Summary

This paper investigates the alkali activation characteristics of lunar regolith simulant HIT-L-2 and its impact on geopolymer performance. The study highlights the reactivity of amorphous phases, dissolution activation energies for Si and Al, and the correlation between leaching rates and compressive strength of geopolymers. The simulant is used to model and predict the behavior of lunar regolith geopolymers under terrestrial conditions. The provided text appears to be a series of URLs related to academic content, likely from Elsevier's database. These URLs are formatted with query parameters such as 'httpAccept=%2A%2F%2A' which suggests they are intended for web services or APIs. The URLs point to various resources, possibly including articles, figures, or supplementary materials. However, the content itself does not contain any meaningful text or data that can be summarized. The URLs are likely placeholders or links to content that is not accessible without proper authentication or context. The paper investigates the reactive components and alkali leaching behavior of a lunar regolith simulant (HIT-L-2) for geopolymer production. It outlines experimental programs, including raw m

Methods and applications