Additionally, rheological experiments in the oscillatory mode were conducted which confirmed a microphase-separated structure of the PS-b-P4VP diblock copolymers by a plateau of the storage and loss moduli in the temperature range of processing.
Hydrothermal processing of Eucalyptus wood was performed at operation temperature of 181 °C, processing time or 37.5 min and solid water ratio of 1/6 to ensure a maximum loss of xylan recuperation with minimum cellulose fibre degradation.
Melt processed nanocomposites were formed from low-density polyethylene, LDPE, and organoclays over a wide range of processing temperatures.
This strategy is evaluated for the optimization of processing temperatures during the manufacture of thick-sectioned polymer composite laminates.
Measurements were performed over a range of processing temperatures between 30 and 90 °C and at contact times up to 60 s.
On the one hand, thermal analysis on transesterified CO revealed a highly stable prepolymer, making it suitable to be used for bitumen modification in a wide range of processing temperatures, 90 180 °C.
The selected excipients PEG400, Lutrol F127, Lutrol F68, and TPGS were prescreened first on the basis of extrusion temperature, processing temperature, uniformity of extrudes, retention time, and solubilization.
Since the hydrogen treatment can strongly influence the structural and photocatalytic properties of H-TiO2 [9], a precise control of processing parameters (temperature, time, flux etc).
A model was developed to predict the degree of deconsolidation in the CLF process as a function of temperature, processing speed, and processing history.
