WorkShop15-16.GiovannaPintori History
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November 10, 2015, at 06:33 PM
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A multi-speckle setup for dynamic light scattering experiments has been implemented to investigate the relaxation dynamics in the glass-former B2O3 at temperatures across the glass transition. When compared to literature data obtained with traditional single-speckle setups, the present results clearly show the advantages of the multi-speckle approach in the study of slow dynamics processes in glass-forming materials. This opens the way for new detailed studies of the slow dynamics in glasses using dynamic light scattering, e.g. of ageing processes.
to:
A multi-speckle setup for dynamic light scattering experiments has been implemented to investigate the relaxation dynamics in the glass-former B2O3 at temperatures across the glass transition. When compared to literature data obtained with traditional single-speckle setups, the present results clearly show the advantages of the multi-speckle approach in the study of slow dynamics processes in glass-forming materials. This opens the way for new detailed studies of the slow dynamics in glasses using dynamic light scattering, e.g. of ageing processes.
November 10, 2015, at 06:33 PM
by -
Changed line 2 from:
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The structural relaxation dynamics in the glass-former B2O3: a multi-speckle dynamic light scattering study
Changed lines 8-9 from:
to:
A multi-speckle setup for dynamic light scattering experiments has been implemented to investigate the relaxation dynamics in the glass-former B2O3 at temperatures across the glass transition. When compared to literature data obtained with traditional single-speckle setups, the present results clearly show the advantages of the multi-speckle approach in the study of slow dynamics processes in glass-forming materials. This opens the way for new detailed studies of the slow dynamics in glasses using dynamic light scattering, e.g. of ageing processes.