The advantages of growth from temperatures below the melting point are discussed.
The main perspectives and directions including heat transfer mechanism and optimized multiple PCM melting point are provided to enable further research.
The latter, needs to be maximized, while other solvent property requirements such as solubility, crystal morphology, flashpoint, toxicity, viscosity, normal boiling and melting point are posed as constraints.
For the practical range of operating conditions, limit cycle oscillations with temperature excursions above the polymer melting point are the principle danger.
Compared with the solution-cast film, lower crystallinity, smaller average crystallite size and higher melting point are achieved in the electrospun iPP fibers.
Statistically-based predictive models using response surface regression for relative density, meltpool geometry, peak temperature, and time above melting point are developed and multi-objective optimization studies are conducted by using genetic algorithm and swarm intelligence.
