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Fiber tip branching

Figure 2.6 Thermodynamically and additive-enhanced fiber tip branching, (a) Design of network architecture, (b) Modification of micro/nanostructure of 3D interconnecting fiber network by controlling fiber branching, (c-f) illustrates the effects of thermodynamic driving force on the fiber network structure. (c,e) are fiber networks formed at higher temperatures (lower thermodynamic driving force), (d,f) are the corresponding fiber networks formed at lower temperatures (higher... Figure 2.6 Thermodynamically and additive-enhanced fiber tip branching, (a) Design of network architecture, (b) Modification of micro/nanostructure of 3D interconnecting fiber network by controlling fiber branching, (c-f) illustrates the effects of thermodynamic driving force on the fiber network structure. (c,e) are fiber networks formed at higher temperatures (lower thermodynamic driving force), (d,f) are the corresponding fiber networks formed at lower temperatures (higher...

See other pages where Fiber tip branching is mentioned: [Pg.89]   
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Fiber branching

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