Photometric measurements of thin tracks in nuclear emulsion

Photometric Measurements of Thin Tracks in Nuclear Emulsion

Difficulties observed in the application of track theory to CNO particles are attributed to problems in the application of a light scattering correction in microphotometry. 257 Figure 1. Track width W/4 μm vs residual range, of cosmic ray ions in G.5 emulsion. Light scattering parameters are fitted to the track of a 24Mg ion. When the width is calculated for lighter ions (curves) they depart in...

Three-dimensional visualisation of tracks in OPERA nuclear emulsion films

The possibility of a three-dimensional visualisation/reconstruction of tracks in nuclear emulsion films using X-ray imaging is described in this paper. The feasibility of the technique is established with experimental results.

Simulation of Particle Tracks in Emulsion

Micrographs of energetic particles in nuclear emulsion are simulated by computing the spatial distribution of developed grains with the δ-ray theory of track structure, and representing the developed grains by points of light on an IBM 2250 visual display unit. The simulated tracks display many of the features of actual track structure and serve as a visual comparison between experiment and the...

Width of Ion and Monopole Tracks in Emulsion

Experiments in photometric measurements of extended sources