| some Restek Presentations Part1 : 2000-07 (Restek Literature) | 1 |
| High-Speed Analysisof Pesticides Using Application-Specific Chromatographic Columns andTimeofFlightMassSpectrometry | 2-3 |
| Fast Analysis of Semi-Volatile Compounds:USEPA Method 8270 | 64-65 |
| The Analysis of Semi-Volatiles with Various Inlet Liner Deactivations | 134-135 |
| Improved Phases for the GC Analysis of Chlorinated and Organophosphorus Pesticides | 192-193 |
| Reversed Phase HPLC of Polar Compounds | 248-249 |
| Extractionand Analysis of Explosives Following USEPA Method 8095 | 304-305 |
| Stability of Semi-Volatile Compounds in USEPA Method 8270 and AppendixIX Analytical Reference Materials | 352-353 |
| New Capillary Gas Chromatographic Columns for theAnalysis of Dioxins,Furans, and PCBs | 388-389 |
| Stationary Phase Selection for Nucleotides and NucleosidesUsing High Performance Liquid Chromatography | 408-409 |
| The Analysis of Marine Oil Based FAMEsby Capillary Gas Chromatography | 452-453 |
| Advantages of Using Highly Retentive Phases in LC/MS Development | 488-489 |
| A Low Bleed, High Temperature Polydimethylsiloxane Liquid Phase for Simulated Distillation | 514-515 |
| Analysis of Volatile Organic Compounds by Purge and Trap using GC/MS and a unique Stationary Phase | 548-549 |
| Selecting an LC/MS Interface | 602-603 |
| Gas Chromatographic Analysis of Polybrominated Diphenyl Ethers Using a Novel GC Column and Direct Flash Injection | 716-717 |
| The Design of High Temperature Metal Capillary Gas Chromatography Column Based on Polydimethylsiloxane | 760-761 |
| Chlorinated Pesticides and PCB Analysis | 824-825 |
| Introducing New Functionalities in Liquid Stationary Phases in GC Columns for Confirming Organic Volatile Impurity Testing in Pharmaceutical Products. | 928-929 |
| HPLC Stationary Phase Selection for Environmental Analysis | 978-979 |
| Evaluation of Stationary Phases for the Analysis of Volatiles by USEPA Methods 8260 & 524.2 | 1038-1039 |
| Characterization of Amorphous Silica Supports for Reversed Phase HPLC | 1094-1095 |
| Semivolatile Analysis | 1152-1153 |
| High-Speed GC Analysis of Chlorinated Pesticides Using a Tandem Column Ensemble and Stop-Flow Modulation | 1250-1251 |
| HPLC Method Development | 1326-1327 |
| Liquid Injection Techniques | 1462-1463 |
| Optimizing the Analysis of Volatile Organic Compounds by Purge and Trap. | 1524-1525 |
| Methods of Analysis of Polychlorinated Biphenyl Polychlorinated Biphenyl Congeners Using an Congeners Using an ApplicationApplication--Specific Specific Capillary GC Column | 1748-1749 |
| GC--TOFMS Analysis TOFMS Analysis of Indicator Polychlorinated of Indicator Polychlorinated Biphenyls | 1794-1795 |
| Improved Sensitivity with Simplified HPLC Analysis and Sample Preparation of Paraquat/Diquat | 1856-1857 |
| Evaluation of Coatings and Alloys to Extend the Lifetime of Equipment Used in Corrosive Environments | 1890-1891 |
| High Vacuum Applications of Silicon-Based Coatings on Stainless Steel | 1922-1923 |
| Fingerprint Identification of Cocaine Adulterants by GC and LC | 1952-1953 |
| Using Computer Modeling for the Development of Gas Chromatographic Stationary Phases and Columns | 1990-1991 |
| The Design of HighTemperature Capillary Gas Chromatography Columns Based on Polydimethylsiloxane | 2042-2043 |
| A New Stationary Phase for Confirming Organic Volatile ImpurityTesting in Pharmaceutical Products | 2102-2103 |
| Annular Denuder Coatings for the Collection of Organic Vapor Phase During PM2.5 Sampling | 2148-2149 |
| Improved Phases for the GC Analysis of Organophosphorus Pesticides | 2202-2203 |
| The Analysis of Trace Level Sulfurs in Beverage Grade CO2 | 2240-2241 |
| The Importance of a Deactivation in Achieving Inert and Stable High Resolution Gas Chromatography Capillary Columns | 2284-2285 |
| Low Cost Solution for Accelerating Gas Chromatographic Separations | 2340-2341 |
| Review of Liner Selection Criteria for Gas Chromatographic Analysis | 2400-2401 |
| Prediction of Chromatographic Selectivity, Retention Times, and Peak Widths for New Capillary Stationary Phases and Columns | 2456-2457 |
| Gas Chromatographic Analysis of Polybromonated Diphenyl Ethers Using a Novel GC Column | 2532-2533 |
| Restek Corporation Performance Coatings | 2638-2639 |
| Sample Preparation and Confirmation Column for Phenoxyacid Herbicides by HPLC | 2766-2767 |
| A Comparison of Liner Geometries and Their Effect on Gas Chromatographic Performance. | 2794-2795 |
| A Novel Approach to Ensuring a Leak Free Injection Port | 2830-2831 |
| A New Split/Splitless Injection Port Eliminates Sealing Problems and Offers Improved Inertness | 2856-2857 |
| Gas Chromatographic Analysis of Volatile Organic Compounds Using a Unique Stationary Phase | 2876-2877 |
| DESIGN OF NEW LOW-BLEED GAS CHROMATOGRAPHIC STATIONARY PHASES AND CAPILLARY COLUMNS | 2928-2929 |
| Rtx1HT SimDist Packed Column | 3010-3011 |
| Mtx1HT SimDist | 3032-3033 |
| The Design of High Temperature Metal Capillary Gas Chromatography Column Based on Polydimethylsiloxane | 3066-3067 |
| A NEW APPROACH TO CONFIRMING ORGANIC VOLATILE IMPURITY TESTING IN PHARMACEUTICAL PRODUCTS | 3114-3115 |
| Improving Method Performance through Fast LC | 3174-3175 |
| Advances in Capillary Column Technology, and Separation Modeling for Comprehensive 2-Dimensional Gas Chromatography | 3210-3211 |
| Analysis of Browning Reaction Products in Foods, Using High Performance Liquid Chromatography | 3328-3329 |
| Application of High Speed Gas Chromatographic Techniques to Flavor Systems | 3364-3365 |
| Reduction of Mass Spectrometer Downtime During Column Change Using A Critical Orifice Connection Device | 3408-3409 |
| Introducing the Rtx-Dioxin Capillary Column | 3430-3431 |
| Improving Method Performance through Fast LC | 3468-3469 |
| Headspace Analysis of Residual Solvents in Pharmaceuticals, Using Flow-Modulation Chromatography. | 3526-3527 |
| Improved Separation and Quantification of Dioxin and Furan Congeners Using an Application-Specific Capillary Gas Chromatographic Column and GC-HRMS | 3604-3605 |
| Evaluation of a Variety of GC Stationary Phases for the Analysis of Volatile Organics by US EPA Method 8260 | 3678-3679 |
| A New, Unique Stationary Phase for the Rapid Analysis of Organochlorine Pesticides | 3706-3707 |