Sentence examples for very useful material from inspiring English sources
The phrase "very useful material" is correct and usable in written English.
It can be used when describing resources, information, or content that is beneficial or helpful in a particular context. Example: "The research paper provided very useful material for my thesis on climate change."
Therefore, it is a technologically very useful material, especially for high temperature applications.
It's a very useful material, no doubt, but if she were on her $2-a-day budget, she'd probably have to buy it on layaway.
Silicon oxynitride (SiO x N y ) is a very useful material for applications in microelectronic and optoelectronic devices due to the possibility of tailoring the film composition and property according to the O/N ratio.
The wide band gap semiconductor, GaN, and its heterojunction systems with AlGaN, has been intensively investigated during the past decade and has shown to be a very useful material for developing light emitting diodes, laser diodes, and high-power and high-temperature electronic devices [1, 2].
Oxidized mesoporous carbon is another very useful material in glycoproteomics research because of its extraordinary hydrophilicity.
Gelatin is also a very useful material for drug incorporation because it can be positively (basic gelatin) or negatively charged (acidic gelatin) depending on collagen processing method (acid or alkaline process) so it can complex both positively or negatively charged molecules [ 101, 102].
In recent years, and based on their high retention capacities as well as swelling and colloidal properties, clays have been proposed as very useful materials for modulating drug delivery.
The aluminosilicate zeolites have provided the chemical industry with a number of very useful catalytic materials.
In addition, hydrazones also are very useful starting materials in bioactive heterocycles, such as β-lactams, pyrazoles, and pyrazines.
In conclusion, the graphite nanoplatelets are very useful nanostructured materials that can be easily prepared by the oxidation-expansion-exfoliation process.
Additionally, core/shell, hybrid and composite nanoparticles are very useful nanostructure materials to provide new heterogeneous catalysts because of their high specific surface area that would promote enhanced activities.
