The results obtained in this study may provide guidance for the appropriate selection of cathode materials and the optimum design of practical PETSC devices.
Moreover, their properties can be improved by appropriate selection of precursor material, production process, and treatment.
Experimental results show that, with appropriate selection of geometry, material, and stiffness distribution, these three concepts offer significant advantages over uniform cylindrical shells for use of their notoriously unreliable elastic postbuckling response.
With this model we examine the problem of the non-linear output characteristics of tunnel FETs, and the related small drain conductance at low drain voltage, which prevents rail-to-rail logic switching, and design a nanowire TFET by an appropriate selection of the material, nanowire size and degeneracy levels in the source and drain regions.
Finally, appropriate selection of oxygen carrier materials even allows simultaneous desulfurization of the effluent stream, resulting in a strongly intensified process for highly efficient, low-emission conversion of S-contaminated fuel streams.
It was concluded that with appropriate selection of building geometry and materials and occupant-predicting control strategies, impact of occupant behaviors on the building performance can be reduced.
Appropriate selection of tools and tool positioning on material (i.e. advancing side and retreating side) in the friction-stir welding process reduces the intermetallic compound formation and thereby improves the joint strength.
Although the parametric analysis findings vary depending on the specific pavement response, the study results illustrate the appropriate selection of analysis type, constitutive models of pavement material, and layer boundary conditions on the accuracy of FE modeling results.
By the appropriate selection of normalization and tempering parameters it was possible to obtain a material fulfilling P91 specification.
The material wear rate in squeeze casting depends on appropriate selection of pressure duration, squeeze pressure, die temperature and pouring temperature.
