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- 2193.pdf accessdate "2007-03-08".
- 2193.pdf author2 "Y. Liu".
- 2193.pdf author3 "K. D. Kihm".
- 2193.pdf author4 "L. A. Taylor".
- 2193.pdf first "J.S.".
- 2193.pdf isCitedBy Lunar_soil.
- 2193.pdf isCitedBy Suitport.
- 2193.pdf last "Park".
- 2193.pdf publisher "Lunar and Planetary Science XXXVII -".
- 2193.pdf publisher "Lunar and Planetary Science XXXVII".
- 2193.pdf quote "The particle size distribution of the lunar dust from Apollo 17 sample 77051 has been determined using SEM imaging analysis. The size-distribution data features an approximate Gaussian distribution with a single mode at around 300-nm. The reactivation surface area of highly porous “Swiss-cheese” particles is about 26% higher than a sphere. The morphologies of dust grains have been classified based upon their four types: 1) spherical; 2) angular blocks; 3) glass shards; and 4) irregular . These data will assist the medical researchers in their studies of the toxicological effects of inhalation of lunar dust by humans.".
- 2193.pdf title "Micro-Morphology And Toxicological Effects Of Lunar Dust".
- 2193.pdf url 2193.pdf.
- 2193.pdf url "http://www.lpi.usra.edu/meetings/lpsc2006/pdf/2193.pdf".