Summary

This paper discusses numerical modeling of microwave heating behavior of lunar regolith using three Apollo samples. The study aims to support microwave sintering for 3D printing on the Moon. No lunar regolith simulants are explicitly mentioned or used in the paper. This paper presents a numerical model of microwave heating behavior of lunar regolith, focusing on material properties and simulation settings. No lunar regolith simulants or samples are explicitly mentioned or used in the study. The provided text appears to be a collection of metadata and file references related to a document or set of documents, likely associated with a research paper or technical report. It includes information about image files (e.g.,.jpg,.sml,.thm), their URLs, dimensions, and file sizes. The text also contains references to a DOI or identifier (e.g., '10.1016/j.jmmm.2023.125678') and mentions authors, titles, and publication details. However, the content is not fully visible due to truncation, and the main body of the text is missing. t-store-us-east/content/pii:S0032063319300054/gr7/DOWNSAMPLED/image/jpeg/fa129166fcaeebc6726ddc645009b42d/gr7.jpg gr7 gr7.jpg jpg 95014 513 669 IMAGE-DOWNSAMPLED h

Methods and applications