The study, published in the journal Nature Communications, shows that the deformation of the muscovite surface under stress depends on its state and repeats the dynamic characteristic of natural disasters.
When scientists choose materials to use in engineering projects, it is important to understand how their surfaces will interact with the environment. This study used a variety of chemical conditions, from dry to saline solutions at pH 9.8 and 12, to examine how chemical reactions affect the material.
The results showed that in dry conditions, suchcovite was more able to withstand deformation before breaking, while in wet conditions it lost its strength more quickly. This data allows scientists to more quickly assess potential failures of materials and develop more efficient testing techniques.
Source: Ferra
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