return to library home
return to buffalo.edu
  • Find Library Materials
  • My Accounts
  • Get Help
  • Libraries & Collections
  • About Us
  • Ask A Librarian
Articles+ (Multi-Search) BISON Catalog Electronic Journals Course Reserves Databases Forms A-Z Resources by Subject
My Library Card ILLiad Requests
Help A - Z Research Tips Instructional Services Faculty Support Student Support Alumni & Visitor Support Endnote Software
Arts & Sciences Libraries Health Sciences Library Law Library Music Library Special Collections Digital Library Center Libraries Annex
Contact Us Hours/Floor Plans Policies & Services Staff Directory Library Administration Events & Workshops Library Exhibits Employment Support Our Libraries
chatInstant Message emailEmail phonePhone inpersonIn Person
Libraries & Collections
 
  star icon Arts & Sciences Libraries
divider
  star icon Health Sciences Library
divider
  star icon Law Library
divider
  star icon Music Library
divider
  star icon Special Collections
divider
  star icon Digital Library Center
divider
  star icon Libraries Annex
 
 




Home > Libraries > Science & Engineering > Materials Properties Locator Database > Search Results

Search Results


Bison #:
 SEL Reference RA1211.P38 1992
Title:
 A COMPREHENSIVE GUIDE TO THE HAZARDOUS PROPERTIES OF CHEMICAL SUBSTANCES
Author:
 P. Patnaik, Van Nostrand Reinhold, 1992
Properties:
 Physical; Toxicological
Materials:
 General chemicals; Hazardous chemicals; Organic chemicals
Identifiers:
 Boiling point; Density; Explosive limit; Flammability; Flash point; Immediate danger to life or health - IDLH; Lethal concentration - LC50; Lethal dose -LD50; Melting point; Molecular weight; pH values; Short term exposure limit; Solubility; Threshold limit value - TLV; Time weighted average - TWA; Vapor density
Note:
 The objective of this book is to present information on the hazardous properties of chemical substances and to correlate hazardous properties to the functional groups, reactive sites, and other structural features in the molecules, and thus to predict or assess the hazards of a compound from its structure when there is a lack of experimental data. The hazardous properties are classified under two broad headings: health hazards and fire and explosion hazards
Bison #:
 SEL Reference QH310 S6 1956
Title:
 HANDBOOK OF BIOLOGICAL DATA
Author:
 W.S. Spector, editor, W.B. Saunders Co., 1956
Properties:
 Biochemical; Biophysical; Chemical; Electrical; Mechanical; Nutritional; Optical; Photochemical; Physical; Physiological; Spectral
Materials:
 Animals; Bacteria; Biological materials; Blood; Drugs; Herbicides; Microorganisms; Muscles; Organs; Plants; Radioisotopes; Tissues; Whole organisms
Identifiers:
 Bioluminescence; Body temperature; Boiling point; Cell division; Chemical composition; Conductivity; Density; Dissociation constant; Distribution; Drug reactions; Freezing point; Genetic linkage; Germination rate; Growth rate; Heart rate; Hydrolysis constant; Ion absorption; Ionization constant; Life span; Melting point; Molecular formula; Molecular weight; Nutrient utilization; Osmotic pressure; Pain sensitivity; Permeability; pH; Physiological effects; Pressure; Radiation effects; Refractive index; Respiration rate; Rotation; Size; Solubility; Specific gravity; Surface area; Surface tension; Toxicity; Weight
Note:
 Presents tabular data and graphs, charts, and diagrams in the broad general areas of plant, animal, and pre-clinical medical sciences.
Bison #:
 SEL Reference TD196.O73 H35 1996
Title:
 Handbook of Environmental Data on Organic Chemicals, 3rd ed.
Author:
 K. Verschueren, Van Nostrand Reinhold, 1996
Properties:
 Chemical; Environmental; Physical; Toxicological
Materials:
 Organic chemicals
Identifiers:
 Atmospheric reactions; Bioaccumulation values; Biodegradation rate; Boiling point; Density; Henry's law constant; Melting point; Molecular weight; Octanol-water partition coefficient; Odor threshold values; Oxidation parameters; Physical appearance; Residual concentration; Saturation concentration; Solubility; Toxicological effects; Vapor density; Vapor pressure
Note:
 Lists organic chemicals alphabetically, presenting data on each substance including common name, synonyms, molecular and structural formulas and Chemical Abstracts Service (CAS) Registry Number. In addition, the book covers the natural and manmade sources of a substance, its uses and various formulations, and sampling, analysis, and treatment methods.
Bison #:
 SEL Reference TD 176.4.H69 1989 v.2
Title:
 HANDBOOK OF ENVIRONMENTAL FATE AND EXPOSURE DATA FOR ORGANIC CHEMICALS: SOLVENTS, vol. 2
Author:
 P.H. Howard, Lewis Publishers, 1989
Properties:
 Environmental; Physical; Toxicological
Materials:
 Hydrocarbons; Organic chemicals; Solvents
Identifiers:
 Abiotic degradation; Aquatic fate; Atmospheric fate; Average daily intake; Bioconcentration; Boiling point; Dissociation constant; Environmental fate; Henry's law constant; Melting point; Molecular weight; Partition coefficient; Soil absorption; Solubility; Terrestrial fate; Vapor pressure; Volatilization
Note:
 This series of books outlines in detail how individual chemicals are released, transported and degraded in the environment and how they are exposed to humans and environmental organisms. It reviews available data on physical/chemical properties, commercial use and possible sources of environmental fate, and monitoring data of individual chemicals. Each review of a chemical provides data necessary for a qualitative or quantitative exposure assessment.
Bison #:
 SEL Reference TD 176.4.H69 1989 v.3
Title:
 HANDBOOK OF ENVIRONMENTAL FATE AND EXPOSURE DATA FOR ORGANIC CHEMICALS: PESTICIDES, vol. 3
Author:
 P.H. Howard, Lewis Publishers, 1989
Properties:
 Environmental; Physical; Toxicological
Materials:
 Hydrocarbons; Organic chemicals; Pesticides
Identifiers:
 Abiotic degradation; Aquatic fate; Atmospheric fate; Average daily intake; Bioconcentration; Boiling point; Dissociation constant; Environmental fate; Henry's law constant; Melting point; Molecular weight; Partition coefficient; Soil absorption; Solubility; Terrestrial fate; Vapor pressure; Volatilization
Note:
 This series of books outlines in detail how individual chemicals are released, transported and degraded in the environment and how they are exposed to humans and environmental organisms. It reviews available data on physical/chemical properties, commercial use and possible sources of environmental fate, and monitoring data of individual chemicals. Each review of a chemical provides data necessary for a qualitative or quantitative exposure assessment.
Bison #:
 SEL Reference TD176.4.H69 1989 v.1
Title:
 HANDBOOK OF ENVIRONMENTAL FATE AND EXPOSURE DATA FOR ORGANIC CHEMICALS: PRIORITY POLLUTANTS, vol. 1.
Author:
 P.H. Howard, Lewis Publishers, 1989
Properties:
 Environmental; Physical; Toxicological
Materials:
 Organic compounds; Priority pollutants
Identifiers:
 Abiotic degradation; Aquatic fate; Atmospheric fate; Average daily intake; Bioconcentration; Biodegradation; Boiling point; Dissociation constant; Environmental fate; Henry's law constant; Melting point; Molecular weight; Partition coefficient; Soil absorption; Solubility; Terrestrial fate; Vapor pressure; Volatilization
Note:
 This series of books outlines in detail how individual chemicals are released, transported and degraded in the environmental organisms. It reviews available data on physical/chemical properties, commercial use and possible sources of environmental contamination, environmental fate, and montioring data for individual chemicals. Each review of a chemical provides data necessary for a qualitative or quantitative exposure assessment.
Bison #:
 SEL Reference TD 176.4.H69 1989 v.4
Title:
 HANDBOOK OF ENVIRONMENTAL FATE AND EXPOSURE DATA FOR ORGANIC CHEMICALS: SOLVENTS 2, vol. 4
Author:
 P.H. Howard, Lewis Publishers, 1989
Properties:
 Environmental; Physical; Toxicological
Materials:
 Hydrocarbons; Organic chemicals; Solvents
Identifiers:
 Abiotic degradation; Aquatic fate; Atmospheric fate; Average daily intake; Bioconcentration; Boiling point; Dissociation constant; Environmental fate; Henry's law constant; Melting point; Molecular weight; Partition coefficient; Soil absorption; Solubility; Terrestrial fate; Vapor pressure; Volatilization
Note:
 This series of books outlines in detail how individual chemicals are released, transported and degraded in the environment and how they are exposed to humans and environmental organisms. It reviews available dataon physical/chemical properties, commercial use and possible sources of environmental fate, and monitoring data of individual chemicals. Each review of a chemical provides data necessary for a qualitative or quantitative exposure assessment.
Bison #:
 SEL Reference TD 176.4.H69 1989 v.5
Title:
 HANDBOOK OF ENVIRONMENTAL FATE AND EXPOSURE DATA FOR ORGANIC CHEMICALS: SOLVENTS, vol. 5
Author:
 P.H. Howard, Lewis Publishers, 1989
Properties:
 Environmental; Physical; Toxicological
Materials:
 Hydrocarbons; Organic chemicals; Solvents
Identifiers:
 Abiotic degradation; Aquatic fate; Atmospheric fate; Average daily intake; Bioconcentration; Biodegradation; Boiling point; Dissociation constant; Environmental fate; Henry's law constant; Melting point; Molecular weight; Partition coefficient; Soil adsorption; Solubility; Terrestrial fate; Vapor pressure; Volatilization
Note:
 This series of books outlines in detail how individual chemicals are released, transported and degraded in the environment and how they are exposed to humans and environmental organisms. It reviews available data on physical/chemical properties, commercial use and possible sources of environmental fate, and monitoring data of individual chemicals. Each review of a chemical provides data necessary for a qualitative or quantitative exposure assessment.
Bison #:
 SEL Reference QD257.7 H374 1997
Title:
 HANDBOOK OF PHYSICAL PROPERTIES OF ORGANIC MATERIALS,
Author:
 P.H. Howard and W.M. Meylan, Lewis Publishers, 1997
Properties:
 Chemical; Physical
Materials:
 Organic chemicals
Identifiers:
 Acid dissociation constant; Atmospheric hydroxyl radial reaction rate constant; Boiling point; Chemical formula; Chemical structure; Freezing point; Henry’s Law constant; Melting point; Molecular weight; Octanol-water partition coefficient; Vapor pressure; Water solubility
Note:
 This handbook contains physical and chemical properties data for approximately 12,000 organic chemicals of environmental, pharmaceutical, or commercial interest.
Bison #:
 SEL Reference QC 917 S48 1997
Title:
 HANDBOOK OF PSYCHROMETRIC CHARTS, HUMIDITY DIAGRAMS FOR ENGINEERS
Author:
 D.C.Shallcross; Blackie Academic & Professional, 1997
Properties:
 Physical
Materials:
 Mixtures of gases and vapors
Identifiers:
 Acentric factor; Condensed phase enthalpy coefficients; Henry's law coefficient; Ideal heat capacity coefficient; Isothermal compressibility coefficient; Latent heat of vaporization coefficient; Molar volume of liquids coefficient; Molecular weight; pseudocritical compressibility; pseudocritical pressure; pseudocritical temperature; pseudocritical volume; second virial correlation; third virial correlation; vapor pressure coefficients;
Note:
 Fundamental aspects of psychrometry, information chart construction, physical property data and a collection of 274 psychrometric charts and humidity diagrams. References, general index, and chart index.
Bison #:
 SEL Reference TP978.F54 1988
Title:
 HANDBOOK OF THE RARE ELEMENTS, VOL. I: TRACE ELEMENTS AND LIGHT ELEMENTS,
Author:
 1968
Properties:
 Chemical; Physical; Mechanical; Optical; Radioactive; Thermal
Materials:
 Elements
Identifiers:
 Boiling point; Brinell hardness; Coefficient of absoprtion; Coefficient of linear expansion; Coefficient of thermal conductivity; Conductivity; Compressibility; Corrosion rate; Creep limit; Density; Elongation; Heat capacity; Heat of fusion; Heat of vaporization; Index of refraction; Lattice constants; Magnetic susceptibility; Melting point; Modulus of elasticity; Molecular volume; Molecular weight; Normal electrode potential; Rate of vaporization; Reflectivity; Resistivity; Rockwell hardness; Surface tension; Temperature coefficient of resistivity; Tensile strength; Vapor pressure; Vickers hardness;Viscosity; Yield point
Note:
 This handbook provides properties data for the trace elements--gallium, indium, thallium, germanium, selenium, tellurium, and rhenium--and the light elements--lithium, beryllium, rubidium, and cesium. The material is largely in tabular form with a bibliographic reference for each piece of data presented.
Bison #:
 SEL Reference TD196.O73 M32 1992 v.2
Title:
 ILLUSTRATED HANDBOOK OF PHYSICAL-CHEMICAL PROPERTIES AND ENVIRONMENTAL FATE FOR ORGANIC CHEMICALS: POLYNUCLEAR AROMATIC HYDROCARBONS, POLYCHLORINATED DIOXINS, AND DIBENZOFURANS, vol. 2
Author:
 D. Mackay, Lewis, 1992
Properties:
 Chemical; Physical; Toxicological
Materials:
 Dioxins; Hydrocarbons; Organic chemicals; PAHs
Identifiers:
 Air-water partition coefficient; Boiling point; Density; Fugacity ratio; Heat of fusion; Melting point; Molar volume; Molecular formula; Molecular volume; Molecular weight; Octanol-water partition coefficient; Total surface area; Vapor pressure; Water solubility
Note:
 This book presents data for chemicals from three broad chemical groups: monoaromatic hydrocarbons, chlorobenzenes, and polychlorinated biphenyls. Data sheets provide for each chemical compound its common name; synonym; chemical name; CAS registry number; molecular formula; and molecular weight, as well as physical, environmental and toxicological properties data.
Bison #:
 SEL Reference TD196.O73 M32 1992 v.3
Title:
 ILLUSTRATED HANDBOOK OF PHYSICAL-CHEMICAL PROPERTIES AND ENVIRONMENTAL FATE FOR ORGANIC CHEMICALS: VOLATILE ORGANIC COMPOUNDS, vol. 3
Author:
 D. Mackay, Lewis, 1992
Properties:
 Chemical; Physical; Toxicological
Materials:
 Hydrocarbons; Organic chemicals; Volatile organic compounds
Identifiers:
 Air-water partition coefficient; Boiling point; Density; Fugacity ratio; Heat of fusion; Melting point; Molar volume; Molecular formula; Molecular volume; Molecular weight; Octanol-water partition coefficient; Total surface area; Vapor pressure; Water solubility
Note:
 This book presents data for volatile organic compounds. Data sheets provide for each chemical compound its common name; synonym; chemical name; CAS registry number; molecular formula; and molecular weight, as well as physical, environmental and toxicological properties data.
Bison #:
 SEL Reference TD196.O73 M32 1992 v.1
Title:
 ILLUSTRATED HANDBOOK OF PHYSICAL-CHEMICAL PROPERTIES AND ENVIRONMENTAL FATE FOR ORGANIC COMPOUNDS: MONOAROMATIC HYDROCARBONS, CHLOROBENZENES AND PCBs, vol. 1
Author:
 D. Mackay, Lewis, 1992
Properties:
 Chemical; Physical; Toxicological
Materials:
 Hydrocarbons: Organic chemicals; PCBs
Identifiers:
 Air-water partition coefficient; Boiling point; Density; Fugacity ratio; Heat of fusion; Melting point; Molar volume; Molecular formula; Molecular volume; Molecular weight; Octanol-water partition coefficient; Total surface area; Vapor pressure; Water solubility
Note:
 This book presents data for chemicals from three broad chemical groups: monoaromatic hydrocarbons, chlorobenzenes, and polychlorinated biphenyls. In addition for each chemical, data sheets provide: common name, synonym, chemical name, and CAS registry number.
Bison #:
 SEL Reference TD196.O73 M32 1992 v.4
Title:
 ILLUSTRATED HANDBOOK OF PHYSICAL-CHEMICAL PROPERTIES AND ENVIRONMENTAL FATE FOR ORGANIC COMPOUNDS: OXYGEN, NITROGEN, AND SULFUR CONTAINING COMPOUNDS, vol. 4,
Author:
 D. Mackay, Lewis, 1992
Properties:
 Chemical; Physical; Toxicological
Materials:
 Alcohols; Aldehydes; Carboxylic acids; Esters; Ketones; Nitrogen compounds; Organic chemicals; Phenolic compounds; Sulfur compounds
Identifiers:
 Air-water partition coefficient; Boiling point; Density; Fugacity ratio; Heat of fusion; Melting point; Molar volume; Molecular formula; Molecular volume; Molecular weight; Octanol-water partition coefficient; Total surface area; Vapor pressure; Water solubility
Note:
 This book presents data for oxygen, nitrogen, and sulfur containing compounds. In addition, for each chemical data sheets provide: common name, synonym, chemical name, and CAS registry number.
Bison #:
 SEL Reference QE366.8 M55 1995
Title:
 MINERAL PHYSICS & CRYSTALLOGRAPHY: A HANDBOOK OF PHYSICAL CONSTANTS
Author:
 T.J. Ahrens, editor, American Geophysical Union, 1995
Properties:
 Crystallographic; Electrical; Rheological; Spectral; Thermal
Materials:
 Glasses; Minerals; Oxides; Silicates
Identifiers:
 Bulk modulus; Crystal system; Debye temperature; Density; Diffusion coefficient; Elasticity; Electrical conductivity; Enthalpy; Entropy; Heat capacity; Infrared spectroscopy; Molar volume; Molecular formula; Molecular weight; Mossbauer spectroscopy; Nuclear magnetic resonance spectroscopy; Plasticity; Raman spectroscopy; Shock wave; Space group; Structure type; Thermal expansion; Thermal pressure; Viscosity
Note:
 Provides selected properties data for minerals. Includes phase diagrams of earth-forming minerals, and data on infared, raman, and nuclear magnetic resonance spectroscopy of earth materials.
Bison #:
 SEL Reference QD189 J35 1967
Title:
 MOLTEN SALTS HANDBOOK
Author:
 G.J. Janz, Academic Press, 1967
Properties:
 Corrosion; Electrochemical; Mechanical; Physical; Spectral; Thermal
Materials:
 Fused salts; Molten salts
Identifiers:
 Absorption data; Association constant; Atomic radius; Boiling point; Coefficient of expansion; Compressibility; Critical constants; Cryoscopic constant; Crystal data; Density; Diffusion coefficient; Dielectric constant; Double layer capacity; Electrical conductivity; Electromagnetic field; Electromigration; Entropy of fusion; Entropy of vaporization; Expansivity; Friction coefficient; Heat capacity; Heat of formation; Heat of fusion; Heat of mixing; Heat of sublimation; Heat of vaporization; Henry's Law constant; Ionic mobility; Ionic radius; Immiscibility; Magnetic susceptibility; Melt conductance; Melt density; Melt viscosity; Melting point; Molar heat; Molar volume; Molecular weight; Nuclear magnetic resonance spectra; Neutron diffraction; Polarography; Raman spectra; Rao's constant; Refractive index; Solubility; Specific conductivity; Surface tension; Thermal conductivity; Transport number; Ultraviolet spectra; Vapor pressure; Velocity of sound; Vibrational spectra; Viscosity; Visible spectra; X ray diffraction
Note:
 The material presented in this handbook is organized into five areas: physical properties, thermodynamic properties, electrochemical properties, spectroscopy and structure, and practical features. Topics such as phase equilibria, molten salt electrolytes, and chemical syntheses are presented in annotated bibliography and table form. A sixth section on experimental techniques includes illustrations of design features for various experimental assemblies and an extensive annotated bibliography. Also includes a chemical formula index.
Bison #:
 SEL Reference TP200.P49 1989
Title:
 PHYSICAL PROPERTY DATA FOR THE DESIGN ENGINEER
Author:
 C.F. Beaton, Hemisphere Publishing Corp., 1989
Properties:
 Mechanical; Physical; Thermal;
Materials:
 Fluids; Organic chemicals
Identifiers:
 Boiling point; Critical density; Critical pressure; Critical temperature; Density; Dielectric constant; Enthalpy; Entropy; Heat capacity; Internal energy; Melting point; Molecular weight; Prandtl number; Pressure; Specific volume; Surface tension; Temperature at saturation; Thermal conductivity; Vapor density; Viscosity
Note:
 This book's information is a recompilation of data presented in HEAT EXCHANGER DESIGN HANDBOOK. Materials information is reorganized to bring all information together for a given substance under one entry. It covers about 250 organic and inorganic substances. The bulk of the volume supplies values for the thermodynamic and transport properties of the liquid, gaseous and saturated vapor phases at several selected temperatures.
Bison #:
 SEL Reference QD388 P65 1989
Title:
 POLYMER HANDBOOK 3rd ed.
Author:
 J. Brandrup and E.H. Immergut, Wiley, 1989
Properties:
 Crystallographic; Electrical; Mechanical; Optical; Physical; Rheological; Thermal
Materials:
 Polymers; Rubber
Identifiers:
 Activation energy; Boiling point; Bulk modulus; Coefficient of thermal expansion; Compressibility; Creep rate; Decomposition rate; Depolymerization rate; Dielectric constant; Diffusion; Dipole moments; Enthalpy; Entropy; Flammability; Flexural modulus; Fractionation; Hardness; Heat capacity; Heat of combustion; Heat of formation; Heat of fusion; Impact strength; Lattice constants; Melting point; Modulus of elasticity; Molecular weight; Particle size; Permeability; Poisson's ratio; Polymerization rate; Propagation constant; Rate of crystallization; Reactivity ratio; Refractive index; Relative viscosity; Resilience; Resistivity; Shear modulus; Solubility; Sonic velocity; Specific gravity; Specific heat; Spectra; Surface tension; Tensile strength; Thermal conductivity; Thermal degradation; Thermal diffusivity; Viscosity; Wear;
Note:
 Contains over 70 tables containing data and constants for polymers. Tables are divided into eight sections: nomenclature rules; polymerization and depolymerization; physical properties of monomers and solvents; physical data of oligomers; physical constants of several important polymers; solid state properties; solution properties and abbreviations of polymers. Includes phase diagrams.
Bison #:
 SEL Reference T55.3.H3 S3 1992
Title:
 SAX'S DANGEROUS PROPERTIES OF INDUSTRIAL MATERIALS, 8th ed., vols. 1-3
Author:
 R.J. Lewis, Van Nostrand Reinhold, 1992
Properties:
 Chemical; Physical; Toxicological
Materials:
 General chemicals; Hazardous chemicals; Organic chemicals
Identifiers:
 Autoignition temperature; Boiling point; Density; Explosive limits; Flash point; Hazard rating; LD-50 - Lethal dose - 50; Melting point; Molecular weight; PEL - Permissible exposure limits; REL - Recommended exposure levels; TLV - Threshold limit values; Toxicity data
Note:
 This handbook covers such subjects as radiation problems, cancer, noise, air pollutants, fire dangers, microwaves, and food additives. It provides information on chemicals, including flammability, explosivity, toxic and disaster ratings, physical constants, antidotal information, and formulas. In addition, regulations, various related legislation, and shipping, handling, and labeling procedures are covered.
divider
return to buffalo.edu Site Search  |  Terms of Use  |   UB Privacy Policy  |  Accessibility