Summary

The paper discusses the thermal properties of two lunar regolith simulants, T-1 and T-2, under various heating conditions. The study focuses on the thermal conductivity and specific heat capacity of these simulants, which are essential for understanding heat transfer in lunar regolith. The results show that both simulants exhibit similar thermal behavior, with thermal conductivity increasing with temperature. The specific heat capacity of both simulants also increases with temperature, but T-1 shows a slightly higher specific heat capacity than T-2. The study also examines the effect of porosity on thermal properties, finding that higher porosity leads to lower thermal conductivity and specific heat capacity. The findings are important for the design of thermal systems for lunar habitats and equipment. The provided text appears to be a series of URLs or identifiers related to content hosted on an external platform, likely associated with academic or research materials. The URLs seem to be part of a larger dataset or collection, possibly related to scientific papers, articles, or other scholarly resources. The text does not contain any meaningful content or data that can be summariz

Methods and applications