Sentence examples for applicable materials for from inspiring English sources
In this paper, a simplified prediction model for the load pattern of constant amplitude cyclic loading is proposed aiming at one of the most applicable materials for the pressure hull of submersibles, Ti 6Al 4V ELI.
Consequently, graphene has been used in electrical, electrochemical, and optical applications [30, 31] as a newly applicable material for stem cell applications, such as osteogenesis.
Nowadays, the most applicable material for the transparent electrodes fabrication is tin-doped indium oxide (ITO).
Our results show that the Cu2InxZn1−xSn(S,Se)4 alloy is a potentially applicable material for bandgap grading absorption layers in high-power-conversion-efficiency solar cells.
Semiconductor QDs are the most applicable material for photosensitization because of their high absorption and the obtained emission spectra that can be manipulated by varying dot sizes.
Biochar exhibits a great potential to act as a universally applicable material for water and soil remediation due to extensive availability of feedstocks and favorable physio-chemical surface characteristics; nevertheless, studies related to its application on the remediation of toxic metalloids are relatively rare.
The high capacity, improved Coulombic efficiency, excellent rate performance and long cycle life enable Ni-N/TNTs to be an applicable anode material for SIBs.
Green waste management technology was proposed, transforming Singapore incineration bottom ash (IBA) and marine clay (MC) into engineering applicable filling material for land reclamation, named as MC-IBA matrix.
Calcium phosphate (CaP) cements are highly applicable and valuable materials for filling bone defects by minimally invasive procedures.
Additionally, the antimicrobial activities against various microbial contaminants make them applicable as packaging materials for enhancing the shelf life of food stuffs.
The models developed need to be further expanded by adding the findings for polyurethane ionomers; these are planned to be presented in part 2 of this paper, to make the models applicable in designing materials for bio-outlets and for protective coatings.
