Surface hydroxyl in MgO.
Forces holding hydroxyl ions to surfaces of MgO particles
SURFACE INTERACTION↗
Engineering topics
Leipold, M. H.
Publications and source records attributed to Leipold, M. H..
Impurity distribution in MgO.
Microprobe study of impurities in hot-pressed polycrystalline MgO compact and existence of significant grain boundary volume
IMPURITY↗
Ceramic research
Effect of grain boundaries and impurities on mechanical behavior of polycrystalline ceramics
CERAMICS↗
Surface adsorption in magnesium oxide
Adsorption energies of argon and helium atoms and hydroxyl ions on magnesium oxide surfaces
ADSORPTION↗
Hot-pressed high-purity polycrystalline MgO.
Hot-pressed high-purity polycrystalline MgO
HOT PRESSING↗
Ceramic research
X-ray diffraction micrography data on atomic structure of magnesium oxide grain boundaries
X-RAY ANALYSIS↗
Mass spectrographic analyses of nonconducting ceramics.
Powdered or densified nonconductive ceramic materials analyzed by spark source mass spectrography based on use of conducting probe
CERAMICS↗
Fabrication of high-purity polycrystalline mgo
Chemical production and analysis of magnesium oxide - high purity polycrystalline fabrication
POLYCRYSTAL↗
Thermal expansion of nickel oxide.
Thermal expansion of polycrystalline nickel oxide in oxygen atmosphere with 5 percent nitrogen to 1930 degrees C, noting grain size
HIGH TEMPERATURE AIR↗
Mechanical properties of hot-pressed zirconium carbide tested to 2600 deg c.
Tensile creep and modulus of elasticity data for hot pressed zirconium carbide
ZIRCONIUM CARBIDE↗
Thermal expansion of yttrium oxide and of magnesium oxide with yttrium oxide
Thermal expansion of yttrium oxide and of magnesium oxide with yttrium oxide
YTTRIUM OXIDE↗
Removable preheater elements improve oxide induction furnace
Heat and corrosion resistant preheater elements are used in oxide induction furnaces to raise the temperature to the level for conducting electricity. These preheater elements are then removed and the induction coil energized.
Leipold, M. H.↗
Mechanical and thermal properties of hot-pressed zirconium carbide tested to 2600 deg c
Mechanical & thermodynamic properties of hot pressed zirconium carbide
ZIRCONIUM CARBIDE↗
THERMAL EXPANSION IN AIR OF CERAMIC OXIDES TO 2200 DEG C
Explore the source record for details and available documents.
CRYSTAL↗
Seven zero nine zero computer program for determination of precision lattice constants
Computer program for calculation of lattice parameters for cubic, tetragonal, and hexagonal crystals - magnesium oxide and aluminum oxide
Leipold, M. H.↗