Initial evidence of a triboluminescent wavelength shift for ZnS: Mn caused by ballistic impacts
RS Fontenot, WA Hollerman, SM Goedeke - Materials Letters, 2011 - Elsevier
RS Fontenot, WA Hollerman, SM Goedeke
Materials Letters, 2011•ElsevierThe triboluminescent properties of zinc sulfide doped with manganese (ZnS: Mn) were
studied using ballistic impacts of specially prepared rounds manufactured in two different
calibers. The triboluminescent emission spectrum was then rerecorded as the rounds
impacted the target. Results show a~ 1nm shift in the emission spectrum with increased
impact energy.
studied using ballistic impacts of specially prepared rounds manufactured in two different
calibers. The triboluminescent emission spectrum was then rerecorded as the rounds
impacted the target. Results show a~ 1nm shift in the emission spectrum with increased
impact energy.
The triboluminescent properties of zinc sulfide doped with manganese (ZnS:Mn) were studied using ballistic impacts of specially prepared rounds manufactured in two different calibers. The triboluminescent emission spectrum was then rerecorded as the rounds impacted the target. Results show a ~1nm shift in the emission spectrum with increased impact energy.
Elsevier
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