ADV01-05_1-298
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Restek ADVANTAGE Newsletter 2001-2005 - x17 Issue |
1 |
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ADV05-3 |
275 |
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Versatile GC Columns for Forensics : Use an Rtx®-BAC1 / Rtx®-BAC2 Column Set To Evaluate Blood Alcohol, Abused Substances, and Other Materials |
275 |
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Optimized, 17-Minute GC Analysis of Semivolatiles :Using a 0.25mm ID Rtx®-5Sil MS Column |
279 |
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High-Speed Detailed Hydrocarbon Analysis : 53% Faster Analysis, Using an Rtx®-1 PONA Column and Hydrogen Carrier Gas |
282 |
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Rapidly Determine Benzene and Toluene in Gasolines :Micropacked GC Columns Reduce Analysis Time by 63% |
284 |
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Rapid, Dual Column Analysis for Organochlorine Pesticides : 12-Minute Analysis Using Rtx®-CLPesticides2 / Rtx®-440 Capillary GC Columns |
285 |
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New Analytical Reference Materials for Fuels, Accelerants |
286 |
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Superior Moisture Dry-Down and Corrosion Resistance : Restek treated tubing and system components improve |
288 |
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Simple HPLC Analysis for Sudan Dyes : Monitor Sudan I, II, III, and IV in a Single, Isocratic Analysis |
290 |
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Enhanced Electronic Leak Detector : A Leak-Free System Stabilizes Baselines and Lengthens Column Life |
291 |
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Genuine Restek HPLC Parts and Accessories : The parts and tools you need to keep your HPLC systems running smoothly |
292 |
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Genuine Restek Supplies & Accessories for ASE® Systems : Extraction Cell Parts, Collection Vials, PEEK® Washers, Filters |
294 |
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Syringe Filters : Bulk Adsorbents |
295 |
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Instrument Innovations! : |
296 |
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Cool Tools : Restek Innovations Save You Time and Money |
297 |
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ADV05-2 |
259 |
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Rtx®-PCB: Unique Selectivity for PCBs : 110 of 158 target PCB Congeners Elute Individually, Using GC/ECD |
259 |
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Accurately Monitor Mercury-Sulfur-Nitrogen Compounds : Siltek®/Sulfinert® Treatment Prevents Adsorption of Mercury, Sulfur Oxides,or Nitrous Oxides in Emission Monitoring Equipment |
261 |
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Identify and Quantify Adulterants in Seized Cocaine : Using GC/MS (Rtx®-440 Column) and HPLC/RI (Pinnacle II™ Amino Column) |
262 |
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New HPLC Confirmation Column for Explosives Analysis : Introducing the Pinnacle II™ Biphenyl Column |
264 |
|
Analytical Reference Materials : High-Purity Explosives - On-Line Data Packs - Custom Mixes |
265 |
|
Excellent Protein Separations from Viva™ HPLC Columns : Best Performance Among Five Tested Wide Pore Columns |
266 |
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Survival Kits for HPLC :Invaluable for Keeping Your System Running Smoothly! |
267 |
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Improve Storage Stability for Sulfur Compounds : Using Sulfinert® Treated Sample Cylinders |
268 |
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Analysis of Nitrofurans in Honey :Using LC/MS/MS and an Ultra C18 Column |
269 |
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FID Gas Stations: FID-1000 & New FID-2500 : Convenient, Safe Source of Zero Air and Pure Hydrogen |
270 |
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Instrument ! nnovations! |
272 |
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Cool Tools! : Restek Innovations Save You Time and Money |
273 |
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ADV05-1 |
51 |
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Viva™ HPLC Silica: Ideal for Separating Large Molecules : New Wide Pore Silica, Designed and Manufactured by Restek |
51 |
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Replacement Parts for Dionex ASE® Systems |
53 |
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Analysis of Organochlorine Pesticides : Using 2D-GC with Rtx®-5 and Rtx®-200 Capillary GC Columns |
54 |
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Superior Storage and Transfer of SulfurCompounds : Sulfinert® Treated Systems Preserve ppb Levels of Active Compounds |
56 |
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Nine-Minute Analysis of Semivolatile Organic Compounds : Using an Rtx®-5Sil MS Capillary GC Column in Combination with TOFMS |
58 |
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High Resolution GC/MS Separations ofDioxin or Furan Congeners : Using an Rtx®-Dioxin2 Column |
60 |
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Stable, Low-Bleed Rtx®-XLB Columns : For Maximum Performance from High-Sensitivity GC/MS Systems |
61 |
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Enhanced Rtx®-1PONA GC ColumnImproves Detailed Hydrocarbon Analysis : Guaranteed Retention - Efficiency - Peak Symmetry - Selectivity |
62 |
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New GC Column for PCB Congeners or Aroclor® Mixes: Rtx®-PCB : Exclusive Polymer with Unique Selectivity |
63 |
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Fast GC/MS Analysis of Semivolatile OrganicCompounds : Using a 0.18mm ID / 0.36μm Film Rtx®-5Sil MS Column |
64 |
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New Rtx®-440 GC Column, for Rapid Analysisof Pesticides, PAHs or Other Semivolatiles : Exclusive Stationary Phase from Restek |
65 |
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New Reference Mixes for Determination of Chlorinated Disinfection By products,Chlorinated Solvents, or HalogenatedPesticides in Drinking Water |
66 |
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GC/ECD Analysis of Chlorophenoxyacid Herbicides : Using Columns with Complementing Selectivity and New Reference Mixes |
68 |
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!nstrument ! nnovations! |
70 |
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Reliable Connections Made Simple |
72 |
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EZ No-Vent™ GC Column-MS Connector : Change Columns in Minutes Without Venting |
73 |
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It’s Here! The 2005 Restek Catalog! |
74 |
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ADV04-4 |
35 |
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Fast, Sensitive GC Analyses of SemivolatileOrganics in Water : Using an 0.18mm ID Rtx®-XLB Column |
35 |
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Siltek™ and Silcosteel®-CR Treated Fittings and Tubing for Demanding Applications |
38 |
|
Above-Ambient GSC Analysis of PermanentGases and Light Hydrocarbons : Using ShinCarbon ST Micropacked Columns |
40 |
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Redesigned Rt-QPLOT™ GSC Columns : For Improved Inertness, Reproducibility, and Column Lifetime |
41 |
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New Analytical Reference Materials in 2004 |
42 |
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Pinnacle™ DB Base-Deactivated HPLCColumns : Effective Replacements for Hypersil® BDS Columns |
44 |
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PEAK PERFORMERS : HPLC Autosampler Syringes |
46 |
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Super-Clean™ Gas Trapping System for LC/MS : Quick-Change Cartridge System for Removing |
47 |
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FID Jets for Agilent Equipment : Performance Equivalent to Original Manufacturer’s Parts |
48 |
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Cool Tools! |
49 |
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Coming soon: your 2005 Restek Catalog! |
50 |
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ADV04-3 |
19 |
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Simplify Paraquat/Diquat Analysis andImprove Sensitivity : Using an Ultra Quat HPLC Column, a Simple Mobile Phase,and a New Sample Extraction |
19 |
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GC/MS Analysis of Phthalate and AdipateEsters in Drinking Water :Using New Restek Reference Mixes and a Low-Bleed Column |
21 |
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Fast Dual-Column Analysis of Pesticides or PAHs Using an Rtx®-440 Capillary GC Column |
22 |
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Rapid Analysis of Residual Solventsin Pharmaceuticals : Using Static Headspace Sampling and Stop-Flow GC |
24 |
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Improving Detailed Hydrocarbon Analysis : Using an Rtx®-1PONA Capillary GC Column |
26 |
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Convenient Calibration, Faster GC/MSAnalysis for Volatile Organics in Water : Using a New Restek Calibration Mix and an Rtx®-VMS Column |
28 |
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Food for Thought:New Selections from the Restek Bookshelf |
29 |
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Additional Reference Materialsf or GC/MS Analysis of VolatileOrganics in Water |
29 |
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New Reference Materialsf or Environmental Analyses |
30 |
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Make GC/MS Column Changes in Minutes Without Venting : EZ No-Vent™ Connector Allows Fast Re-equilibration with No Loss of Data |
31 |
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!nstrument ! nnovations! |
32 |
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PEAK PERFORMERS |
33 |
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Replacement Lamps for HPLC Detectors |
34 |
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ADV04-2 |
3 |
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Fast Analysis of Semivolatile Organic AnalytesUsing a 0.18mm ID Rtx®-5Sil MS Capillary GC Column |
4 |
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Intermediate Polarity Capillary GC Columnfor Basic CompoundsRtx®-35 Amine Column Improves Analysis of Amines and Nitrogen Heterocyclics |
6 |
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GC/ECD Analysis of Organochlorine Pesticides or Polychlorinated Biphenyls Using a Low-Bleed Rtx®-XLB Column and Restek Reference Materials |
8 |
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Recent Literature Restek is Your Free Technical Literature Source! |
10 |
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Improved SilcoCan™ and TO-Can™ Canisters |
11 |
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Inert, High-Quality Fittingsand Tubing forDemanding Applications |
12 |
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Deactivating Glass Surfaces with Dimethyldichlorosilane (DMDCS) |
13 |
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Restek HPLC Column Kits for Faster,Easier Method Development |
14 |
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Genuine Restek Replacement Partsf or Beckman and Hitachi HPLC Systems |
15 |
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Alumaseal™ Ferrules EliminateSealing Compromises : New Vespel® Ferrules : Encapsulated Ferrules |
16 |
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Restek Solid Phase Extraction Cartridges For Cleanup of Environmental Samples |
17 |
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ADV03-4 |
243 |
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High Resolution GC/MS Separations of Dioxin and Furan Congeners : Using Restek's New Rtx®-Dioxin2 Capillary GC Column |
243 |
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Analyze Underivatized Chlorophenoxyacid Herbicides by HPLC :Using an Ultra Aqueous C18 Column and New Reference Mixtures |
245 |
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Extracolumn Volume and its Effects in Gradient HPLC |
246 |
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Restek Replacement Parts for HPLC Systems |
248 |
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Faster GC Analysis of Volatile Organics :Using an Rtx®-624 Capillary GC Column and a New MegaMix™ Reference Mix |
250 |
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New Analytical Reference Materials : For Forensic and Environmental Analyses |
252 |
|
Bulk HPLC Silica and Bonded Phase Packings : For Scale-Up or Other Applications |
253 |
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Peak Performers : Avoid Septum Problems |
254 |
|
COOL tools : Super-Clean™ Gas Filters |
256 |
|
ADV03-3 |
227 |
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Low-Bleed Column,New Reference Mixes for Semivolatile Organic Analytes in Drinking Water : Using Gas Chromatography/MassSpectrometry (EPA Method 525.2) |
227 |
|
Verify Fruit Juice Qualityf rom Organic Acid Profiles : Using New Allure™Organic Acids HPLC Column |
230 |
|
Baseline Separation of PAHs by HPLC, Using a Pinnacle II™ PAH Column |
231 |
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New Volatiles Reference Mix for OLC 03.2 Statement of Work |
232 |
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New Semivolatiles Reference Mixfor Wastewater Analysis : by Gas Chromatography/Mass Spectrometry |
234 |
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Rtx®-5Sil MS Columns:Ideal for Semivolatiles Extracts! |
235 |
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Highly Base-Deactivated HPLC Columns from Restek :Pinnacle™ DB Columns: the Performance of Popular BDS Columns, withPlus 1™ Quality and Service |
236 |
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New Reference Materials Purge and Trap Analysis – Environmental – Forensics |
237 |
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Miniature Air Sampling Canisters |
237 |
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Canisters Optimized for Air Samplingby EPA Methods TO-14 and TO-15 |
238 |
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SilcoCan™ CanistersIdeal for Low-Level (1ppb-20ppb) Reactive Sulfur Compounds |
239 |
|
Peak Performers |
240 |
|
COOL tools : For Easier GC Maintenance Try These Tools from Restek |
241 |
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ADV03-2 |
206 |
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Secure, Reliable Column-to-Column Connections : With a Vu2 Union™ CapillaryGC Column Connector• |
206 |
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Efficient Analysis of Water-MiscibleSolvents in Cleaning Products : Using an Rtx®-VMS Capillary GC Column |
208 |
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Resolve Trace Oxygenates from a Gasoline/Water Composite : Using an Rtx®-VMS Capillary GC Column |
209 |
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US EPA Underground StorageTank (UST) Monitoring Program : Reference publicationsf or recommended methods |
210 |
|
Improved Resolution of Dioxins and Furans by GC-High-Resolution Mass Spectrometry,Using an Rtx®-Dioxin Capillary Column |
211 |
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Faster Separations and Greater Sensitivity : Using Restek HPLC Columnsand Fast LC Cartridge Columns |
213 |
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New Reference Materials : Organophosphorus Pesticides Mix : Carbon Number Distribution Marker Standard For Texas Method 1005 Rev. 03 and Method 1006 : European Pharmacopoeia/ICH Class 1 Mix |
215 |
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Save Preparation and Calibration Time in Skinner List Analyses : With New Restek Reference Mixes |
216 |
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Minimize Adsorption of Active Analytes, Using a Drilled Uniliner® GC Inlet Liner : Now in Two Configurations, to Match Chromatographic Conditions |
217 |
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Analysis of Complex Semivolatiles Samples : Quantify 126 Semivolatile Compounds,Using an Rtx®-5Sil MS Capillary GC Column |
219 |
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Peak Performers : GC Liners |
221 |
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Sulfinert™-TreatedS ample Cylinders and Valves : Durable, Inert Storage for Active Analytes |
223 |
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Ensure a Leak-Tight Sealthe First Time, Every Time : Reliable, Leak-Tight Sealing with Vespel® Ring Inlet Seals• |
224 |
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Vespel® Ring Inlet Seals |
225 |
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Resolve Complex Mixtures of Organophosphorus Pesticides, : Using an Rtx®-CLPesticides GC Column and a New Restek Reference Mix |
226 |
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ADV03-1 |
190 |
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New Pinnacle™ DB HPLC Columns : Superior Performance for Basic Compounds |
190 |
|
EZ No-Vent™ GC Column-Mass Spectrometer Connector : Change Columns in Minutes, Without Venting |
192 |
|
GC/MS Screening of Semivolatile Organic Compounds in Drinking Water : Using New Restek Reference Materials and a Capillary Column with Optimized Dimensions |
193 |
|
Leak Detective™ II : A Compact, Sensitive Leak Detector for Every Analyst |
194 |
|
Simplify Analyses of PermanentG ases and Light Hydrocarbons : Using ShinCarbon ST Micropacked Columns |
195 |
|
GC/MS Screening for Phenols : Using an Optimized Analysis |
196 |
|
New Reference Materials for Environmental and Fragrance Analyses |
197 |
|
New Performance Test Mixturesf or Liquid Chromatography |
198 |
|
Silcosteel®-CR Tubing & Fittings : Enhanced Resistance to Inorganic Acids |
199 |
|
Reproducible Analyses of Polynuclear Aromatic Hydrocarbons : Using Pinnacle II™ PAH HPLC Columns and Restek Reference Standards |
200 |
|
High-Resolution Analysis of FattyAcid Methyl Esters (FAMEs) : Using an Rt-2560 Capillary GC Column to Resolve cis and trans Isomers |
201 |
|
Improved Responses for Active Analytes : Using a Drilled Uniliner® GC Inlet Liner |
202 |
|
Peak Performers : Injection Ports for Agilent GCs |
203 |
|
COOL tools For Easier GC Maintenance : Try TheseTools from Restek |
204 |
|
Mini Air Sampling Canisters : Available with Sulfinert™ Treatment |
204 |
|
ADV02-4 |
175 |
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Optimized Analysis of Volatile Organics in Hazardous Waste : Using an Rtx®-VMS GC/MS Column and New Restek Reference Materials |
175 |
|
Vespel® Ring Inlet Seal : Seals the First Time, Every Time |
177 |
|
A Compact, Sensitive Leak Detector For Every GC Analyst : The Restek Leak Detective™ II |
177 |
|
Specialty Reversed Phase HPLC Columns for Polar Analytes : Ultra Aqueous C18 and Ultra IBD Columns Solve Retention Dilemmas |
178 |
|
Sulfinert™- & Silcosteel®-Treated Ball & Plug Valves : Helping Complete the Inert Sample Pathway |
180 |
|
Analysis of European Organophosphorus Pesticides : Fast, Complete Resolution Using an Rtx®-CLPesticides Column |
181 |
|
What's New in ’02 : This Year’s New Reference Materials |
182 |
|
What’s New in This Issue : Skinner Semivolatiles & VOAs, Chlorinated Pesticides, PCBs, FAMEs |
183 |
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New Ultra HPLC Column for Carbamates Analysis : Unique Stationary Phase Separates10 Carbamates in 10 Minutes |
184 |
|
Analyzing Fatty Acid Methyl Esters (FAMEs) by GC : Using Restek Capillary Columns and Analytical Reference Materials |
185 |
|
Improved Responses for Chlorinated Pesticides :Using a Drilled Uniliner® GC Inlet Liner and Rtx®-CLPesticides Columns |
186 |
|
Peak Performers : GC/MS Tools and Supplies |
188 |
|
COOL tools For Easier GC & HPLC Maintenance : Try TheseNew Tools from Restek |
189 |
|
ADV02-3 |
159 |
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Optimized Analysis of Brominated Flame Retardants : Using an Rtx®-500 GC Capillary Column |
159 |
|
Vespel® Ring Inlet Seal : Seals the First Time, Every Time |
161 |
|
A Compact, Sensitive Leak Detector For Every GC Analyst : The Restek Leak Detective™ II |
161 |
|
Packed Column Technology Has New Life : With Restek Innovations |
162 |
|
Rt-Msieve™ 5A & MXT®-5A PLOT Columns : Superior Analyses of Permanent Gases |
163 |
|
HPLC Analysis of Narcotic/Acetaminophen Admixtures : What to Do If a Compendium MethodDoesn’t Work |
164 |
|
More Reliable Results From Semivolatiles Analysis : Using Restek Columns and Standards |
166 |
|
New Analytical Reference Materials FAMEs, Acetates, BTEX, Glycols |
167 |
|
Scotty® Transportables For Laboratory or Field Application |
168 |
|
Order ChemService Pesticides from Restek Partners in Pesticides Analysis |
169 |
|
Enhanced Retention of Polar Analytes by HPLC : Using the NewUltra Aqueous C18 Column |
170 |
|
Replacement Parts for Waters HPLC Instruments : Designed to Meet Original Specifications |
171 |
|
Super-Clean™ Gas-Trapping System for LC/MS : New Quick-Change System Removes Hydrocarbon Impurities from Nitrogen |
172 |
|
COOL tools For Easier GC Maintenance : Try TheseNew Tools from Restek |
173 |
|
ADV02-2 |
143 |
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Leak-Tight Seal for Agilent GCs : Vespel® Ring Inlet Seals |
143 |
|
COOL tools For Easier GC Maintenance Try These New Tools from Restek |
144 |
|
High-Speed Analysis of Petrochemicals : Using OPN Res-Sil™ C GC Packings |
145 |
|
HPLC Analysis of Preservatives : Using Ultra Aqueous and Pinnacle II™Columns |
146 |
|
MTBE & Oxygenate Analysis Using an Rtx®-VGC GC Column |
148 |
|
New Analytical Reference Materials : ASTM D2887-01, Certified PAHs in Diesel #2, Single Component Explosives,US EPA 8270 Semivolatiles MegaMix™, Canadian PHC, and More! |
150 |
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Semivolatiles MegaMix™US EPA Method 8270 |
151 |
|
Tips for Maximizing HPLC Column Lifetime |
152 |
|
Fast Analysis of Aroclor® PCBs : With the GC Racer* Temperature Programming System |
153 |
|
Inert Inlet System Improves Responses for Chlorinated Pesticides : Using the Drilled Uniliner® Inlet Liner |
154 |
|
Analyzing Organophosphorus Pesticides : Using an Rtx®-OPPesticides2 Columna nd GC/MS |
156 |
|
Septum Alternative Provides Longer Life & Wear Resistance : Merlin Microseal™ Septa |
157 |
|
ADV02-Winter |
127 |
|
Intermediate Polarity Capillary Column for the GC Analysis of Basic Compounds : Rtx®-35 Amine GC Column |
127 |
|
Low-Bleed Septa with Less Coring : InfraRed™ Septa |
129 |
|
Septa Alternative Provides Longer Life and Wear Resistance : Merlin Microseal™ Septa |
129 |
|
Bubble Trouble in Your HPLC Mobile Phase? : Degasys In-Line Mobile Phase Degasser |
130 |
|
Restek HPLC Columns : Three Generations of Silica Technology |
131 |
|
Rapid Analysis of Marine Oil-Based FAMEs : FAMEWAX™ Capillary GC Column |
132 |
|
GC Capillary Guard : Column Options |
133 |
|
Fast, High-Temperature Sim Dist Analysis : MXT®-1HT Sim Dist Capillary GC Column and the GC Racer* |
134 |
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Fast GC Temperature Programming : GC Racer System* |
135 |
|
Improved GC Analysis of Semivolatile Compounds : Using a Siltek™ Drilled Uniliner® InletLiner & Rtx®-5Sil MS Column |
136 |
|
Haloacetic Acid Mixtures : For GC/ECD Analysis of Haloacetic Acids in Water |
138 |
|
Water Quality Testing Standards & Columns : ISO/DIS 9377-4 & H53 Water Quality Testing for Total Petroleum Hydrocarbons (TPH) |
139 |
|
Fast, Accurate Analysis of Petrochemicals in Polymers and Plastics : Using an Rtx®-5 Column & EZ Flash® GC |
140 |
|
COOL tools :Try These New Tools from Restek for EasierGC Maintenance |
141 |
|
ADV01-Spring |
75 |
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Stx®-1HT Columns Low Bleed for High-Temperature Analysis |
75 |
|
Restek Columns Are Tough!Strong Cage Helps Column Survive Rough Journey |
76 |
|
Restek On-the-RoadGC, HPLC, & Environmental Training Coming to a Location Near You! |
77 |
|
Separating m- and p-Xylene Isomers : Using an Rtx®-200 GC Columnby Christopher English, Environmental Innovations Chemist |
78 |
|
Restek TFP Phase : Low Bleed with a High Degree ofInertness and Efficiency |
79 |
|
New Reference Texts : For GC, GC/MS, HPLC, & More! |
79 |
|
Fast Analysis of Dioxin & Related Compounds : Using an Rtx®-5MS Column |
80 |
|
TO-Can™ AirMonitoring Canisters : Optimized for EPA Methods T0-14 and TO-15 |
81 |
|
Column Bleed & System Contamination : Identifying and Reducing Sources of RisingBaselines in GC Analysis |
82 |
|
HPLC Analysis of Carboxylic Acids Using Ultra Aqueous C18 Columns |
84 |
|
Analyzing the Heat Levels of Spicy Foods : Using an Ultra C18 HPLC Column |
85 |
|
Trident™ Direct Guard Column System : The Ultimate Combination of Convenience andColumn Protection |
86 |
|
Analysis of PAHs : Using Rtx®-5Sil MS and Rtx®-CLPesticides2 Capillary Columns |
87 |
|
Rtx®-OPPesticides2 : GC Column for the Analysis of Organophosphorous Pesticides |
88 |
|
Analytical Reference Materials : For Volatile Organic Compounds such as US EPA Method 8260B |
90 |
|
MESI—Membrane Extraction Sorbent Interface |
91 |
|
Peak Performers : New GC Accessories to Make Your Analyses Easier and More Reproducible |
92 |
|
Expanded Line of Stock Sulfinert™ and Silcosteel® Fittings : Connect Fused Silica : Capillary Columns with New MXT® Unions |
93 |
|
Restek : Behind the Scenes |
94 |
|
ADV01-Summer |
95 |
|
Pinnacle II™ A New Line of HPLC Columns from Restek |
95 |
|
Pesticide Reference Materials : For Food Testing Now Available |
98 |
|
Analytical Reference Materials & Columns : ISO/DIS 9377-4 Water Quality Testing for Total Petroleum Hydrocarbons (TPH) |
99 |
|
Super-Clean™ Gas Filters :Economical Gas Purification Made Easy** |
100 |
|
New Reference Texts : For GC, GC/MS, HPLC, & More! |
101 |
|
SilcoCan® Canisters : Ideal for Low-Level (1ppb-20ppb) Reactive Sulfur Compounds |
102 |
|
Improved Passive Air Sampling Kits : Better Performance at a Better Value |
103 |
|
Rtx®-5 Amine GCC olumn : Ideal for Trace-Level Analyses of Basic Compounds |
104 |
|
ChromGas Hydrogen &N2 LC/MS GeneratorsT : he Best Value in Laboratory Gas Generators |
105 |
|
Trace Explosives Analysis : Using an Rtx®-1 GC Column |
106 |
|
Rt-QPLOT™ GC Column New Deactivation Improves Response |
107 |
|
Peak Performers New GC Accessories to Make Your Analyses : Easier and More Reproducible |
108 |
|
New Thermal Gas Purifiers |
109 |
|
ADV01-Fall |
111 |
|
Low-Bleed, High-Temperature Column for ASTM Method D-6352 : MXT®-1HT Sim Dist GC Column |
111 |
|
Trace-Level Analysis of Explosives by HPLC : Pinnacle II™ C18 & Cyano Columns |
113 |
|
Fast Semivolatile Analysis by GC/MS : Using Performance-Based Measurement SystemsRtx®-5Sil MS Columns andUniliner® Liners |
115 |
|
Analyzing Trace Sulfur Compounds in CO2 : Rt-XLSulfur™ Packed Column and Sulfinert™ System |
116 |
|
Reduced Endrin Breakdown for Chlorinated PesticidesAnalysis : Stx™-CLPesticides GC Column Pairs |
118 |
|
GC Analysis of Acids, Esters,and Other Flavor Components in Distilled Liquor ProductsS tabilwax®-DA GC Column—Part I |
120 |
|
Ethanol Analytical Reference Materials For Blood Alcohol Testing |
121 |
|
Underground Storage Tank(UST) Reference Materials : for the Latest Method Revisions |
122 |
|
Natural and Refinery Gas Standards |
123 |
|
InfraRed™ Septa : New! High-Performance, Low Bleed |
124 |
|
COOL Tools : Tired of burned fingers, leaking injection ports, and lost scoring wafers? Try these new tools from Restek. |
125 |
|
ADV01-Spring-INT |
75 |
|
Stx®-1HT Columns : Low Bleed for High-Temperature Analysis |
75 |
|
cont Restek Columns are Tough! |
76 |
|
Restek On-the-Road : GC, HPLC, & Environmental Training Coming to a Location Near You! |
77 |
|
Separating m-andp-Xylene Isomers : Using an Rtx®-200 GCColumn |
78 |
|
Restek TFP PhaseLow Bleed with a High Degree of Inertness and Efficiency |
79 |
|
New Reference TextsFor GC, GC/MS, HPLC, & More! |
79 |
|
Fast Analysis of Dioxin & Related Compounds : Using an Rtx®-5MSColumn |
80 |
|
TO-Can™AirMonitoring Canisters : Optimized for EPA Methods T0-14 and TO-15 |
81 |
|
Column Bleed &System Contamination : Identifying and Reducing Sources of Rising Baselines in GC Analysis |
82 |
|
HPLC Analysis of Carboxylic Acids : Using Ultra Aqueous C18 Columns |
84 |
|
Analyzing the Heat Levels of Spicy Foods : Using an Ultra C18 HPLC Column |
85 |
|
Trident™Direct Guard Column System : The Ultimate Combination of Convenience and Column Protection |
86 |
|
Analysis of PAHs : Using Rtx®-5Sil MS and Rtx®-CLPesticides2Capillary Columns |
87 |
|
Rtx®-OPPesticides2 :GC Column for the Analysis of Organophosphorous Pesticides |
88 |
|
Analytical Reference Materials For Volatile Organic Compoundss uch as US EPA Method 8260B |
90 |
|
MESI—MembraneE xtraction Sorbent Interface |
91 |
|
Peak Performers : New GCAccessories to Make Your Analyses : Easier and More Reproducible - Thermal Gas Purifiers; Super-Clean Gas Filters |
92 |
|
Connect Fused SilicaCapillary Columns withNew MXT®Unions |
93 |
|
Expanded Line of Stock Sulfinert™andSilcosteel®Fittings |
93 |
|
Other Restek Literature ( links) |
2 |