| A Guide to Passive Air Sampling : Equipment Needed and Practical Techniques for Collecting Air Samples | 191 |
| Table of Contents | 192 |
| ii Equipment Used for Passive Air Sampling | 192 |
| III. Preparing the Sampling Train for Use | 196 |
| IV. Preparing the Canister for Sampling | 197 |
| V. Field Sampling, Using a Passive Sampling Train and Canister | 198 |
| VI. Analysis of Collected Samples | 200 |
| VII. Cleaning the Passive Sampling Train | 201 |
| VIII. Cleaning the Canister | 202 |
| IX. Certifying the Canister | 204 |
| X. Conclusion | 205 |
| XI. Air Sampling Products | 206 |
| Air Monitoring Gas Standards | 207 |
| Passive Air Sampling Kits | 208 |
| Buy only the parts you need! | 209 |
| A Technical Guidef or Static Headspace Analysis Using GC | 171 |
| CLINICAL/ FORENSICS 06/07 Products & Applications for GC & HPLC | 211 |
| Table of Contents: | 212 |
| Arson Accelerants | 213 |
| Abused Inhalants; Anesthetics | 215 |
| Butyrolactone, Butanediols | 216 |
| Barbiturates | 217 |
| Barbiturates; Benzodiazepines | 218 |
| Basic Drugs (Mixed) | 219 |
| Blood Alcohol | 221 |
| Blood Alcohol; Solvents | 222 |
| Cannabinoids; Opiates | 223 |
| Cocaine; Phencyclidine | 224 |
| Glycols | 225 |
| Phenothiazines; Sympathomimetic Amines | 226 |
| Sympathomimetic Amines | 227 |
| Analgesic Formulations | 229 |
| Antidepressants (Tricyclic) | 231 |
| Antidepressants; Antihistamines | 232 |
| Antiepileptics | 233 |
| Cardiac Medications | 234 |
| Cardiac Medications; CNS Depressants (Sedatives) | 235 |
| Cold & Sinus Medications | 236 |
| Steroids | 237 |
| Chiral Drugs | 239 |
| Capillary GC Columns: Guard Columns | 240 |
| Packed GC Columns | 248 |
| GC Accessories | 250 |
| HPLC Columns | 258 |
| HPLC Accessories | 264 |
| Vials | 269 |
| Syringes | 270 |
| Sample Preparation | 271 |
| Analytical Reference Materials | 272 |
| A Guide to Preparing and Analyzing Chlorinated Pesticides | 147 |
| Optimizing the Analysis of VolatileOrganic Compounds #59887 | 52 |
| Introduction | 53 |
| EPA Method Definitions | 54 |
| Contract Laboratory Program (CLP) | 56 |
| The Love Canal Scandal | 57 |
| Purge and Trap Theory | 58 |
| Sequences and Flow Paths of the Purge and Trap Unit | 59 |
| Purge and Trap Components | 60 |
| Adsorbent Materials and Traps | 61 |
| Moisture Control Bypass Line forTekmar 3000 Purge & Trap | 65 |
| Troubleshooting Common Problems Associated with Purge and Trap Units | 66 |
| GC System Configurations | 69 |
| Detection Systems | 74 |
| GC/MS Operation | 81 |
| Applications Using GC Detection Systems | 88 |
| Applications Using GC/MS Detection Systems | 101 |
| Conclusion : Recommended Products | 111 |
| Method 8260B : Standards | 117 |
| A Guide to theAnalysis of ChiralCompounds by GC | 124 |
| Guide to Preparing and AnalyzingSemivolatile OrganicCompounds #59411 | 2 |
| Introduction, Extraction, Liquid Samples | 3 |
| Soil Samples | 5 |
| Cleanup, Gel Permeation | 6 |
| Analayis, Calibration Standards, Injection Port Configuration | 7 |
| Column Selection | 10 |
| Reducing Discrimination | 16 |
| Quantitation, Summary | 17 |
| Rtx-5MS and Rtx-5SilMS Columns | 18 |
| Innovative Integra Guard Columns | 19 |
| Inlet Liners | 20 |
| Wool, Seal and Septa | 22 |
| Ez-Vent 2000. Ferrule | 23 |
| Direct Replacement Split/Splitless Injection Ports for Agilent GCs, MSD Conversion Fitting—Improved, MSD Source Nut | 24 |
| US EPA Methods 8270C & 8270D Analytical Reference Materials | 25 |
| Analyzing Cleaning and Personal Care Products by Gas and Liquid Chromatography | 277 |
| Analyzing AlcoholicBeverages by GasChromatography | 293 |
| Restek Environmental Products Innovative Solutions, Comprehensive Support | 321 |
| Volatiles | 322 |
| Analytical Reference Materials : Reduce Dead Volume, Contamination, & Cold Spots | 323 |
| Semivolatiles | 324 |
| Analytical Reference Materials : Inert Sample Path Increases Accuracy | 325 |
| Organochlorine Pesticides and PCB | 326 |
| Analytical Reference Materials : Increase Sample Throughput Using Dual Analytical Columns and a “Y”Connector Union | 327 |
| Volatile Organic Compounds in Air | 328 |
| Recommended Columns : Analytical Reference Materials : Simplify Sampling, Increase Accuracy & Efficiency | 329 |
| Organophosphorus Pesticides | 330 |
| Carbamates by HPLC | 331 |
| Polyaromatic Hydrocarbons (PAHs) by HPLC | 332 |
| Explosives by HPLC | 333 |
| Environmental Essentials | 334 |
| Introduction; Analysis of Alcohols and Aldehydes in Alcoholic Beverages | 294 |
| Flavor Compounds in Distilled Liquor Products | 296 |
| Determining Trace Sulfur Compounds In Beer | 300 |
| ummary | 302 |
| Capillary Columns for Alcoholic Beverage Analysis | 303 |
| Micropacked Columns | 304 |
| Syringes | 305 |
| Siltek™ Deactivation—The Next Generation | 306 |
| Vespel® Ring Inlet Seals for Agilent 5890/6890 and 6850 GCs | 307 |
| Pharma_Solvent-Residuals_1-12-PHFL1018.pdf | 309 |
| Residual Solvent AnalysisComplete Solutions for Residual Solvent Testing | 309 |
| The Chemistry of Static Headspace Gas ChromatographyImprove Method Performance with Fundamentals | 310 |
| Achieving USP<467> ComplianceYour Guide to Successfully Implementing the Revised Method | 311 |
| Optimize Your Testing ProcedureTools, Tips, & Techniques for Improving Method Performance | 316 |
| Restek Offers An Extensive Selection of Capillary Columns : For Successful Method Development & Validation | 318 |
| Simplify Lab Work with Innovative Accessories | 319 |
| Residual Solvent Analysis PHFL1018 : Complete Solutions for Residual Solvent Testing | 309 |
| The Chemistry of Static Headspace Gas Chromatography; Improve Method Performance with Fundamentals | 310 |
| Achieving USP<467> Compliance; Your Guide to Successfully Implementing the Revised Method | 311 |
| Optimize Your Testing Procedure;Tools, Tips, & Techniques for Improving Method Performance | 316 |
| Restek Offers An Extensive Selection of Capillary Columns; For Successful Method Development & Validation | 318 |
| Simplify Lab Work with Innovative Accessories | 319 |
| Biodiesel Solutions : Innovative Products for Simple, Reliable Biodiesel Analysis | 337 |
| Introduction to Biodiesel; Analyzing Total Glycerin in Biodiesel | 338 |
| Comparing Fused Silica to Metal | 339 |
| Metal Column Solutions: Two Options for Increased Stability and Performance | 340 |
| MXT®-Biodiesel TG Columns | 341 |
| Analyzing FAMES in Biodiesel : Analyzing Methanol in Biodiesel | 342 |
| GC Column Selection Guide for Biodiesel Fuel Methods | 343 |
| GC Accessories | 343 |