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Bison
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SEL Reference TA403.H3 1974 v.2 |
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Title: |
CRC HANDBOOK OF MATERIALS SCIENCE, vol. 2 |
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Author: |
C.T. Lynch, CRC Press, 1974 |
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Properties: |
Mechanical; Physical; Thermal |
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Materials: |
Alloys; Aluminum; Aluminum compounds; Ceramics; Composites; Glass; Inorganic chemicals; Metals; Oxides; Refractory materials; Steel |
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Identifiers: |
Annealing point temperature; Austenilize temperature; Coefficient of thermal expansion; Conductivity; Creep strength; Curie temperature; Density; Dielectric strength; Dissipation factor; Electrical resistivity; Elongation; Expansion; Fatigue strength; Hardness; Heat capacity; Heat of formation; Hot working temperature; Impact strength; Loss factor; Melting range; Modulus of elasticity; Modulus of rigidity; Normalized temperature; Permeability; Poisson's ratio; Refractive index; Rupture strength; Softening point temperature; Specific gravity; Tensile strength; Thermal conductivity; Volume resistivity; Working point temperature; Yield strength |
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Note: |
This handbook includes information on such materials as nuclear materials, graphites, polymers, aluminum, ferrous alloys, nickel, and glass. The physical properties of these materials are tabulated and phase diagram charts and standards are included. Each volume is thoroughly indexed. |
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Bison
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SEL Reference TA403.E497 1987 v.1 |
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Title: |
ENGINEERED MATERIALS HANDBOOK: COMPOSITES, vol. 1 |
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Author: |
T.J. Reinhart, ASM International, 1987 |
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Properties: |
Electrical; Mechanical; Physical; Thermal |
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Materials: |
Composites; Fibers; Resins |
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Identifiers: |
Arc resistance; Carbon assay; Chemical resistance; Coefficient of thermal expansion; Compressive strength; Cure cycle; Density; Dielectric breakdown voltage; Dielectric constant; Dielectric strength; Dissipation factor; Elasticity; Electrical conductivity; Elongation; Filament diameter; Flexural strength; Fracture toughness; Gel time; Heat capacity; Heat deflection temperature; Heat distortion temperature; Heat of reaction; Impact strength; Loss factor; Melt temperature; Melting point; Moisture absorption; Morphology; Poisson's ratio; Refractive index; Relative permissivity; Shear strength; Surface resistivity; Tensile elongation; Tensile modulus; Tensile strength; Thermal conductivity Track resistance; Transition temperature; Use temperature; Viscosity; Viscosity annealing point; Viscosity softening point; Volume resistivity; Young's modulus |
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Note: |
This volume includes properties and forms of components of composites, analysis and design, testing, and applications. Materials covered include polymer matrix materials, reinforced composites, some metal, carbon/graphite, and ceramic matrix composites. Each section contains an introductory overview on the general subject; subsections cover specific aspects such as static strength and adhesives specifications. |
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Bison
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SEL Reference TA403.4.P7 1989 |
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Title: |
PRACTICAL HANDBOOK OF MATERIALS SCIENCE |
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Author: |
C.T. Lynch, CRC Press, 1989 |
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Properties: |
Chemical; Electrical; Physical; Thermal; |
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Materials: |
Alloys; Ceramics; Composites; Elements; General chemicals; Graphite; Metals; Minerals; Polymers; Refractory materials; Superconductors; Wood |
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Identifiers: |
Annealing point; Arc resistance; Atomic weight; Boiling point; Bond length; Coefficient of cubical expansion; Compressive strength; Critical temperature; Crystal structure; Density; Dielectric constant; Dielectric strength; Electrical resistivity; Entropy; Flammability; Flexural modulus; Flexural strength; Freezing point; Half life; Hardness; Heat capacity; Heat deflection temperature; Heat of fusion; Heat of transition; Ionization potential; Izod impact; Loss factor; Melting point; Melting range; Modulus of elasticity; pH; Porosity; Refractive index; Softening point; Solubility; Specific gravity; Strain point; Temperature coefficient; Tensile modulus; Tensile strength; Thermal conductivity; Thermal neutron absorption; Transition temperature; Valence; Vapor pressure; Water absorption; Yield strength; |
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Note: |
This book is a supplement to the original CRC HANDBOOK OF MATERIALS SCIENCE. Several sections, such as those dealing with composite materials, have been updated to stay abreast of the advances in the field. A complete revision of the materials information section has been included to provide the reader with current information on the federal laboratory and information services in the field of materials science and engineering. |
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