The electrical conductivity and internal temperature of the moon
Explorer 35 observations of lunar electrical conductivity and internal temperature
Ness, N. F.↗
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Results for “conduction”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Development of high thermal conductivity polymeric materials for spacecraft use Final report, 1 Jul. 1966 - 31 May 1969
High thermal conductivity polymeric materials for spacecraft applications using phenyl compounds
Byrd, N. R.↗
Twenty-four hour changes in the electric conductivity of the E-layer of the daily ionosphere
Twenty-four changes in E layer electrical conductivity of daily ionosphere
Mishin, V. M.↗
Thermal conductivity and specific heat of amorphous polymers between 0.4 and 4 degrees K
Thermal conductivity and specific heat of amorphous polymers between 0.4 and 4 deg K
Chiang, Y. C.↗
Hot wire initiators loaded with non-conductive propellant /SOS-200/ Evaluation test report
Performance evaluation of hot wire initiators loaded with non-conductive propellant
Drinkard, G.↗
Effects of quenching and annealing on ionic conductivity in lithium fluoride
Quenching and annealing effects on ionic conductivity of lithium fluoride crystals
Lee, J. K.↗
Ionic conductivity of lanthanum fluoride
Electrical conductivity of lanthanum fluoride single crystal with calcium impurities
Fielder, W. L.↗
Method for estimating the electrical conductivity of the lunar interior
Estimation method for electrical conductivity of lunar interior
Blank, J. L.↗
Laminar heat transfer in electrically conducting fluids flowing in parallel plate channels.
Laminar heat transfer in electrically conducting fluids flowing in parallel plate channels
Back, L. H.↗
Thermal isolation with low conductance interstitial materials under compressive loads.
Thermal insulating characteristics of low conductance interstitial materials under compressive loads, noting carbon paper and wire screens
Gyorog, D. A.↗
Combined radiation and conduction heat transfer - Application in design.
Combined radiation and conduction heat transfer equation applied to temperature profile around opaque hollow sphere and in solid condensed gas layer
Mcconnell, D. G.↗
Conductive EMI - Responsibility and control.
Electromagnetic interference /EMI/ created by noise coupling through conductive paths, discussing responsibility for control within systems management
Harris, G.↗
Gross estimates of the conductivity, dielectric constant, and magnetic permeability distributions in the moon.
Lunar depth profiles of conductivity, dielectric constant and magnetic permeability from radar, radiothermic and magnetic measurements, discussing lunar models
Ward, S. H.↗
Effect of chemisorbed oxygen on the electrical conductivity of Zn-doped polycrystalline SnO sub 2.
Chemisorbed oxygen effect on electrical conductivity of zinc doped polycrystalline tin oxides
Kohnke, E. E.↗
A conductivity probe for tenuous plasmas.
Conductivity probe design for tenuous plasmas and ionized gases, discussing experimental confirmation of theoretical behavior
Holmquist, F. N.↗
Analysis of aperture radiation from an axially slotted circular conducting cylinder using geometrical theory of diffraction.
Radiation pattern of axial slot on circular conducting cylinder based on wedge diffraction and creeping wave theory
Balanis, C. A.↗
Effective slip coefficients for coupled conduction-radiation problems.
Combined conduction and radiation transfer equations solutions for absorbing-emitting gas, obtaining slip coefficient for diffusion solution correct boundary condition
Goldstein, M. E.↗