Interactive Resource icon  Virtual SEM: Sparkler

 
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Link to this page: http://core.materials.ac.uk/search/detail.php?id=3794
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Resource type: Interactive Resource
Description: This interactive simulations of a SEM provides imaging for a sparkler sample. The simulation shows the affect of such settings as accelerating voltage, spot size, Z-depth, filament current, magnification, and astigmatism. The 'classic'" type of sparkler consists of a thin metal rod approximately 20 cm long that has been dipped in a thick batter of slow-burning pyrotechnic composition and allowed to dry. Metallic fuel, mandatory to make sparks consists of: (size of particles influences appearance of the sparks: aluminium or magnesium or magnalium, producing white sparks; iron, producing orange branching sparks; titanium, producing rich white sparks; ferrotitanium, for yellow-gold sparkles.
Keywords: sparkler • metallic fuel • aluminium • magnesium • iron • titanium • ferrotitanium
Categories: Materials > Metals & alloys
Product Forms > Long > Rod
Testing, analysis & experimentation > Microscopy
Created by: Australian Microscopy & Microanalysis Research Facility
License: This resource is released under the Creative Commons Attribution Non-Commercial Share Alike license (2.5 Generic).
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Date created: 21 July 2011
Date added: 26 April 2012
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Resource ID: 3794