The lunar surface layer : materials and characteristics/ by Lunar Surface Materials Conference (1963 : Boston), Salisbury, John W., Glaser, Peter E.

On the structure and origin of lunar surface features / by Firsoff, V. A. (Valdemar Axel), 1912-

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Helium reservoirs in iron nanoparticles on the lunar surface by Brittany A. Cymes, Katherine D. Burgess, Rhonda M. Stroud

“…One agent of space weathering, the solar wind, enriches the lunar surface with helium. Although we understand how helium is delivered to the Moon, certain aspects of helium concentration processes on the surface remain unknown, such as why impact-generated glass aggregates contain more helium than equally sized soil grains of other types. …”
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Lunar surface exploration using mobile robots by Nishida Shin-Ichiro, Wakabayashi Sachiko

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An Emergency Mitigation System for Safer Lunar Surface Exploration by Vanegas, Morris, Kotowick, Kyle Jordan, LaTour, Paul, Curry, Michael Dale, Foley, Jordan, Hoffman, Jeffrey, Schreiner, Samuel, Setterfield, Timothy, Geiger, Lynn, Barmore, David, Roberson, Daniel, Putbrese, Benjamin, Stankovic, Aleksandra

“…One of the central achievements of the Apollo program was the development of rover vehicles which significantly increased the range and scientific capabilities of lunar surface exploration. Given the mission specifications of the Apollo program—which generated a combined total of 3 days and 6 hours of lunar surface Extra-Vehicular Activity (EVA) time—the Apollo 15, 16, and 17 mission vehicles were designed primarily for short-duration exploration. …”
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Estimate of the chromaticity of the foreground reflected from the lunar surface. by Rogers, Alan E.E.

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A Mars-back approach to lunar surface operations by Kleinwaks, Howard Neil

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Detection of the Lunar Surface Soil Permittivity with Megahertz Electromagnetic Wave by Qingwen Rao, Guanjun Xu, Wangchen Mao

“…The reflection characteristics of the lunar surface soil subject to megahertz waves are analyzed through the EM scattering theory and expressed by the lunar surface soil permittivity. …”
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Electrostatic Dust Analyzer for Dust Transport Measurements on the Lunar Surface by X. Wang, M. Horanyi, C. Fisher, L. Eberwein, J. Deca, S. Knappmiller, D. Hansen, Z. Levin, R. Wing, D. Summers, W. Cole, P. Buedel, J. Drouet, S. Tucker, I. Garrick-Bethell

“…EDA measurements are important for assessing the dust environment on the lunar surface and its subsequent impact on crew safety and the operation of exploration systems. …”
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A Comprehensive 3D Thermophysical Model of the Lunar Surface by K. Durga Prasad, Vinai K. Rai, S. V. S. Murty

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“Spiders” on the Moon: Morphological Evidence for Geologically Recent Regolith Drainage into Subsurface Voids by Mikhail A. Kreslavsky, James W. Head

Subjects: “…Lunar surface…”
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Back to the Moon - in situ Chemical Analysis on the Lunar Surface Using LIMS by Peter Keresztes Schmidt, Andreas Riedo, Peter Wurz

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Analyses of Sampling Disturbance of the Lunar Surface in Direct Push Sampling Method by Dewei Tang, Xingwen Gao, Deming Zhao, Shengyuan Jiang, Zongquan Deng

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An integrated traverse planner and analysis tool for future lunar surface exploration by Johnson, Aaron William

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Multiscale Analysis of Reflected Radiation on Lunar Surface Region Based on MRRT Model by Yunfei Liu, Qiang Guo, Guifu Wang

Subjects: “…the radiometric calibration field on the lunar surface…”
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Simulated Lunar Surface Hydration Measurements Using Multispectral Lidar at 3 µm by D. R. Cremons, C. I. Honniball

“…Abstract Accurately measuring the variability of spectroscopic signatures of hydration (H2O + OH) on the illuminated lunar surface at 3 μm as a function of latitude, lunar time of day, and composition is crucial to determining the generation and destruction mechanisms of OH species and understanding the global water cycle. …”
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The use of multi-parameter analysis and fractal geometry for investigating the structure of the lunar surface by A.O. Andreev, Yu.A. Nefedyev, E.N. Ahmedshina, N.Yu. Demina, A.A. Zagidullin

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Global Hall MHD Simulations of the Solar Wind Implantation Flux on the Lunar Surface by Lianghai Xie, Lei Li, Huizi Wang, Binbin Tang, Jindong Wang, Yiteng Zhang, Quanqi Shi, Bin Zhou, Yongyong Feng

“…The solar wind can directly interact with the lunar surface and provide an important source for surface space weathering and water generation. …”
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LUNAR SURFACE SAMPLING FEASIBILITY EVALUATION METHOD FOR CHANG’E-5 MISSION by J. Wang, C. Ma, Z. Zhang, Y. Wang, M. Peng, W. Wan, X. Feng, X. Wang, X. He, Y. You

“…<p>As China’s first unmanned spacecraft to collect lunar surface samples and return them to Earth, the Chang’E-5 detector is a crucial probe that will complete lunar surface sampling in China’s lunar exploration project. …”
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Analyzing the Magnesium (Mg) Number of Olivine on the Lunar Surface and Its Geological Significance by Chao Zhou, Yuanzhi Zhang, Shengbo Chen, Bingxue Zhu

Subjects: “…lunar surface…”
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