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If you are a researcher in organic chemistry, chemical engineering, pharmaceutical science, forensics, or environmental science, you make routine use of chemical analysis. And like its best-selling predecessor was, the Handbook of Basic Tables for Chemical Analysis, Second Edition is your one-stop source for the information needed to design chemical analyses. Here's what is new in the Second Edition:"New chapters on solutions, electroanalytical methods, electrophoresis, and laboratory safety"An expanded section on gas chromatography that includes data on compounds that attack common detectors"New information on detector optimization"An updated section on high performance liquid chromatography that provides the most recent chiral stationary phases, detector information, and revised solvent tables"Updated information on the most useful "wet" chemistry methods"Enlarged section of Miscellaneous Tables Going far beyond the landmark first edition in terms of scope and applications, the second edition provides current and updated data culled from a wide range of resources and consolidated into a concise yet easy-to-use format. The book's laser-like focus on core information gives you the knowledge you need when you need it - at the decision point.
Contents
GAS CHROMATOGRAPHYCarrier Gas PropertiesNew! Carrier Gas ViscosityGas Chromatographic Support Materials for Packed ColumnsMesh Sizes and Particle DiametersPacked Column Support ModifiersProperties of Chromatographic Column MaterialsProperties of Some Liquid Phases for Packed ColumnsStationary Phases for Packed Column Gas ChromatographyAdsorbents for Gas-Solid ChromatographyPorous Polymer PhasesSilicone Liquid PhasesMesogenic Stationary PhasesTrapping SorbentsNew! Sorbents for the Separation of Volatile Inorganic SpeciesNew! Activated Carbon as a Trapping Sorbent for Trace MetalsNew! Reagent Impregnated Resins as Trapping Sorbents for Trace MineralsNew! Reagent Impregnated Foams as Trapping Sorbents for Inorganic SpeciesNew! Chelating Agents for the Analysis of Inorganics by Gas ChromatographyNew! Bonded Phase Modified Silica Substrates for Solid Phase ExtractionNew! Solid Phase Microextraction SorbentsNew! Extraction Capability of Solid Phase Microextraction SorbentsNew! Salting Out Reagents for Headspace AnalysisNew! Partition Coefficients of Common Fluids in Air-Water SystemsNew! Vapor Pressure and Density of Saturated Water VaporDerivatizing Reagents for Gas ChromatographyNew! Detectors for Gas ChromatographyNew! Recommended Operating Ranges for Hot Wire Thermal Conductivity DetectorsNew! Chemical Compatibility of Thermal Conductivity Detector WiresNew! Data for the Operation of Gas Density DetectorsNew! Phase Ratio for Capillary Columns.New! Martin-James Compressibility Factor and Giddings Plate Height Correction FactorCryogens for Subambient Temperature Gas ChromatographyHIGH PERFORMANCE LIQUID CHROMATOGRAPHYModes of Liquid ChromatographySolvents for Liquid ChromatographyNew! Instability of HPLC SolventsNew! Ultraviolet Absorbance of Reverse Phase Mobile PhasesNew! Ultraviolet Absorbance of Normal Phase Mobile PhasesNew! Some Useful Ion Pairing AgentsNew! Materials Compatible with and Resistant to 72 Percent Perchloric AcidMore Common HPLC Column PackingsEluotropic Values of Solvents on OctadecylsilaneMesh Size RelationshipsNew! Efficiency of HPLC ColumnsNew! Column Failure ParametersNew! Specialized Stationary Phases for Liquid ChromatographyChiral Stationary Phases for Liquid ChromatographyNew! Detectors for Liquid ChromatographyUltraviolet Detection of Chromophoric GroupsDerivatizing Reagents for HPLCTHIN LAYER CHROMATOGRAPHYStrength of Common TLC SolventsModification of the Activity of Alumina by Addition of WaterStationary and Mobile PhasesNew! Typical Stationary and Mobile Phase Systems Used in the Separation of Various Inorganic IonsSpray Reagents in Thin Layer ChromatographyProtocol for Reagent PreparationSUPERCRITICAL FLUID EXTRACTION AND CHROMATOGRAPHYSome Useful Fluids for Supercritical Fluid Extraction and ChromatographyP-r-T Table for Carbon DioxideNew! Solubility parameters of the Most Common Fluids f
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