Sentence examples for stages of materials from inspiring English sources
Open image in new window Fig. 3 Stages of design and the related stages of materials selection.
The different preparatory stages of materials were characterized by FTIR, XRD, Raman and TEM techniques to understand the formation.
There is a growing consensus that environmental considerations, including the environmental impact associated with all life cycle stages of materials, should be integrated in chemical process design.
While the life cycle stages of materials production, manufacture, and production of wind turbines accounted for approximately 90% of the total GHGs emitted, the life cycle phases of transportation, disassembly and renovation/maintenance contributed less GHG emissions of the order of approximately 5 8% [6, 34, 35].
It was possible to distinguish different stages of material degradation by means of instantaneous impedance measurements.
To gain a better understanding of the growth processes/mechanisms responsible for the formation of the various ZnO nanostructures, the early stages of material synthesis are crucial.
With this method, numerous possible applications can be screened during the early stages of material development when little information is available.
However, there is a recurrent lack of tools to integrate environmental assessment in the early stages of material research and development.
Under these various environments, the PUF shows an elasto-viscoplastic behavior including three stages of material characteristics, namely, linear elasticity, a plateau with stress drop, and densification.
The analysis of the densification kinetic and the grain size evolution of nano-TiN under non-isothermal microwave and pressureless heating conditions revealed some differences during the initial stages of material processing.
The cyclic treatment technique (redox cycling) comprising stages of material exposition in reducing and oxidizing high-temperature environments and intermediate degassing between these stages has been developed to improve the structural integrity of YSZ NiO ceramic anode substrates for solid oxide fuel cells.
