作者: Stephan Erwin Gier
DOI: 10.22028/D291-25625
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摘要: In the present work, behaviour of polymer solutions was investigated in elongational flows at formation, growth and movement drops. A relationship terms a scaling law between first normal stress difference received from shear measurements (rheometer) relaxation time determined by (CaBER) found; this could be proved simple model. For droplets emerging filament solution during thinning differences formation shown. this, different mechanisms were postulated. Moreover, flow profile visualized characterized. Here, it shown that qualitatively changes course but end measurement, corresponds to an flow. Furthermore small which are brought into contact with stationary moving liquid surfaces analyzed. significant Newtonian non-Newtonian liquids