Restek Technical Guides. . . x14 to 2007 | 1 |
Foods Flavors & Fragrances : in-Review : References to Restek Literature : Application Notes Enquire ! | 2 |
TN : Analyzing Alcoholic Beverages by Gas Chromatography | 8 |
TN : A Technical Guide for Static Headspace Analysis Using GC | 24 |
Table of Contents | 25 |
Basic Principles of Headspace Analysis | 26 |
Derivatization/Reaction Headspace; Headspace Sample Size | 28 |
Instrumentation : Balanced-Pressure System | 29 |
Pressure-Loop System | 30 |
System Optimization (Troubleshooting) : Sample Preparation; Sample Vial | 31 |
Sample Vial Heater and Mixer; Sampling | 32 |
Transfer Line; Injection Port Interface | 33 |
Headspace Applications; Blood Alcohol Analysis; | 34 |
USP <467> | 35 |
European Pharmacopoeia Tests | 37 |
Recommended Static Headspace Analysis Products: | 38 |
Analytical Reference Materials | 39 |
GC Accessories | 40 |
Product Guide : Selection Guidefor Polar WAX GCColumn Phases | 44 |
Table of Contents: Polyethylene Glycol Stationary Phase Selection Guide | 45 |
Stabilwax® Columns for Solvents, FAMEs, XyleneIsomers, and Flavors | 46 |
Stabilwax® Columns for Complex Mixtures | 47 |
Stabilwax®-DA Columns for Acidic Compounds | 48 |
Stabilwax®-DB Columns for Basic Compounds | 49 |
Rtx®-Wax Columns for Difficult Active Compounds | 50 |
Excellent Inertness for Aldehydes | 51 |
All Components Resolved for BTEX isomers | 52 |
FAMEWAX™ columns | 53 |
Product List | 55 |
Analytical Reference Materials : Fatty Acid Methyl Esters | 56 |
Quantitative Fatty Acid Methyl Ester (FAME) Mixtures | 57 |
Important Information From Restek: | 58 |
TN : A Guide to Preparing and AnalyzingChlorinated Pesticides | 60 |
Table of Contents | 61 |
Extraction Methods for Liquid, Solid, and Biota Samples | 62 |
Liquid Samples : Separatory Funnel Extraction | 62 |
Liquid-Liquid Extraction; Solid Phase Extraction (SPE) | 63 |
Soil Samples; Sonication or Soxhlet Extraction; Solvent Selection | 64 |
Sample Cleanup Methods; Sulfur and Lipid Contaminants: Gel Permeation Chromatography | 65 |
Polar Contaminants and Co-Extractants: Adsorbent SPE Tubes | 66 |
Contamination from Double-Bond, Triple-Bond, or Aromatic Compounds: Sulfuric Acid Cleanup; General Contaminants: Carbon Cleanup | 67 |
Sulfur Contamination: Mercury, Activated Copper Powder Cleanup : Analysis of Chlorinated Pesticides; Calibration | 68 |
Injection Port Maintenance | 69 |
Cold On-Column Injections; Direct Injections | 70 |
Splitless Injections | 71 |
Resolution Discussion | 72 |
Summary | 73 |
some Chromatograms | 75 |
Product Listings: | 77 |
Analytical Reference Materials; Method 8080 Organochlorine Pesticides; Sample Preparation | 78 |
Method 508.1 | 79 |
Method 608 Organochlorine Pesticides; Pesticide Surrogate Solutions Dibutylchlorendate Mix& PCBs; CLP GPC Calibration Mix | 80 |
Aroclor®, Toxaphene, and Chlordane Solutions | 81 |
TN : A Guide to the Analysis of Chiral Compounds by GC | 84 |
Index: | 85 |
WHAT ARE CHIRAL COMPOUNDS? | 86 |
WHAT IS CHIRAL CHROMATOGRAPHY? | 87 |
RESTEK’S CHIRAL COLUMNS OFFER UNIQUE SELECTIVITY | 88 |
Rt-βDEXsm and Rt-βDEXse; Rt-βDEXsp; Rt-βDEXsa | 89 |
Rt-βDEXcst | 90 |
OPTIMIZATION OF CHIRAL SEPARATIONS : Linear Velocity (Column Flow); Temperature Program | 93 |
Minimum Temperature | 95 |
Overloading and Tailing | 96 |
CHIRAL SPECIFIC APPLICATIONS OF ESSENTIAL OILS, FLAVORS, AND PHARMACEUTICALS : ESSENTIAL OILS | 97 |
FLAVORS | 102 |
DRUGS | 105 |
PRODUCT LIST | 106 |
TN : Operating Hints for Using Split/Splitless Injectors | 107 |
Table of Contents : Overview of Split/Splitless Injection Techniques; Backpressure-Regulated Injection Systems | 108 |
Headpressure-Regulated Injection Systems | 109 |
Operating in the Split Injection Mode | 110 |
Inlet Liners for Split Injections | 112 |
Operating in the Splitless Injection Mode | 113 |
Inlet Liners for Splitless Injections | 117 |
Problems Associated with Split and Splitless Injections | 119 |
Direct Injection as an Alternative to Splitless Injection | 122 |
Hints for Analyzing Dirty Samples | 124 |
Hints for Performing Routine Injection Port Maintenance | 125 |
Siltek™ Deactivation—The Next Generation | 126 |
Liners for Agilent/Finnigan GCs | 127 |
Liners for Varian GCs | 132 |
Liners for PerkinElmer GCs | 134 |
Liners for Shimadzu GCs | 135 |
Liners for Thermo Finnigan | 136 |
Liners for Thermo Finnigan | 137 |
Septum Size Chart | 138 |
TN : A Guide to Direct and On-column Flash Vaporization Injection | 143 |
TN : Optimizing the Analysis of Volatile Organic Compounds | 167 |
Introduction : Optimizing the Analysis of Volatile Organic Compounds | 168 |
EPA Method Definitions : Drinking Water Methods (500 Series); Wastewater Methods (600 Series) | 169 |
State GRO Methods | 170 |
Contract Laboratory Program (CLP) | 171 |
The Love Canal Scandal | 172 |
Purge and Trap Theory | 173 |
Sequences and Flow Paths of the Purge and Trap Unit | 174 |
Purge and Trap Components | 175 |
Adsorbent Materials and Traps | 176 |
www.restekcorp.comTroubleshooting Common ProblemsAssociated with Purge and Trap Units | 181 |
GC System Configurations | 184 |
Detection Systems | 189 |
GC/MS Operation | 196 |
Applications Using GC Detection Systems | 203 |
Applications Using GC/MS Detection Systems | 216 |
Conclusion : Recommended Products | 226 |
Rtx®-502.2 | 228 |
Rtx®-VMS | 227 |
TN : A Guide to Passive Air SamplingEquipment Needed and Practical Techniquesfor Collecting Air Samples | 239 |
Introduction : II. Equipment Used for Passive Air Sampling | 240 |
III. Preparing the Sampling Train for Use | 244 |
IV. Preparing the Canister for Sampling | 245 |
V. Field Sampling, Using a Passive Sampling Train and Canister | 246 |
TN : Analyzing Cleaning and Personal Care Products by Gas and Liquid Chromatography | 259 |
VI. Analysis of Collected Samples | 248 |
VII. Cleaning the Passive Sampling Train | 249 |
VIII. Cleaning the Canister | 250 |
Air Canister Heating Jacket | 251 |
IX. Certifying the Canister | 252 |
X. Conclusion | 253 |
XI. Air Sampling Products | 254 |
Buy only the parts you need! | 257 |
FOODS FLAVORS FRAGRANCES : 2005/06 Edition | 275 |
Introduction | 277 |
Fats & Oils | 278 |
Phone: 800-356-1688 or 814-353-1300www.restek.comCarbohydrates | 286 |
Vitamins | 288 |
Amino Acids, Organic Acids | 290 |
Organic Acids | 291 |
Preservatives | 292 |
Flavors & Fragrances | 294 |
Flavors & Fragrances / Chiral Separations | 299 |
Chiral Separations | 300 |
Dietary Supplements | 303 |
Flavor and Fragrance Compounds Retention Time Index | 304 |
GC Columns | 306 |
Restek Literature | 313 |
Packed GC Columns | 314 |
GC Accessories | 316 |
HPLC Columns | 324 |
HPLC Columns, Syringe Filters, Guard Cartridges | 328 |
Trident™ HPLC Guard Column Systems | 329 |
HPLC Accessories | 330 |
62Phone: 800-356-1688 or 814-353-1300www.restek.comAnalytical Reference Materials | 338 |
Custom Reference Materials Request Form | 340 |
A Guide to GC Set-up | 342 |
Pre-Installation Instructions; Tools Required to Plumb the GC | 344 |
Choosing the Proper GC Gases | 345 |
Plumbing Gases to the GC | 346 |
GC Gas Purification | 350 |
Leak Checking | 353 |
Routine GC Maintenance Documentation | 354 |
Products Used for GC Setup | 355 |
Instrument Grade Stainless Steel Tubing | 358 |
Tubing Cutters | 359 |
Tube & Pipe Fittings | 360 |
Shut-off Valves | 361 |
Purifiers/Traps | 362 |
Leak Detectors | 364 |
Generators | 365 |
Regulators | 367 |
TN : A Guide to Whole Air Canister Sampling; Equipment Needed and Practical Techniques for Collecting Air Samples | 370 |
I. Introduction : II. Equipment Used for Passive Air Sampling | 371 |
IV. Preparing the Canister for Sampling; V. Field Sampling, Using a Passive Sampling Train and Canister | 376 |
VI. Analysis of Collected Samples | 378 |
VII. Cleaning the Passive Sampling Train | 379 |
VIII. Cleaning the Canister | 380 |
Cleaning Method | 381 |
IX. Certifying the Canister | 382 |
How to Extend Canister Life | 383 |
XI. Air Sampling Products : Air Canisters for VOC Monitoring | 384 |
Simplify Air Sampling | 385 |
Expand Air Sampling withMini-Cans & Accessories | 386 |
Environmental Air Monitoring Gas Standards | 388 |
Choose the Appropriate Device for Your Sampling Needs | 389 |
I. Introduction | 371 |
Sampling Inlet, Particulate Filter, Critical Orfice, Flow Controller | 372 |
Field Sampling and Laboratory Vacuum Gauges | 373 |
Canister; Ensure Accurate Sampling of Reactive Compoundswith Siltek®Treatment | 374 |
III. Preparing the Sampling Train for Use | 375 |
Cleanliness: Certifying the Sampling Train for Use | 375 |
IV. Preparing the Canister for Sampling | 376 |
V. Field Sampling, Using a Passive Sampling Train and Canister | 376 |
VI. Analysis of Collected Samples | 378 |
VII. Cleaning the Passive Sampling Train | 379 |
VIII. Cleaning the Canister | 380 |
Cleaning Method | 381 |
IX. Certifying the Canister | 382 |
X. Conclusion | 383 |
How to Extend Canister Life | 383 |
XI. Air Sampling Products | 384 |
Simplify Air Sampling | 385 |
Expand Air Sampling withMini-Cans & Accessories | 386 |
Environmental Air Monitoring Gas Standards | 388 |
Choose the Appropriate Device for Your Sampling Needs | 389 |
Guide to Preparing and Analyzing Semivolatile Organic Compounds #59411 | 390 |
Introduction : Extraction; Liquid Samples | 391 |
Semivolatile organic compounds listed in US EPA Methods 8270, 525, and 625. | 392 |
Automated liquid-liquid extraction; solid phase extraction | 393 |
Soil Samples | 393 |
Cleanup; Gel Permeation Chromatography | 394 |
AnalysisCalibration Standards; Injection Port Configuration | 395 |
Column Selection | 398 |
Reducing Discrimination | 404 |
Quantitation | 405 |
Rtx®-5MS and Rtx®-5Sil MS Columns | 406 |
Innovative Integra-Guard™ Columns | 407 |
Press-Tight® Connectors | 407 |
Inlet Liners | 408 |
US EPA Methods 8270C & 8270D Analytical Reference Materials | 413 |
Introduction, Extraction, Liquid Samples | 391 |
Soil Samples | 393 |
Cleanup, Gel Permeation | 394 |
Analayis, Calibration Standards, Injection Port Configuration | 395 |
Column Selection | 398 |
Reducing Discrimination | 404 |
Quantitation, Summary | 405 |
Rtx-5MS and Rtx-5SilMS Columns | 406 |
Innovative Integra Guard Columns | 407 |
Inlet Liners | 408 |
Wool, Seal and Septa | 410 |
Ez-Vent 2000. Ferrule | 411 |
Direct Replacement Split/Splitless Injection Ports for Agilent GCs, MSD Conversion Fitting—Improved, MSD Source Nut | 412 |
US EPA Methods 8270C & 8270D Analytical Reference Materials | 413 |