DBpedia – Linked Data Fragments

Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Ultra-high-temperature_ceramics> ?p ?o }

• Ultra-high-temperature_ceramics abstract "Ultra-high-temperature ceramics (UHTCs) are a class of refractory ceramics that offer excellent stability at temperatures exceeding 2000 °C being investigated as possible thermal protection system (TPS) materials, coatings for materials subjected to high temperatures, and bulk materials for heating elements. Broadly speaking, UHTCs are borides, carbides, nitrides, and oxides of early transition metals. Current efforts have focused on heavy, early transition metal borides such as hafnium diboride (HfB2) and zirconium diboride (ZrB2); additional UHTCs under investigation for TPS applications include hafnium nitride (HfN), zirconium nitride (ZrN), titanium carbide (TiC), titanium nitride (TiN), thorium dioxide (ThO2), tantalum carbide (TaC) and their associated composites.".
• Ultra-high-temperature_ceramics thumbnail An_UHTC_strake_composed_of_three_different_sections_with_different_UHTC_compositions.jpg?width=300.
• Ultra-high-temperature_ceramics wikiPageID "38050893".
• Ultra-high-temperature_ceramics wikiPageLength "55884".
• Ultra-high-temperature_ceramics wikiPageOutDegree "155".
• Ultra-high-temperature_ceramics wikiPageRevisionID "705485310".
• Ultra-high-temperature_ceramics wikiPageWikiLink Abnormal_grain_growth.
• Ultra-high-temperature_ceramics wikiPageWikiLink Air_force.
• Ultra-high-temperature_ceramics wikiPageWikiLink Aluminium_oxide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Ames_Research_Center.
• Ultra-high-temperature_ceramics wikiPageWikiLink Amorphous_solid.
• Ultra-high-temperature_ceramics wikiPageWikiLink Anisotropy.
• Ultra-high-temperature_ceramics wikiPageWikiLink Antibonding_molecular_orbital.
• Ultra-high-temperature_ceramics wikiPageWikiLink Atmospheric_entry.
• Ultra-high-temperature_ceramics wikiPageWikiLink Barn_(unit).
• Ultra-high-temperature_ceramics wikiPageWikiLink Bond_strength.
• Ultra-high-temperature_ceramics wikiPageWikiLink Boric_acid.
• Ultra-high-temperature_ceramics wikiPageWikiLink Boride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Borohydride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Boron.
• Ultra-high-temperature_ceramics wikiPageWikiLink Boron_carbide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Boron_oxide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Boron_trichloride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Boron_trioxide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Brittleness.
• Ultra-high-temperature_ceramics wikiPageWikiLink Carbide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Category:Aerospace_materials.
• Ultra-high-temperature_ceramics wikiPageWikiLink Category:Ceramic_materials.
• Ultra-high-temperature_ceramics wikiPageWikiLink Category:Composite_materials.
• Ultra-high-temperature_ceramics wikiPageWikiLink Ceramic.
• Ultra-high-temperature_ceramics wikiPageWikiLink Chemical_vapor_deposition.
• Ultra-high-temperature_ceramics wikiPageWikiLink Close-packing_of_equal_spheres.
• Ultra-high-temperature_ceramics wikiPageWikiLink Composite_material.
• Ultra-high-temperature_ceramics wikiPageWikiLink Corrosion.
• Ultra-high-temperature_ceramics wikiPageWikiLink Covalent_bond.
• Ultra-high-temperature_ceramics wikiPageWikiLink Crystal_structure.
• Ultra-high-temperature_ceramics wikiPageWikiLink Crystallite.
• Ultra-high-temperature_ceramics wikiPageWikiLink Crystallographic_defect.
• Ultra-high-temperature_ceramics wikiPageWikiLink DARPA_Falcon_Project.
• Ultra-high-temperature_ceramics wikiPageWikiLink Deposition_(chemistry).
• Ultra-high-temperature_ceramics wikiPageWikiLink Electric_discharge.
• Ultra-high-temperature_ceramics wikiPageWikiLink Empirical_formula.
• Ultra-high-temperature_ceramics wikiPageWikiLink Eutectic_system.
• Ultra-high-temperature_ceramics wikiPageWikiLink Exothermic_process.
• Ultra-high-temperature_ceramics wikiPageWikiLink Flexural_strength.
• Ultra-high-temperature_ceramics wikiPageWikiLink Gadolinium.
• Ultra-high-temperature_ceramics wikiPageWikiLink Grain_boundary.
• Ultra-high-temperature_ceramics wikiPageWikiLink Grain_growth.
• Ultra-high-temperature_ceramics wikiPageWikiLink Grain_size.
• Ultra-high-temperature_ceramics wikiPageWikiLink Hafnium.
• Ultra-high-temperature_ceramics wikiPageWikiLink Hafnium(IV)_carbide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Hafnium_diboride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Hafnium_nitride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Hardness.
• Ultra-high-temperature_ceramics wikiPageWikiLink Heat_flux.
• Ultra-high-temperature_ceramics wikiPageWikiLink Hypersonic_flight.
• Ultra-high-temperature_ceramics wikiPageWikiLink Iridium.
• Ultra-high-temperature_ceramics wikiPageWikiLink Lanthanum_hexaboride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Lanthanum_oxide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Lattice_constant.
• Ultra-high-temperature_ceramics wikiPageWikiLink Leaching_(metallurgy).
• Ultra-high-temperature_ceramics wikiPageWikiLink Lift-to-drag_ratio.
• Ultra-high-temperature_ceramics wikiPageWikiLink Melting_point.
• Ultra-high-temperature_ceramics wikiPageWikiLink Metal_halides.
• Ultra-high-temperature_ceramics wikiPageWikiLink Microstructure.
• Ultra-high-temperature_ceramics wikiPageWikiLink NASA.
• Ultra-high-temperature_ceramics wikiPageWikiLink Neodymium(III)_oxide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Neutron_capture.
• Ultra-high-temperature_ceramics wikiPageWikiLink Neutron_temperature.
• Ultra-high-temperature_ceramics wikiPageWikiLink Niobium_carbide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Niobium_nitride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Nitride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Operating_temperature.
• Ultra-high-temperature_ceramics wikiPageWikiLink Oxide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Particle_size.
• Ultra-high-temperature_ceramics wikiPageWikiLink Phenol_formaldehyde_resin.
• Ultra-high-temperature_ceramics wikiPageWikiLink Plasma-enhanced_chemical_vapor_deposition.
• Ultra-high-temperature_ceramics wikiPageWikiLink Plutonium-239.
• Ultra-high-temperature_ceramics wikiPageWikiLink Porosity.
• Ultra-high-temperature_ceramics wikiPageWikiLink Powder_metallurgy.
• Ultra-high-temperature_ceramics wikiPageWikiLink Precursor_(chemistry).
• Ultra-high-temperature_ceramics wikiPageWikiLink Radioactive_decay.
• Ultra-high-temperature_ceramics wikiPageWikiLink Radius_of_curvature_(applications).
• Ultra-high-temperature_ceramics wikiPageWikiLink Redox.
• Ultra-high-temperature_ceramics wikiPageWikiLink Reducing_agent.
• Ultra-high-temperature_ceramics wikiPageWikiLink Refractory.
• Ultra-high-temperature_ceramics wikiPageWikiLink Silicon_carbide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Single_crystal.
• Ultra-high-temperature_ceramics wikiPageWikiLink Sintering.
• Ultra-high-temperature_ceramics wikiPageWikiLink Space_Shuttle.
• Ultra-high-temperature_ceramics wikiPageWikiLink Spheronisation.
• Ultra-high-temperature_ceramics wikiPageWikiLink Stoichiometry.
• Ultra-high-temperature_ceramics wikiPageWikiLink Strength_of_materials.
• Ultra-high-temperature_ceramics wikiPageWikiLink Structural_stability.
• Ultra-high-temperature_ceramics wikiPageWikiLink Tantalum.
• Ultra-high-temperature_ceramics wikiPageWikiLink Tantalum_boride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Tantalum_carbide.
• Ultra-high-temperature_ceramics wikiPageWikiLink Tantalum_nitride.
• Ultra-high-temperature_ceramics wikiPageWikiLink Temperature_coefficient.
• Ultra-high-temperature_ceramics wikiPageWikiLink Temperature_gradient.

• next