Y. Suzuki, S. Tanaka, T. Goto | 2025 | Planetary and Space Science
DOI 10.1016/j.pss.2025.106177Review state
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This paper investigates the thermal and electrochemical properties of a lunar regolith simulant (FJS-1) mixed with CaF2. The eutectic temperature of the mixture was found to be 1275 K at a 90:10 wt% ratio, lower than the melting point of FJS-1 (1393 K). Electrochemical impedance spectroscopy revealed the electrical resistance of the FJS-1 melt at 1673 K was 43, while the mixed melt (80:20 wt%) had a resistance of 5. XRD analysis showed unique physical properties due to chemical bonding between F ions and metal ions. The paper discusses the thermal and electrical properties of a composite material made from lunar regolith and a conductive polymer. The material is intended for use in space applications, such as radiation shielding and thermal management. The study includes experimental results and a comparison with other materials. The provided text appears to be a collection of URLs and file metadata, likely related to academic or technical documents. It includes references to images, SVG files, and application documents hosted on a server, possibly associated with a research paper or technical report. The URLs follow a pattern that suggests they are part of a digital object identif
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Supplementary Material
Document
Differential thermal analysis
Thermal analysis
Electrochemical reactions
Electrochemical analysis
SEM-EDS analysis
Material characterization
Thermodynamic evaluation
Thermodynamic analysis
Phase diagram analysis
Thermal behavior analysis
Differential thermal analysis
thermal
X-ray diffraction
structural
Digital Object Identifier (DOI)
1-s2.0-S0032063325001448
Hosting Service
Amazon S3
Thermal properties
Differential thermal analysis, phase diagram, melting points of components
Electrochemical properties
Cyclic voltammetry, potentiostatic electrolysis, SEM-EDS analysis
Electrochemical reduction behavior
electrodeposition of Si and Al
electrical resistance
43
electrode area
0.17 cm2
electrode potential for Ca electrodeposition
0 V