The results presented in this study provide a new concept for the rational design and development of highly efficient photocatalysts.
The proposed approach and modeling results presented in this study provide valuable information for engineers and designers to recover energy from small-scale incinerators.
In general, the results presented in this study provide a useful starting point for the design and development of practical ethanol-fueled SOFC test systems.
Results presented in this study provide guidance for the preliminary selection of the mechanical and geometrical properties of structures with metallic yielding devices located at soft soil sites.
The rigorous process model and the obtained simulation results presented in this study provide a promising basis for developing and applying optimal start-up policies for dividing-wall columns.
Overall, the results presented in this study provide a useful insight into the combined effects of strain rate and temperature on the hot working behaviour and deformability of Ti-13Nb-13Zr Ti-13Nb-13Zr Ti-13Nb-13Zr
The results presented in this study provide a versatile and cost-effective means to derive a set of basic guidelines for designing the conventional helix parameters in such a way as to maximize the reverse pumping effect.
Results presented in this study provide proof-of-principle and bench validation for the primer design model, and for the ability of multiplex arrays to accurately detect FMDV and to provide some degree of serotype discrimination of FMDV.
The results presented in this study provide helpful insights to inform policy design and implementation of resilience ideas in disaster risk management and climate change, and to inform theory.
The theoretical results presented in this study provide valuable guidance for experimental research and structural design related to the decoupling effects of coating layers affixed to elastic structures in underwater environment.
Taken together, the results presented in this study provide valuable new information about the physiology of V. natriegens and establish a solid foundation for future metabolic engineering efforts with this promising microorganism.
