| Download PDF |
Product Name |
PDF file size |
No. of Pages |
Subject |
| T300165 |
Application Note 165 |
44KB |
2 |
Discovery SPE 96-Well Plates |
| T394001 |
Application Note 001 |
238 KB |
2 |
Concentrate Ethidium Bromide Waste Using Polymer-Filled Adsorbent Cartridges |
| T394002 |
Application Note 002 |
141 KB |
2 |
Analysis of Solvents in Industrial Atmospheres by Capillary GC |
| T394003 |
Application Note 003 |
133 KB |
2 |
GC Monitoring of Chlorinated Pesticides in Hazardous Waste Sites |
| T394004 |
Application Note 004 |
127 KB |
2 |
Identify the Correct Heptachlor Epoxide Isomer by Capillary GC |
| T394005 |
Application Note 005 |
136 KB |
2 |
Analyze Oxygenates in Gasoline and Similar Matrices, Using Single-Column Capillary GC |
| T394006 |
Application Note 006 |
123 KB |
2 |
Solid Phase Microextraction of Semivolitile Compounds |
| T394007 |
Application Note 007 |
128 KB |
2 |
Monitor Pesticides in Water Samples Using a Deactivated Reversed Phase HPLC Column |
| T394008 |
Application Note 008 |
131 KB |
2 |
Detailed Hydrocarbon Analyses by Capillary GC |
| T394010 |
Application Note 010 |
128 KB |
2 |
Efficient Analyses of Permanent Gases, Light Hydrocarbons, and Light Polar Compounds by GSC |
| T394011 |
Application Note 011 |
141 KB |
2 |
Solid Phase Microextraction of Volatile Compounds |
| T394012 |
Application Note 012 |
138 KB |
,2 |
Improved Purge-Trap/GC Analysis of Volatiles in Drinking Water by US EPA Method 524.2 |
| T394013 |
Application Note 013 |
123 KB |
2 |
Simultaneously Analyze Benzodiazepines by HPLC |
| T394014 |
Application Note 014 |
212 KB |
2 |
Rapidly Analyze Sodium in Foods, Using Solid Phase Extraction and Cation-Exchange HPLC |
| T394015 |
Application Note 015 |
171 KB |
2 |
HPLC Column Offers Longer Lifetime and Improved Resolution of Taxanes |
| T394016 |
Application Note 016 |
151 KB |
2 |
Improved Design Graphite Ferrules Help Ensure Leak-Free Connections for Capillary GC |
| T394017 |
Application Note 017 |
122 KB |
2 |
Polyacrylate Film Fiber for Solid Phase Microextraction of Polar Semivolatiles from Water |
| T394018 |
Application Note 018 |
152 KB |
2 |
Determination of Bis(2-chloroisopropyl)ether Using Chiral Capillary GC |
| T394020 |
Application Note 020 |
119 KB |
2 |
Separation of Carbohydrates and Fermentation Products in Beverages, Using HPLC |
| T394021 |
Application Note 021 |
136 KB |
2 |
Separation of Organic Acids in Beverages Using a SUPELCOGEL C-610H HPLC Column |
| T394022 |
Application Note 022 |
169 KB |
2 |
Rapid Elimination of Ethidium Bromide from Stained DNA Using Rezorian A161 Cartridges |
| T394023 |
Application Note 023 |
125 KB |
2 |
Determination of Aromatics in Mineral Spirits Using a TCEP Capillary GC Column |
| T394024 |
Application Note 024 |
141 KB |
2 |
Analyze Acids, Bases, and Zwitterions, Using a SUPELCOSIL LC-ABZ HPLC Column |
| T394025 |
Application Note 025 |
130 KB |
2 |
Analyze Acidic and Basic Pharmaceuticals, Using a Deactivated SUPELCOSIL LC-ABZ HPLC Column |
| T394026 |
Application Note 026 |
147 KB |
2 |
Monitor Homologous Catecholamines by HPLC Using a SUPELCOSIL LC-ABZ Column |
| T394027 |
Application Note 027 |
130 KB |
2 |
Extract Nonvolatile Pesticides from Drinking Water, Using a Graphitized Carbon Adsorbent |
| T394028 |
Application Note 028 |
131 KB |
2 |
Cleanup of Hazardous Waste Site Samples by Solid Phase Extraction |
| T394029 |
Application Note 029 |
130 KB |
2 |
Purge Trap for GC Analyses of Volatile Aromatic (BTEX) Compounds in Soils and Sediments |
| T394030 |
Application Note 030 |
131 KB |
2 |
Adsorbent Trap for GC Analyses of Volatile Organic Compounds in Wastewater |
| T394031 |
Application Note 031 |
143 KB |
2 |
Monitor Airborne Diisocyanates Using ORBO-80 Coated Filters |
| T394032 |
Application Note 032 |
127 KB |
2 |
Use Solid Phase Extraction to Isolate Phenols from Aqueous Samples |
| T394033 |
Application Note 033 |
156 KB |
2 |
Monitor Organophosphorus Pesticides in Air, Using ORBO-49P Tubes and Capillary GC |
| T394034 |
Application Note 034 |
139 KB |
2 |
Reproducible Analyses of Omega-3 and Omega-6 Fatty Acid Methyl Esters by Capillary GC |
| T394036 |
Application Note 036 |
140 KB |
2 |
High Temperature HT-5 Capillary GC Columns |
| T394037 |
Application Note 037 |
120 KB |
2 |
Analyze Sterols, Using Special-Purpose Capillary GC Column |
| T394043 |
Application Note 043 |
141 KB |
2 |
Monitor Salicylic Acid Purity, Using USP XXII Method and a SUPELCOSIL LC-18 HPLC Column |
| T394044 |
Application Note 044 |
132 KB |
2 |
Separation of Furosine in Dairy Products, Using Reversed Phase HPLC |
| T394046 |
Application Note 046 |
130 KB |
2 |
Separating Homologs and Polymers by HPLC |
| T394047 |
Application Note 047 |
130 KB |
2 |
Purity Analysis of MTBE Product by ASTM Test Method D5441 (High Resolution Capillary GC) |
| T394048 |
Application Note 048 |
140 KB |
2 |
SPB-Octyl Capillary Column Resolves Coplanar PCBs |
| T394049 |
Application Note 049 |
137 KB |
2 |
SPB-50 Capillary Column for Environmental Applications |
| T394050 |
Application Note 050 |
143 KB |
2 |
Identifying Bacteria by Analyzing Their Cellular Fatty Acids |
| T394051 |
Application Note 051 |
126 KB |
2 |
Highly Characterized Reference Standard: Pyrolysis Gasoline |
| T394052 |
Application Note 052 |
126 KB |
2 |
Highly Characterized Reference Standard: Reformate |
| T394053 |
Application Note 053 |
129 KB |
2 |
Highly Characterized Reference Standard: Heavy Straight Run Naphtha |
| T394054 |
Application Note 054 |
168 KB |
2 |
Extract Polynuclear Aromatic Hydrocarbons from Water, Using Solid Phase Extraction Disks |
| T394055 |
Application Note 055 |
220 KB |
2 |
Extraction of Phthalates and Adipates from Water, Using Solid Phase Extraction Disks |
| T394056 |
Application Note 056 |
144 KB |
2 |
Fast Analysis of Volatile Organic Compounds by Solid Phase Microextraction/Capillary GC |
| T394057 |
Application Note 057 |
150 KB |
2 |
Product Redesign of Chemical Standards Improves Atrazine and Simazine Stability - Verified by Capill |
| T394058 |
Application Note 058 |
139 KB |
2 |
Fast Screening for Chlorinated Pesticides by Solid Phase Microextraction/Capillary GC |
| T394059 |
Application Note 059 |
224 KB |
2 |
Extraction of Organic Compounds from Water, Using ENVI-18 DSK Solid Phase Extraction Disks |
| T394060 |
Application Note 060 |
174 KB |
2 |
Extraction of Paraquat and Diquat from Water, Using ENVI-8 DSK Solid Phase Extraction Disks |
| T394061 |
Application Note 061 |
132 KB |
2 |
Solid Phase Microextraction/Capillary GC: Rapid, Sensitive Detection of Gasoline in Fire Debris |
| T394062 |
Application Note 062 |
127 KB |
2 |
Monitor Organic Volatile Impurities (OVIs) in Pharmaceutical Products, Using Solid Phase Microextrac |
| T395063 |
Application Note 063 |
129 KB |
2 |
Extraction/Concentration Apparatus Saves Time and Ensures High Recovery of Semivolatiles from Water, |
| T395064 |
Application Note 064 |
129 KB |
2 |
Low Background Solid Phase Extraction and Capillary GC Analysis of Chlorinated Pesticides |
| T395065 |
Application Note 065 |
130 KB |
2 |
ENVI-18 SPE Tube Ensures Low Background for Monitoring Organic Compounds in Drinking Water by EPA Me |
| T395066 |
Application Note 066 |
130 KB |
2 |
Simple Solid Phase Extraction and HPLC Analysis of Catecholamines in Plasma |
| T395067 |
Application Note 067 |
131 KB |
2 |
Solid Phase Extraction of PCBs from Transformer Oil and Waste Oil, and Analysis by Capillary GC |
| T395069 |
Application Note 069 |
132 KB |
2 |
Separate and Monitor Porphyrin Isomers by Reversed Phase HPLC |
| T395070 |
Application Note 070 |
150 KB |
2 |
Organic Volatile Impurities in Pharmaceutical, Products: Selectivity of Capillary GC Columns |
| T395071 |
Application Note 071 |
136 KB |
2 |
Screening for Drugs of Abuse on Wide Bore Capillary GC Columns |
| T395072 |
Application Note 072 |
132 KB |
2 |
Blood Alchohols Analysis by Packed Column GC |
| T395073 |
Application Note 073 |
147 KB |
2 |
Wide Bore Capillary GC Columns: Useful Tools in Arson Investigations |
| T395075 |
Application Note 075 |
129 KB |
2 |
Separation Isotopic Molecules Using SPB Capillary GC Columns |
| T395076 |
Application Note 076 |
139 KB |
2 |
The Effect of Temperature and Pressure on GC Flow Measurements |
| T395077 |
Application Note 077 |
145 KB |
2 |
Efficacy Tests for ProClin Preservative |
| T395078 |
Application Note 078 |
147 KB |
2 |
Monitor Antioxidant Additives in Foods, Using HPLC (AOAC Method 983.15) or Capillary GC and a Supelc |
| T395079 |
Application Note 079 |
149 KB |
2 |
Analyzing Citrus Oil Using SPB-5 and SPB-Octyl Capillary GC Columns |
| T395080 |
Application Note 080 |
144 KB |
2 |
Highly Reproducible Capillary GC Analyses of Polyunsaturated FAMEs Using a Guaranteed Performance SP |
| T395081 |
Application Note 081 |
170 KB |
2 |
Monitor BTEX Compounds and Fuels in Water, Using Solid Phase Microextraction and Capillary GC |
| T395082 |
Application Note 082 |
129 KB |
2 |
Low Bleed, High Temperature GC Septa Improve Baseline Stability |
| T395083 |
Application Note 083 |
132 KB |
2 |
Fast, Accurate Detection of Amphetamines in Urine, Using Solid Phase Microextraction/Capillary GC |
| T395084 |
Application Note 084 |
176 KB |
2 |
Indentification of Tobacco Varieties, Using Solid Phase Microextraction / Capillary GC |
| T395085 |
Application Note 085 |
168 KB |
2 |
Solid Phase Microextraction/Capillary GC Analysis of Nitrogen-Containing Herbicides in Water |
| T395086 |
Application Note 086 |
178 KB |
2 |
Analyzing Stack Gas Semivolatiles, Using Supelpak-2 Adsorbents and Capillary GC |
| T395088 |
Application Note 088 |
132 KB |
2 |
Capillary GC Analyses of Triazine Pesticides in Dry Pet Food |
| T395089 |
Application Note 089 |
135 KB |
2 |
Capillary GC Analyses of Triazine Pesticides in Apples |
| T395090 |
Application Note 090 |
136 KB |
2 |
Capillary GC Analyses of Chlorinated Pesticides in Apples |
| T395091 |
Application Note 091 |
135 KB |
2 |
Capillary GC Analyses of Chlorinated Pesticides in Dry Pet Food |
| T396092 |
Application Note 092 |
129 KB |
2 |
Monitoring Carbonyls in Air Using the LpDNPH S10 Cartridge with Analysis by HPLC |
| T396093 |
Application Note 093 |
138 KB |
2 |
HPLC Analysis of Patulin in Apple Juice |
| T396094 |
Application Note 094 |
154 KB |
2 |
Solid Phase Microextraction of Organophosphate Insecticides and Analysis by Capillary GC/MS |
| T396096 |
Application Note 096 |
187 KB |
2 |
Supelcarb GC Split Vent Traps Adsorb Toxic Compounds Longer Than Conventional Traps |
| T396098 |
Application Note 098 |
134 KB |
2 |
SPME/HPLC Interface Combines Fast Sample Extraction with Efficient Analysis for Explosives |
| T396099 |
Application Note 099 |
136 KB |
2 |
SPME/HPLC: A Rapid and Sensitive Analysis of Polynuclear Aormatic Hydrocarbons in Water |
| T396100 |
Application Note 100 |
127 KB |
2 |
Solid Phase Extraction/HPLC Analysis of Acidic Herbicides in Drinking Water |
| T396102 |
Application Note 102 |
138 KB |
2 |
Separation and Quantitation of Aflatoxins M1 and M2 Using TFA Derivatization and HPLC |
| T396103 |
Application Note 103 |
152 KB |
2 |
Polyurethane Foam as an Effective Adsorbent for Pesticides in Air (GC Analysis) |
| T396104 |
Application Note 104 |
173 KB |
2 |
Analysis of Stack Emissions Using VOST Air Sampling Tubes and Capillary GC |
| T396104A |
Application Note 104 |
174KB |
2 |
Analysis of Stack Emissions Using VOST Air Sampling Tubes and Capillary GC |
| T396105 |
Application Note 105 |
133 KB |
2 |
Single Solid Phase Extraction Procedure Yields Base/Neutral and Acidic Fractions, for HPLC Analysis |
| T396106 |
Application Note 106 |
134 KB |
2 |
Analysis of Surfactants in Water by SPME/HPLC |
| T396107 |
Application Note 107 |
129 KB |
2 |
Alternative Analysis of Formaldehyde-DNPH and Other Carbonyl-DNPH Derivatives by Capillary GC |
| T396108 |
Application Note 108 |
134 KB |
2 |
GC Analyses of Polynuclear Aromatic Hydrocarbons |
| T396109 |
Application Note 109 |
153 KB |
2 |
Detecting Ethylene Oxide by Packed Column GC |
| T396110 |
Application Note 110 |
118 KB |
2 |
SPME Reduces Extraction Time in HPLC Analyses of Food Antioxidants and Preservatives |
| T396111 |
Application Note 111 |
126 KB |
2 |
Use of BSTFA Silylating Reagent to Prepare Volatile Derivatives for GC |
| T396112 |
Application Note 112 |
129 KB |
2 |
Analyses of Permanent Gases, Light Hydrocarbons, and Light Polar Compounds Using Packed Column GC |
| T396113 |
Application Note 113 |
133 KB |
2 |
Rapid Separation of 2,3,7,8-TCDD from Other TCDD Isomers |
| T396114 |
Application Note 114 |
154 KB |
2 |
Chiral Gas Chromatography of Citronellal ?Citronellol and Linalool on a ?DEX 225 column |
| T396115 |
Application Note 115 |
127 KB |
2 |
Efficient Separation of Aniline Metabolites Using a SUPELCOSIL ABZ+Plus HPLC Column |
| T397116 |
Application Note 116 |
127 KB |
127 KB |
Fast HPLC Analysis of Wine Acids, Using a SUPELCOSIL SAX1 Column |
| T397117 |
Application Note 117 |
137 KB |
2 |
High-Resolution Separations of Nonionic Surfactant Oligomers, Using Normal Phase HPLC |
| T397118 |
Application Note 118 |
155 KB |
2 |
Separation of Organic Acids and Bases, Using a SUPELCOGEL TPR-100 HPLC Column |
| T397120 |
Application Note 120 |
167 KB |
2 |
Post-Column Photochemicval Reaction Engances Detection in HPLC Assays of Tamoxifen or Aflatoxins |
| T397121 |
Application Note 121 |
177 KB |
2 |
Solid Phase Microextraction for HPLC Analysis of Carbamate and Urea Pesticides |
| T397122 |
Application Note 122 |
137 KB |
2 |
Separation and Identification of Higher Fullerenes, Using HPLC/MS |
| T397123 |
Application Note 123 |
156 KB |
2 |
Derivatization of Corn Oil for Analysis by GC |
| T397124 |
Application Note 124 |
154 KB |
2 |
Fast, Simple Separation of Dabsylated Amino Acids |
| T397126 |
Application Note 126 |
138 KB |
2 |
Analyses of Underivatized Sugars and Oligosaccharides by HPLC |
| T397127 |
Application Note 127 |
136 KB |
2 |
Solid Phase Extraction Provides Interference-Free Samples for Analyzing Triazine Herbicides |
| T397128 |
Application Note 128 |
139 KB |
2 |
Rapid Monitoring of Chloramphenicol by HPLC |
| T397129 |
Application Note 129 |
127 KB |
2 |
Analyze Antihistamines Rapidly on a Deactivated HPLC Column |
| T397130 |
Application Note 130 |
152 KB |
2 |
Rapidly Separate ?Adrenergic- and Calcium Channel-Blocking Drugs by HPLC |
| T397131 |
Application Note 131 |
134 KB |
2 |
Isocratic Analysis of Tetracycline Antibiotics Using a SUPELCOSIL LC-18-DB HPLC Column |
| T397132 |
Application Note 132 |
139 KB |
2 |
Monitoring Antiarrhythmic Drugs and Tricyclic Antidepressants by HPLC |
| T397133 |
Application Note 133 |
135 KB |
2 |
SUPELCOSIL HPLC Columns Provide Rapid Analyses of Plant Growth Regulators |
| T397134 |
Application Note 134 |
131 KB |
2 |
Monitor Dinitroaniline Herbicides in Wastewater by HPLC |
| T397135 |
Application Note 135 |
133 KB |
2 |
Antiarrhythmic Drugs on Short Columns, Using Simple Mobile Phase Adjustements |
| T397136 |
Application Note 136 |
133 KB |
2 |
Reduce Inlet Liner ID for Sharper Peaks by SPME/GC |
| T397137 |
Application Note 137 |
129 KB |
2 |
Formulation Sability and Intervendor Comparison of Tetraethylpyrophosphate (TEPP) and analysis by GC |
| T397138 |
Application Note 138 |
144 KB |
2 |
Rapid HPLC Analysis of PAH Compounds, Using Porous 3um Particles |
| T397140 |
Application Note 140 |
115 KB |
2 |
Analysis of Fat Soluble Vitamins from Tablets, Using SPME/HPLC |
| T397141 |
Application Note 141 |
145 KB |
2 |
Air Sampling of VOCs Using SPME for Analysis by Capillary GC |
| T397142 |
Application Note 142 |
138 KB |
2 |
SP-1700 GC Column Provides Reproducible Hydrocarbon Analyses |
| T397143 |
Application Note 143 |
191 KB |
2 |
Field Sampling for Pesticides, Using Solid Phase Microextraction/Capillary GC |
| T397144 |
Application Note 144 |
132 KB |
2 |
HPLC Separation of Acidic Pesticides, Using a SUPELCOGEL TPR-100 Column |
| T397145 |
Application Note 145 |
130 KB |
2 |
A Shielded Hydrophobic HPLC Phase for Drugs in Biological Matrices |
| T398147 |
Application Note 147 |
150 KB |
2 |
Solid Phase Microextraction of Odors in Drinking Water for Analysis by GC/MS |
| T399148 |
Application Note 148 |
53KB |
2 |
Separating Water-Soluble Vitamins by Reversed Phase HPLC, Using a Discovery C18 Column |
| T399149A |
Application Note 149 |
73KB |
2 |
Separating Fat-Soluble Vitamins by Reversed Phase HPLC, Using Discovery Columns |
| T399150 |
Application Note 150 |
123KB |
2 |
Separating Atrazine and its Metabolites by Reversed Phase HPLC, using Discovery Columns |
| T399151A |
Application Note 151 |
61KB |
2 |
Separation of ?Lactam Antibiotics by Reversed Phase HPLC, using Discovery Columns |
| T399152 |
Application Note 152 |
56KB |
2 |
Separations of Peptide Antibiotics by Reversed Phase HPLC, using Discovery Columns |
| T399153 |
Application Note 153 |
60KB |
2 |
Separations of Fluoroquinolone Antibiotics by Reversed-Phase HPLC, using Discovery Columns |
| T399154 |
Application Note 154 |
60KB |
2 |
Separations of Tetracycline Antibiotics by Reversed Phase HPLC, using Discovery Columns |
| T399155 |
Application Note 155 |
59KB |
2 |
Quantitative Analysis of Gabapentin from Serum by Reversed Phase HPLC Using Discovery C18 Columns |
| T399156 |
Application Note 156 |
57KB |
2 |
Quantitative Analysis of Ibuprofen and Indomethacin from Serum by Reversed Phase HPLC Using Discovery C18 Columns |
| T300160 |
Application Note 160 |
105KB |
2 |
The Analysis of Volatile Organic Compounds |
| T300162 |
Application Note 162 |
64 KB |
2 |
Separations of Paclitaxel and Its Metabolite 6a-hydroxypaclitaxel by Reversed-Phase HPLC usin |
| T300163 |
Application Note 163 |
53KB |
2 |
The GC/MS Analysis of Impurties in Denatured Ethanol |
| T300164 |
Application Note 164 |
174KB |
2 |
The Anaylsis of Alcoholic Beverages |
| T302166 |
Application Note 166 |
69 KB |
2 |
Getting Started with RP-HPLC for Peptides |
| T302167 |
Application Note 167 |
53 KB |
2 |
Increase Sensitivity and Decrease Sample Consumption… |
| T302168 |
Application Note 168 |
58 KB |
2 |
Eliminate TFA and Improve Sens. of Peptide Analyses Eliminate TFA and Improve Sensitivity of Peptide Analyses by LC/MS |
| T302169 |
Application Note 169 |
75 KB |
2 |
Effect of Stationary Phase on Selectivity of Reversed-Phase HPLC Separations of Polypeptides |
| T303178 |
Application Note 178 |
466 KB |
2 |
RP-HPLC Separation of Crude Synthetic Dual-Labeled Oligonucleotides and Synthetic By-Products |
