Apollo 11 Lunar Science Conference, Houston, Tex., January 5-8, 1970, Proceedings. Volume 3 - Physical properties
Apollo 11 lunar science - Conference, Houston, January 1970, Volume 3, Physical properties
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Apollo 11 lunar science - Conference, Houston, January 1970, Volume 3, Physical properties
Magnetic monopoles electromagnetic search in Apollo 11 rock samples
Apollo 11 rocks red luminescence and blue thermoluminescence under proton bombardment, discussing energy efficiency
Apollo 11 rocks spectral reflectance and albedo before/after proton irradiation and vitrification, investigating color differences for lunar surface dark and bright areas
Apollo 11 lunar rock and soil mechanical behavior and physical characteristics, discussing color, specific gravity, density, shapes and adhesive and cohesive properties
Apollo 11 fines thermal conductivity under vacuum, using line heat source technique
Apollo 11 fines, breccias and crystalline rocks thermoluminescence, observing temperature dependence of glow curve peaks
Apollo 11 rocks natural remanence and induced magnetism by triaxial magnetic gradiometer at Lunar Receiving Laboratory
Apollo 11 type C breccia sample remanent magnetism, observing viscous component with several hours time constant
Apollo 11 drive-tube core samples from Tranquillity Base, expressing lunar surface environmental processes
Apollo 11 lunar fines, rocks and breccias luminescence, electron paramagnetic resonance and optical properties, discussing reflection spectra, heating effects and dipole resonance
Luminescence efficiencies of Apollo 11 lunar and terrestrial rocks and minerals, using UV excitation
Mossbauer spectra of Apollo 11 lunar fines and microbreccia, showing iron oxidation, site symmetry and magnetic state
Apollo 11 lunar fines, investigating solar radiation effects on optical properties by standing and heating
Apollo 11 lunar specimen thermal diffusivity, conductivity and inertia in breccias and crystalline igneous rocks measured over wide temperature range
Apollo 11 lunar dust, breccia and igneous rocks, using Mossbauer spectroscopy and petrographic techniques
Apollo 11 passive seismic experiment package, discussing design, performance and various received signals
Proton and UV excited luminescence of Apollo 11 Tranquillity rocks and fines, indicating solar wind impingement