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A comprehensive model for the stable jet region in electrospinning of crystallizing polymer melts has been presented.
The anodic evolution of sulphur from sodium polysulphide melts has been studied at planar vitreous carbon and pyrolytic graphite electrodes.
The origin of spontaneous grain refinement in deeply undercooled metallic melts has been of enduring interest within the solidification literature.
The solidification process of undercooled alloy melts has been clarified experimentally in Part I of this paper.
The use of electrochemical techniques related to the investigation of multivalent species in molten oxide melts has been discussed.
Electrolysis of K2TaF7 LiF NaF KF Na2O melts has been examined by linear sweep voltammetry using glassy carbon electrodes.
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TiO2 BaO melts have been under investigation as candidate electrolytes for the electrolytic production of titanium.
Fully atomistic molecular dynamics computer simulations of cis-polyisoprene melts have been performed.
The intrinsic solidification behaviour and glass forming ability (GFA) of natural sub-alkaline silicate melts have been experimentally quantified via cooling-induced solidification approach.
The widely observed microstructural transitions from coarse dendritic to fine equiaxed grains in solidification of undercooled melts have been puzzling for many years.
Back-scattered electron images revealed the coexistence of silicate and carbonate melts, and the presence of material derived from subcrustal mantle indicated that the melts had been formed at depths of 100 150 km (60 95 mi).
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