JLU-H: A novel lunar highland regolith simulant for use in large-scale engineering experiments

X. Sun, R. Zhang, X. Li, M. Zou, C. Wang, L. Chen | 2022 | Planetary and Space Science

DOI 10.1016/j.pss.2022.105562

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These are the simulants and controlled property classifications connected to this paper.

Used simulants

CHENOBI

Measured directly in this work

JLU-H

Measured directly in this work

LHS-1

Measured directly in this work

LSS-ISAC-1

Measured directly in this work

MLS-2

Measured directly in this work

NAO-1

Measured directly in this work

NU-LHT-2M

Measured directly in this work

OB-1

Measured directly in this work

TUBS-T

Measured directly in this work

Property classifications

Particle density

JLU-H

Physical properties

Bulk density

JLU-H

Physical properties

Bulk density

LSS-ISAC-1

Physical properties

Bulk density

NAO-1

Physical properties

Cohesive strength

JLU-H

Mechanical properties

Cohesive strength

LSS-ISAC-1

Mechanical properties

Cohesive strength

NAO-1

Mechanical properties

Particle size

JLU-H

Physical properties

Maximum bulk density

JLU-H

Physical properties

Maximum bulk density

LSS-ISAC-1

Physical properties

Maximum bulk density

NAO-1

Physical properties

Porosity

JLU-H

Physical properties

Void ratio

JLU-H

Physical properties

Minimum bulk density

JLU-H

Physical properties

Minimum bulk density

LSS-ISAC-1

Physical properties

Minimum bulk density

NAO-1

Physical properties

Porosity

LSS-ISAC-1

Physical properties

Porosity

NAO-1

Physical properties

Particle density

LSS-ISAC-1

Physical properties

Particle density

NAO-1

Physical properties

Void ratio

LSS-ISAC-1

Physical properties

Void ratio

NAO-1

Physical properties

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Used simulants

Property classifications