Sentence examples for thicker targets from inspiring English sources

The detection of gamma-rays in coincidence with particles allows the use of thicker targets as well as a large gain in excitation energy resolution as compared to particle detection only.

To counter this effect, a different alloy of uranium and aluminium with increased uranium density can be used and thicker targets made.

A thicker target will result in more interactions between the electrons and tungsten atoms, however it is more likely that the photons produced will be absorbed within the target.

Penetration occurs when the stress intensities of impact exceed the yield stress of the target; it causes ductile and brittle failure in thin targets and hydrodynamic flow of material in thick targets.

Experimental data on double differential neutron yields from thick targets irradiated with high-energy uranium nuclei are lacking.

The facility was designed and constructed to allow irradiation of thick targets with up to 100 μA proton beam intensities.

It is observed that the maximum heat loss in thick targets occurs at the beginning of the target due to increasing nuclear reaction contributions.

The production as a function of target material is investigated for both thin (with a single reaction) and thick targets (multiple reactions).

To help understand planetary gamma-ray spectra, the energies and intensities of gamma rays produced by energetic particles interacting in thick targets were simulated experimentally and numerically.

Heat deposition inside thick targets due to interaction of high energy protons (Ep ∼ GeV) has been estimated using an improved version of the Monte Carlo simulation code CASCADE.04.h.

Some regularities in the secondary neutron field generation at the 4.5 GeV/n uranium beam interaction with thick targets are discussed.