Molten thin-film models

The model of Wilemski and co-workers [2, 3,26] is one of the first molten carbonate fuel-cell electrode models. Together with the models of Jewulsld and Suski [28,34], they form the basis for the class of thin-film electrode models (Figure 28.4). The following general assumptions are made in thin-film models ... 

As response to this question and as a proof for the Rapp-Goto fluxing model, Otsuka and Rapp [22] performed a poten-tiometric measurement on preoxidized Ni atll73 KinO2-0.1%SO2 gas, covered with a thin film of molten Na2S04. Gontrol of... 

Lamellar orientation in thin films of a model diblock copolymer with symmetric poly(styrene)- -PLLA (PS-PLLA) was investigated by Chen et al. [62] in the molten state on silicon wafer supported surfaces. Stretching and compression were apt to induce orientation of PLA. Pluta and Galeski [63] studied the plastic deformation of amorphous and thermally noncrystallizable 70/30 PLA/PDLLA induced by plane strain compression in a channel die. The results revealed that plastic deformation transformed an amorphous PLA or PDLLA (thermally noncrystallizable) into a crystalline fibrillar texture oriented in the flow direction. 

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