away from each other, at high energy.

Decay of 252Cf produces two fission fragments that travel in opposite directions.

This slow back reaction is a characteristic of the fission fragment radiolysis.

It also revealed the "tracks" produced by the fission fragments of single uranium atoms.

The fission fragments at the surface of the fibres would break free and be channeled for thrust.

Fission fragment reactor designs generally have several common components.

A new high-efficiency fission fragment detector array has undergone its first tests.

Tracks from fission fragments may be viewed alongside those of the more abundant alpha-particles.

Selective, laser one-atom detection of neutral prompt fission fragments, 1978.

These neutron-emitting fission fragments are called delayed neutron precursor atoms.

About 85% of the energy released is initially the kinetic energy of the fission fragments.

There is an interval between the deposition of fission fragments and the attainment of maximum level in milk.

Montoya now studies the effects of neutron emissions on measurements of fission fragments.

In nuclear physics, gaseous detectors have been used to detect fission fragments or heavy charged particles.

A nuclear pumped laser is a laser pumped with the energy of fission fragments.

When a heavy atom undergoes nuclear fission it breaks into two or more fission fragments.

The fission fragments of the uranium create excited plasma with inverse population of energy levels, which then lases.

Cladding prevents radioactive fission fragments from escaping the fuel into the coolant and contaminating it.

However, in nuclear reactors, the fission fragment kinetic energy remains as low-temperature heat, which itself causes little or no ionization.

Important future experiments will involve the attempted synthesis of hassium isotopes in this symmetric reaction using the fission fragments.

The spectrometric response of soda glass detectors to fission fragments of 252Cf has also been investigated using the new etching solution.

The reactor chamber contains a high surface area nuclear fuel to both facilitate direct emission of fission fragments and assist in cooling the fuel.

These figures are of experimental interest, since they may be used to predict the energy spectra of the fission fragments in ternary fission.

Measurements were made of the bombarding energy dependence of the fission fragment angular anisotropy for a number of reactions.

Negatively charged beta particles or positively charged alpha particles, positrons or fission fragments may be utilized.