The phrase "material precursor" is correct and commonly used in written English.
It refers to something that is an ingredient or part of a process that is necessary for the creation of a desired result. For example, "The material precursor to this successful project was the team's dedication to consistent hard work."
The effect of laser irradiation is expected to induce structural changes in material precursor constituted by HA due to the elevated temperature.
This contribution provides a new approach for the utilization of an inexpensive carbon material precursor as cellulose to design alternative catalytic systems and their emerging applications in electrocatalysis.
Banana peels, a common fruit waste was adopted as a material precursor in this study to synthesize highly porous activated carbon from banana peels (ABP) which serves as an electrode material for a symmetric supercapacitor device.
Activated carbon electrodes for electrochemical capacitors have been prepared by the chemical activation of a natural renewable and by-product material precursor – olive pits – from the olive oil production industry.
Plant material precursors were characterised by analysis of molecular composition, by determination of bulk density and by scanning electron microscopy.
Cost-effective production of commodity chemicals by microorganisms relies on the ability to convert recalcitrant plant material into fuel or material precursors at high rates, titers, and yields.
The concentration of sulfate ions was continuously monitored by Raman spectroscopy during the preparation of cathode material precursors.
These facts are possible since the outer wall of CNTs is protected by the AAO membrane, and the inner cavity is open, allowing the diffusion of material precursors dissolved in liquids and also in vapor phase.
Inorganic organic nanostructures, used as host materials for selective adsorption of functional molecules and as mesostructured material precursors, can be constructed by the interlayer modification of inorganic layered materials with surfactants.
The specific advantages of this method (low temperature chemical process, large variety of material precursors, material structure adaptability, and coating process possibilities) are described here in relation with transport mechanisms in solid matrices, as a very suitable way to design and synthesize membranes with improved performance.
Nanocomposite coatings based on TiC nanoparticles embedded in an amorphous hydrocarbon (a-C H) ma-C H are deposited via reactive closed field unbalanced matrixron sputtering, employing Ti tareets andepositedne gas as material precursors.
