Low Cost Solution for Accelerating Gas Chromatographic Separations Clean-up of Chlorinated and Organophosphorus Pesticides Extracts Using Graphitized Carbon Stationary Phase Selection for Nucleotides and Nucleosides Using HPLC Advantages of Using Highly Retentive Phases in LC/MSDevelopment Advantages to Using Inert,Coated Components for Sampling, Storage and Transfer of Organo-Sulfur Cpds Using Computer Modeling for Development of GasChromatographic Stationary Phases and Columns Design of High Temperature Capillary GasChromatography Columns Based on Polydimethylsiloxane A New Stationary Phase for Confirming Organic Volatile Impurity Testing in Pharmaceutical Products Annular Denuder Coatings for the Collection of Organic Vapor Phase During PM2.5 Sampling High-Speed Analysis of Pesticides Using Application Specific Chromatographic Column and TOF Fast Analysis of Semi-Volatile Compounds:USEPA Method 8270 The Analysis of Semi-Volatiles with Various Inlet Liner Deactivations Improved Phases for the GC Analysis of Chlorinated and Organophosphorus Pesticides Extraction and Analysis o fExplosives Following USEPA Method 8095 Fast Analysis of Volatiles by Gas Chromatography Using US EPA Methods 502.2 & 8021 Applications of a New Volatile Mass Spectrometry/Gas Chromatography Column for US EPA Methods 8260, 524.2,624, 8240, and OLM 04.1 (04.2) THE ANALYSIS OF GASOLINE OXYGENATES USING A NEW CAPILLARY COLUMN STATIONARY PHASE Applications of Purgeable Organic Compounds by US EPA Method 8260 Using Narrow-Bore Capillary Columns Analysis of Low-Level (1–20ppb) Reactive Sulfurs In Air Samples StabilityofSemi-VolatileCompoundsinUSEPAMethod8270andAppendixIXAnalyticalReferenceMaterials New Capillary Gas Chromatographic Columns for the Analysis of Dioxins,Furans, and PCBs Monitoring Volatiles in Food Contact Packaging by Purge&Trap GCMS Improved Phasesforthe GC Analysis of Organophosphorus Pesticides The Analysis of Organic Acids in Foods and Beverages Using Reversed Phase HPLC The Analysis of Trace Level Sulfurs in Beverage Grade CO2 The Importance of a Deactivation in Achieving Inert and Stable High Resolution Gas Chromatography Capillary Columns Low Cost Solution for Accelerating Gas Chromatographic Separations Review of Liner Selection Criteria for Gas Chromatographic Analysis Prediction of Chromatographic Selectivity, Retention Times, and Peak Widths for New Capillary Stationary Phases and Columns Gas Chromatographic Analysis of Polybromonated Diphenyl Ethers Using a Novel GC Column Optimizing the Capillary GC Separation of Acids,Esters,and Other Flavor Components in DistilledLiquor Products The Analysis of Marine Oil Based FAMEsby Capillary Gas Chromatography Introducing New Functionalities in Liquid Stationary Phases in GC Columns for Confirming Organic Volatile Impurity Testing in Pharmaceutical Products The Evaluation of Techniques and Development of Guidelines for Cleaning Ambient Air Canisters HPLC Stationary Phase Selection for Environmental Analysis A Low Bleed, High Temperature PolydimethylsiloxaneLiquid Phase for Simulated Distillation PLOT Column Redesigned for Improved Inertness,Reproducibility,and Lifetime Analysis of an Expanded List of Volatiles by Gas Chromatography Using EPA Methods 502.2 & 8021 Analysis of Volatile Organic Compounds by Purge and Trap using GC/MS and a unique Stationary Phase Characterisation of Amorphous Silica Supports for Reversed Phase HPLC Analysis of Browning Reaction Products in Foods, Using High Performance Liquid Chromatography Application of High Speed Gas Chromatographic Techniques to Flavor Systems Semivolatile Analysis ×High-Speed GC Analyis of Chlorinated Pesticides Using a Tandem Cpolumn Ensemble and Stoppe- Flow Modulation The Analysis of Oxygenates by EPA Method 8260 Reduction of Mass Spectrometer Downtime During Column Change Using A Critical Orifice Connection Device Gas Chromatographic Analysis of Volatile Organic Compounds Using a Unique Stationary Phase? !DESIGN OF NEW LOW-BLEED GAS CHROMATOGRAPHIC STATIONARY PHASES AND CAPILLARY COLUMNS? Rtx1HT SimDist Packed Packed Column Mtx1HT SimDist The Design of High Temperature Metal Capillary Gas Chromatography Column Based onPolydimethylsiloxane A NEW APPROACH TO CONFIRMING ORGANIC VOLATILE IMPURITY TESTING IN PHARMACEUTICAL PRODUCTS Improving Method Performance through Fast LC Advances in Capillary Column Technology, and Separation Modeling for Comprehensive 2-Dimensional Gas Chromatography High Vacuum Applications of Silicon-Based Coatings on Stainless Steel Passivation of Components used for Sample Transfer and Holding Selecting the Best Column for Your Analysis Introducing the Rtx-Dioxin Capillary Column A Practical Investigation of Extracolumn Dead Volume and its Effects in HPLC Flavors & Fragrances by Gas and Liquid Chromatography Food & Flavor Analysis:Sample Extraction and Introduction Low Cost Solution for Accelerating Gas Chromatographic Separations HPLC Method Development Selecting an LC/MS Interface
Corrections !> ALL “HTM” links with “ “ ( space ) in the URL now are “auto-fixed” on-line by NOF15 NOT with “%20”but with “ -”( hypen ) instead & are NOW W3C / HTML5 OK ! “ _ “ ( underscore ) are accepted with NOdreaded “404” errors! * FlipHTML5 &PDFs ar NOT effected by this “farcical”>”anomoly” !