Thermal expansion of lunar rocks
Thermal expansion coefficient and bulk modulus of lunar rocks 10020, 10046, 10057 and 12022,95
Baldridge, W. S.↗
Engineering topics
Simmons, G.
Publications and source records attributed to Simmons, G..
Dielectric behavior of lunar samples - Electromagnetic probing of the lunar interior
Dielectric properties of Apollo 12 samples and lunar interior as function of frequency and temperature
Chung, D. H.↗
Dielectric properties of Apollo 11 lunar samples and their comparison with earth materials
Apollo 11 lunar samples dielectric constants, losses and electrical conductivities as function of temperature and frequency, comparing with terrestrial and simulated lunar rocks
Chung, D. H.↗
Apollo 13 lunar heat flow experiment
Apollo 13 lunar surface heat flow experiment to measure vertical temperature gradients as function of time and soil thermal conductivity
Chute, J., Jr.↗
Lunar cratering and erosion from Orbiter 5 photographs
Lunar cratering and erosion from Orbiter 5 photographs, observing crater densities, highland and maria regions, etc
Chapman, C. R.↗
An empirical relationship between thermal conductivity and Debye temperature for silicates
Silicates thermal conductivity-Debye temperature relationship from thermal conductivity and acoustic data, applying to earth conductivity measurements
Horai, K.-I.↗
The Apollo 11 samples - Introduction
Apollo 11 mafic crystalline rocks and mineral assemblages, discussing collection, classification and sample environments
Lofgren, G.↗
Thermal diffusivity, conductivity and thermal inertia of Apollo 11 lunar material
Apollo 11 lunar specimen thermal diffusivity, conductivity and inertia in breccias and crystalline igneous rocks measured over wide temperature range
Horai, K.-I.↗
Elastic wave velocities of lunar samples at high pressures and their geophysical implications
Apollo 11 lunar sample elastic wave velocities at high pressures, examining P and S waves, Q value and geophysical implications
Chung, D. H.↗
Universal equations of state for oxides and silicates
Oxides and silicates universal equations of state based on experimental data including elastic properties, density, mean atomic weight relations and geophysics interpretations
England, A. W.↗
Thermal conductivity of rock-forming minerals.
Thermal conductivities /K/ of rock forming minerals reveals K as linear function of density for constant mean atomic weight
Horai, K.-I.↗
Pressure derivatives of the elastic properties of polycrystalline quartz and rutile.
Elastic properties of hot pressed polycrystalline quartz and rutile as function of pressure, obtaining pressure coefficients of compressional and shear wave velocities
Chung, D. H.↗
Lunar geophysics.
Seismic regions location prediction on visible lunar side based on transient events, hot spots and gravity anomalies
Simmons, G.↗
Granites - Relation of properties in situ to laboratory measurements.
Granite compressional wave velocity and electrical resistivity variations with depth, explaining discrepancy between in situ and laboratory measurements on dry samples
Nur, A.↗
Pressure and temperature dependences of the isotropic elastic moduli of polycrystalline alumina.
Pressure and temperature dependence of isotropic elastic moduli of polycrystalline alumina, noting Gruneisen parameter, equation of state and Debye temperature
Chung, D. H.↗
Electrical conductivity of the moon.
Lunar electrical conductivity as function of depth from various thermal models of moon and electrical conductivity data
England, A. W.↗
Active lunar seismic experiment
Active lunar seismological experiment utilizing explosive charge source
SEISMIC WAVE↗