The phrase "alter materials" is correct and usable in written English.
It can be used when discussing the modification or change of physical or digital materials in various contexts, such as art, manufacturing, or education.
Example: "In the workshop, we will learn how to alter materials to create unique sculptures."
Alternatives: "modify materials" or "change materials".
Considering that stone consolidants are usually required to alter materials microstructure to the lowest possible extent [3,26,28], and in particular to cause a minimum increase in "small" pores (having radius < 1 μm, according to [26]), both HAP and TEOS can be considered as fairly compatible in terms of alterations in porosity.
"We wanted the surfaces to alter materials, emit light and look interesting throughout the entire piece as it was driven by the underlying motion-capture performance.
From applying alchemic principles to massage therapy to studying stones, elements, and the ways by which an alchemist can alter materials via various practices, the options are many.
In particular, azos can be used to alter material behaviour with light, switching both molecular and macroscopic properties.
Deformation during microwave drying was found to critically alter material structure that significantly affected microwave absorption, heat and moisture transport within the material.
This is because ex ante it is difficult for policy makers to know in what ways and by how much to alter material production and use.
This supported the identification of options to alter material flow through changes to the product assembly design, to improve overall resource efficiency through eliminating resource intensive changeovers.
The preferred strategy has been to alter material incentives, on the assumption that self interested actors will respond to those incentives.
Dislocations and stacking faults create a set of extended microscale crystal defects which can radically alter material properties.
Nanomaterials must be sonicated carefully because bubble cavitation generates free radicals that can alter material properties, even leading to the creation or degradation of nanomaterials.
At a minimum, we can consider that resistive body R2 corresponds to weakly altered materials.
