Thermal properties
Resource Information
The topic Thermal properties represents a specific aggregation or gathering of resources found in University of Missouri-St. Louis Libraries.
The Resource
Thermal properties
Resource Information
The topic Thermal properties represents a specific aggregation or gathering of resources found in University of Missouri-St. Louis Libraries.
- Label
- Thermal properties
446 Items that are about the Topic Thermal properties
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- Aircraft gas-turbines -- Materials | Thermal properties
- Alloys -- Thermal properties
- Alloys -- Thermal properties | Research -- Congresses
- Alumina cement -- Thermal properties
- Aluminum alloys -- Thermal properties
- Aluminum oxide -- Thermal properties
- Aluminum silicates -- Thermal properties
- Aluminum silicates -- Thermal properties
- Aluminum silicates -- Thermal properties | Testing
- Ammonia -- Thermal properties
- Amorphous semiconductors -- Thermal properties -- Congresses
- Argon -- Thermal properties -- Statistics
- Argon -- Thermal properties | Statistics
- Atoms -- Thermal properties
- Attics -- Thermal properties
- Automobiles -- Thermal properties | Testing -- Congresses
- Azeotropes -- Thermal properties
- Beryllium compounds -- Thermal properties
- Biopolymers -- Thermal properties
- Blankets -- Thermal properties | Testing
- Borides -- Thermal properties
- Bricks -- Thermal properties
- Buildings -- Thermal properties
- Buildings -- Thermal properties
- Buildings -- Thermal properties -- Handbooks, manuals, etc
- Buildings -- Thermal properties -- United States -- Testing
- Buildings -- Thermal properties | Computer simulation
- Buildings -- Thermal properties | Mathematical models
- Buildings -- Thermal properties | Standards
- Buildings -- Thermal properties | Standards
- Buildings -- Thermal properties | Standards -- United States
- CANDU reactors -- Thermal properties
- Calcium -- Thermal properties
- Calcium -- Thermal properties | Bibliography
- Carbides -- Thermal properties
- Carbides -- Thermal properties | Tables
- Carbon composites -- Thermal properties
- Carbon dioxide -- Thermal properties
- Carbon dioxide lasers -- Thermal properties
- Carbon fibers -- Thermal properties
- Ceilings -- Thermal properties
- Ceilings -- Thermal properties | Computer simulation
- Ceilings -- Thermal properties | Mathematical models
- Ceramic coating -- Thermal properties
- Ceramics -- Thermal properties
- Chemical elements -- Thermal properties
- Chemical elements -- Thermal properties
- Chromium -- Thermal properties
- Chromium-cobalt-nickel-molybdenum alloys -- Thermal properties
- Clay -- Thermal properties
- Coal -- Thermal properties | Research
- Coatings -- Thermal properties
- Cobalt alloys -- Thermal properties
- Combustion gases -- Thermal properties
- Composite materials -- Thermal properties
- Composite materials -- Thermal properties -- Wisconsin
- Composite materials -- Thermal properties | Research -- Congresses
- Concrete -- Thermal properties
- Concrete -- Thermal properties | Research
- Concrete bridges -- Thermal properties | Testing
- Concrete bridges -- Thermal properties | Testing | Remote sensing
- Concrete slabs -- Thermal properties
- Conveyor belts -- Thermal properties
- Copper -- Thermal properties
- Copper -- Thermal properties -- Tables
- Copper alloys -- Thermal properties
- Crystals -- Thermal properties
- Crystals -- Thermal properties
- Dielectrics -- Thermal properties
- Dwellings -- Thermal properties
- Dwellings -- Thermal properties
- Dwellings -- Thermal properties -- United States -- Measurement
- Electric cables -- Thermal properties
- Electric cables -- Thermal properties | Mathematical models
- Electric cables -- Thermal properties | Testing
- Electric motors -- Thermal properties
- Electric vehicles -- Thermal properties
- Electric vehicles -- Thermal properties -- Congresses
- Electric vehicles -- Thermal properties | Research -- Congresses
- Electrolytes -- Thermal properties
- Electronic apparatus and appliances -- Thermal properties
- Electronic apparatus and appliances -- Thermal properties
- Electronic apparatus and appliances -- Thermal properties -- Congresses
- Epoxy resins -- Thermal properties
- Ethanes -- Thermal properties -- Tables
- Ethanes -- Thermal properties | Tables
- Exterior walls -- Thermal properties
- Exterior walls -- Thermal properties -- United States
- Exterior walls -- Thermal properties | Computer simulation
- Ferric chloride -- Thermal properties
- Fibrous composites -- Thermal properties
- Fire fighters -- Clothing | Thermal properties | Measurement
- Fission products -- Thermal properties | Remote sensing
- Fluids -- Thermal properties
- Fluids -- Thermal properties
- Fluids -- Thermal properties -- Periodicals
- Fluids -- Thermal properties -- Tables
- Fluids -- Thermal properties | Computer simulation
- Fluids -- Thermal properties | Computer simulation -- Congresses
- Fluids -- Thermal properties | Tables
- Fluorohydrocarbons -- Thermal properties
- Food -- Thermal properties
- Frozen ground -- Thermal properties
- Frozen ground -- Thermal properties
- Frozen ground -- Thermal properties -- Alaska | Barrow
- Frozen ground -- Thermal properties | Computer simulation
- Gases -- Thermal properties
- Gases -- Thermal properties
- Gases -- Thermal properties
- Gases -- Thermal properties -- Tables
- Gases -- Thermal properties | Computer programs
- Gases -- Thermal properties | Tables
- Glass fiberboard -- Thermal properties
- Glass fiberboard -- Thermal properties | Testing
- Glass-ceramics -- Thermal properties
- Glass-reinforced plastics -- Thermal properties | Testing
- Gold alloys -- Thermal properties
- Graphite -- Thermal properties
- Groundwater -- Thermal properties -- Minnesota | Saint Paul
- Groundwater flow -- Thermal properties -- Minnesota | Saint Paul
- Heavy water reactors -- Thermal properties
- Helium -- Thermal properties
- Heterocyclic compounds -- Thermal properties
- Hydrides -- Thermal properties
- Hydrocarbons -- Thermal properties -- Tables
- Hydrogen -- Thermal properties
- Hydrogen -- Thermal properties
- Hydrogen -- Thermal properties -- Nevada
- Hydrogen -- Thermal properties | Testing
- Hydrogen sulfide -- Thermal properties
- Hydroxide minerals -- Thermal properties
- Hydroxides -- Thermal properties
- Hydroxides -- Thermal properties | Bibliography
- Indium gallium zinc oxide -- Thermal properties
- Insulation (Heat) -- Thermal properties | Testing
- Intermetallic compounds -- Thermal properties
- Iron-aluminum alloys -- Thermal properties
- Jadeite (Petrology) -- Thermal properties
- Jet planes -- Fuel | Thermal properties
- Jet planes -- Fuel | Thermal properties
- Liquid alloys -- Thermal properties
- Liquid helium -- Thermal properties
- Liquid hydrogen -- Thermal properties
- Liquids -- Thermal properties
- Liquids -- Thermal properties
- Liquids -- Thermal properties -- Congresses
- Liquids -- Thermal properties -- Tables
- Liquids -- Thermal properties | Measurement | Instruments
- Liquids -- Thermal properties | Tables
- Lithium cells -- Thermal properties
- Lithium hydride -- Thermal properties
- Lithium ion batteries -- Materials | Thermal properties
- Lubrication and lubricants -- Thermal properties
- Macromolecules -- Thermal properties
- Materials -- Thermal properties
- Materials -- Thermal properties
- Materials -- Thermal properties -- Bibliography
- Materials -- Thermal properties -- Congresses
- Materials -- Thermal properties -- Databases
- Materials -- Thermal properties -- Juvenile literature
- Materials -- Thermal properties -- United States
- Materials -- Thermal properties | Mathematical models
- Materials -- Thermal properties | Research -- Congresses
- Materials -- Thermal properties | Testing
- Membranes (Biology) -- Thermal properties
- Metal foils -- Thermal properties
- Metals -- Surfaces | Thermal properties
- Metals -- Thermal properties
- Metals -- Thermal properties
- Metals -- Thermal properties
- Methane -- Thermal properties
- Microelectromechanical systems -- Thermal properties -- Periodicals
- Microelectronics -- Materials | Thermal properties
- Microelectronics -- Materials | Thermal properties -- Congresses
- Mining engineering -- Materials | Thermal properties
- Molybdenum -- Thermal properties
- Nanocomposites (Materials) -- Thermal properties
- Nanocrystals -- Thermal properties
- Nanoelectromechanical systems -- Thermal properties -- Periodicals
- Nanofluids -- Thermal properties -- Periodicals
- Nanostructured materials -- Thermal properties
- Natural gas -- Thermal properties
- Natural gas -- Thermal properties
- Neon -- Thermal properties
- Nickel alloys -- Thermal properties
- Nitrides -- Thermal properties | Tables
- Nitrogen -- Thermal properties
- Nitrogen -- Thermal properties -- Statistics
- Nitrogen -- Thermal properties | Statistics
- Nonmetallic materials -- Thermal properties
- Nuclear facilities -- Materials | Thermal properties
- Nuclear fuel claddings -- Thermal properties | Computer programs
- Nuclear fuel elements -- Thermal properties
- Nuclear fuel elements -- Thermal properties
- Nuclear fuel elements -- Thermal properties | Data processing -- Handbooks, manuals, etc
- Nuclear fuel elements -- Thermal properties | Mathematical models
- Nuclear fuel elements -- Thermal properties | Testing
- Nuclear fuel rods -- Thermal properties
- Nuclear fuel rods -- Thermal properties | Computer programs
- Nuclear fuel rods -- Thermal properties | Computer simulation
- Nuclear fuel rods -- Thermal properties | Testing
- Nuclear power plants -- Materials | Thermal properties
- Nuclear power plants -- Piping | Materials | Thermal properties
- Nuclear reactors -- Materials | Thermal properties
- Nuclear reactors -- Materials | Thermal properties
- Nuclear reactors -- Materials | Thermal properties
- Nuclear reactors -- Materials | Thermal properties -- Russia (Federation)
- Nuclear reactors -- Materials | Thermal properties -- United States
- Nuclear reactors -- Materials | Thermal properties | Data processing
- Nuclear reactors -- United States -- Materials | Thermal properties | Computer simulation
- Oils and fats -- Thermal properties
- Optical fiber detectors -- Thermal properties
- Organic compounds -- Thermal properties
- Organic compounds -- Thermal properties
- Organic compounds -- Thermal properties -- Tables
- Organic compounds -- Thermal properties | Tables
- Oxides -- Thermal properties
- Particle board -- Thermal properties
- Partitions (Building) -- Materials | Thermal properties | Computer simulation
- Pavements -- Materials | Thermal properties -- United States
- Permafrost -- Thermal properties
- Permafrost -- Thermal properties -- Alaska
- Phosphates -- Thermal properties
- Photovoltaic cells -- Thermal properties
- Polyacrylamide -- Thermal properties
- Polyimides -- Thermal properties
- Polymeric composites -- Thermal properties
- Polymeric composites -- Thermal properties -- Congresses
- Polymers -- Thermal properties
- Polymers -- Thermal properties
- Polymers -- Thermal properties
- Polymers -- Thermal properties -- Congresses
- Polymethylmethacrylate -- Thermal properties
- Porous materials -- Thermal properties | Computer programs -- Handbooks, manuals, etc
- Porous materials -- Thermal properties | Mathematical models
- Porous materials -- Thermal properties | Mathematical models
- Porous materials -- Thermal properties | Research
- Power transistors -- Thermal properties
- Precision casting -- Thermal properties
- Prefabricated houses -- Thermal properties -- Alabama | Russellville -- Testing
- Propane -- Thermal properties
- Propellants -- Thermal properties
- Protective clothing -- Materials | Thermal properties | Mathematical models
- Protective clothing -- Materials | Thermal properties | Testing
- Protective clothing -- Thermal properties
- Protective clothing -- Thermal properties -- United States
- Protective clothing -- Thermal properties | Computer simulation
- Protective clothing -- Thermal properties | Measurement
- RDX (Cyclonite) -- Thermal properties
- Radioactive wastes -- Thermal properties -- Tables
- Rare earth metal compounds -- Thermal properties
- Reflective materials -- Thermal properties
- Refractory materials -- Thermal properties
- Refrigerants -- Thermal properties
- Refrigerants -- Thermal properties
- Refrigerants -- Thermal properties | Research
- Rocks -- Thermal properties
- Rocks -- Thermal properties -- Congresses
- Roofing -- Thermal properties -- United States
- Roofing -- Thermal properties -- Wisconsin
- Roofs -- Thermal properties
- Roofs -- Thermal properties -- Congresses
- Roofs -- Thermal properties -- Mississippi
- Roofs -- Thermal properties -- United States -- Testing
- Roofs -- Thermal properties -- Wisconsin
- Roofs -- Thermal properties | Congresses
- Roofs -- Thermal properties | Mathematical models
- Roofs -- Thermal properties | Mathematical models
- Roofs -- Thermal properties | Testing
- Rubber -- Thermal properties
- Rubber -- Thermal properties
- Sand -- Thermal properties -- Colorado | Greeley Region
- Semiconductor wafers -- Thermal properties | Measurement -- Congresses
- Semiconductors -- Thermal properties
- Semiconductors -- Thermal properties -- Congresses
- Shells (Engineering) -- Thermal properties
- Shingles -- Thermal properties -- Wisconsin
- Silicon -- Thermal properties
- Silicon carbide -- Thermal properties
- Snow -- Thermal properties
- Soil cement -- Curing | Thermal properties
- Soils -- Thermal properties
- Soils -- Thermal properties -- Colorado | Greeley Region
- Solar cells -- Thermal properties
- Solid propellants -- Thermal properties
- Solid-state lasers -- Thermal properties
- Solid-state lasers -- Thermal properties | Computer simulation
- Solids -- Thermal properties
- Space shuttles -- Materials | Thermal properties
- Space vehicles -- Materials | Thermal properties
- Space vehicles -- Thermal properties
- Spinel -- Thermal properties
- Stainless steel -- Thermal properties
- Stainless steel -- Thermal properties | Testing
- Steam -- Thermal properties
- Steam -- Thermal properties
- Steam -- Thermal properties
- Steam -- Thermal properties -- Charts, diagrams, etc
- Steam -- Thermal properties -- Tables
- Steam -- Thermal properties | Tables
- Steam power plants -- Thermal properties
- Steel -- Thermal properties
- Steel alloys -- Thermal properties
- Strontium compounds -- Thermal properties
- Sulfur -- Thermal properties
- Superconductors -- Thermal properties
- Superconductors -- Thermal properties
- Superconductors -- Thermal properties -- United States
- Tall buildings -- Thermal properties -- Handbooks, manuals, etc
- Technetium -- Thermal properties
- Textile fibers, Synthetic -- Thermal properties
- Thin films -- Thermal properties
- Titanium -- Thermal properties
- Titanium alloys -- Thermal properties
- Titanium compounds -- Thermal properties
- Topaz -- Thermal properties
- Trucks -- Motors (Diesel) | Materials | Thermal properties
- Tungsten -- Thermal properties
- Tunnels -- Thermal properties -- Maryland | Baltimore -- Analysis
- Tunnels -- Thermal properties -- Maryland | Baltimore -- Mathematical models
- Turbines -- Blades | Materials | Thermal properties
- Turbines -- Materials | Thermal properties
- Vapors -- Thermal properties
- Wallboard -- Thermal properties | Computer programs
- Walls -- Thermal properties
- Water -- Thermal properties
- Water -- Thermal properties
- Water -- Thermal properties -- Charts, diagrams, etc
- Water -- Thermal properties -- Raft River Valley (Utah and Idaho)
- Water -- Thermal properties -- Tables
- Water -- Thermal properties | Computer programs
- Water -- Thermal properties | Tables
- Wind tunnels -- Materials | Thermal properties
- Windows -- Thermal properties
- Wood -- Thermal properties
- Wood -- Thermal properties
- Wood -- Thermal properties -- Mississippi
- Wood -- Thermal properties -- Wisconsin
- Zirconium -- Thermal properties
- Zirconium alloys -- Thermal properties
- Zirconium compounds -- Thermal properties
- Air -- Thermal properties
- Aggregates (Building materials) -- Thermal properties -- Colorado | Greeley Region
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<div class="citation" vocab="http://schema.org/"><i class="fa fa-external-link-square fa-fw"></i> Data from <span resource="http://link.umsl.edu/resource/v6Tcc-5PlyM/" typeof="CategoryCode http://bibfra.me/vocab/lite/Topic"><span property="name http://bibfra.me/vocab/lite/label"><a href="http://link.umsl.edu/resource/v6Tcc-5PlyM/">Thermal properties</a></span> - <span property="potentialAction" typeOf="OrganizeAction"><span property="agent" typeof="LibrarySystem http://library.link/vocab/LibrarySystem" resource="http://link.umsl.edu/"><span property="name http://bibfra.me/vocab/lite/label"><a property="url" href="http://link.umsl.edu/">University of Missouri-St. Louis Libraries</a></span></span></span></span></div>
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<div class="citation" vocab="http://schema.org/"><i class="fa fa-external-link-square fa-fw"></i> Data from <span resource="http://link.umsl.edu/resource/v6Tcc-5PlyM/" typeof="CategoryCode http://bibfra.me/vocab/lite/Topic"><span property="name http://bibfra.me/vocab/lite/label"><a href="http://link.umsl.edu/resource/v6Tcc-5PlyM/">Thermal properties</a></span> - <span property="potentialAction" typeOf="OrganizeAction"><span property="agent" typeof="LibrarySystem http://library.link/vocab/LibrarySystem" resource="http://link.umsl.edu/"><span property="name http://bibfra.me/vocab/lite/label"><a property="url" href="http://link.umsl.edu/">University of Missouri-St. Louis Libraries</a></span></span></span></span></div>
