Application Notes |
Separation Science |
| ENVIRONMENTAL |
| METABOLOMICS |
| FOOD/FLAVOR/FRAGRANCE |
| PETROCHEMICAL |
| GENERAL TOFMS & OTHER SUPPORTED APPLICATIONS |
| BY INSTRUMENT |
| SNAPSHOTS |
EPA Acceptance of Ion Abundance Criteria for DFTPP Tuning
(ATP Letter)
Application Notes
GC-TOFMS (TruTOF HT)
- EPA 8270D (-329)
- Pesticides(-353)
GC-TOFMS (Pegasus HT)
- Air Analysis Office Cabinet (-175)
- Cyanogen Chloride in Water (-219)
- Explosives—Wastewater (-220)
- EPA 8270D Calibration Curve Development (-328)
- PCBs—New Retention Index System (-248)
- Pesticide Analysis—Ion Ratio as QA (-249)
- Pesticides—Captan and Iprodione (-231)
- OCP/OPP Pesticides in Green Tea (-337)
- Pesticides—OP Red List in Food (-234)
- Pesticides—OPPs in Food Matrix (-194)
- Pesticides—OPPs in Water (-196)
- Pesticides—SVOC, PCB in Crude Soil (-253)
- Pesticides—Trace in Foodstuffs (-326)
- Pesticides in Food (-195)
- Pesticides in Fruits & Vegetables (-227)
- Pesticides in Water (-177)
- Pollutants/Large Volume Injector (-197)
- Polychlorinated Biphenyls (-221)
- EPA Method 8270/Soil (-189)
- Drinking Water—High Throughput (-235)
- Drinking Water Screening/Horizon-LECO
(Courtesy of Horizon Technology) - Org Compounds in Water—SPME (-291)
GCxGC-TOFMS
- Acephate in Bird Gizzard (-257)
- Brominated Flame Retardants (-351)
- Ethephon in Apple Extract (-251)
- OCP/OPP Pesticides in Green Tea (-343)
- Org Pesticides in Ash Leaves (-258)
- Pesticides Beta-Hexa and Trifluralin (-252)
- Pesticides in Citrus Oils (-293)
- Pesticides in Tobacco (-292)
- Pesticides—Trace in Foodstuffs (-327)
- Polychlorinated Biphenyls—Classifications (-288)
- Auto Screening/Chlorine (-341)
- Screening/Tobacco (-342)
GCxGC-ECD
- Organochlorine Pesticides (-244)
- Organochlorine Pesticides in Cucumber and Tomato (-247)
- Polybrominated Diphenyl Ethers (-245)
- Polychlorinated Biphenyl Congeners (-246)
- Quantification of Dioxin-Like Polychlorinated Biphenyls (-250)
LC-TOFMS
- Pesticide Isomers—Source CID (-238)
- Sex Hormones—Restek (-299)
- Ultra Fast Pesticides (-318)
- Simazine in Fruit (-335)
Performance Notes
GC-TOFMS
- Acquisition Rate for Peak Find & Deconvolution (-016)
- Linear Dynamic Range (-017)
- Semi-Quantification (-013)
- System Durability/Demonstration Mobile Lab (-014)
GCxGC-TOFMS
- Beer Using COMPARE Feature (-352)
- Peak Area Reproducibility (-021)
GCxGC-ECD
LC-TOFMS
- ChromaTOF Auto Peak Find and Deconvolution (-019)
- Mass Accuracy (-015)
- Dynamic Range Performance (-022)
- Optimization of High-Flow Electrospray (-023)
- Reference Mass to Correct Drift (-018)
Application Notes
GC-TOFMS (Pegasus HT)
- Derivatized Drugs in Horse Urine (-310)
- Doping Substances in Urine (-205)
- Liver Drug-Induced Injury—Urine (-302)
GCxGC-TOFMS
- Asparagus Metabolites in Urine—SBSE/GCxGC (-325)
- Aspen Leaves (-233)
- Fish Metabolites—Statistical Compare(-377)
- Forensic Toxicology (-357)
- Urine—Diabetic vs. Non-Diabetic (-354)
- Urine—Diabetic vs. Non-Diabetic Using Statistical Compare
(-372)
LC-TOFMS
- Amino Acids (-264)
- Derivatized Amino Acids (-296)
- Legume Phenolics (-336)
- Medicago Metabolite Profiling (-331)
- Metabolic Profiling of Anthers (-333)
- Profiling in Peanut Plant (-338)
- Steroids in Urine (-332)
Performance Notes
GC-TOFMS
- Acquisition Rate for Peak Find & Deconvolution (-016)
- Linear Dynamic Range (-017)
- Semi-Quantification (-013)
- System Durability/Demonstration Mobile Lab (-014)
GCxGC-TOFMS
- Beer Using COMPARE Feature (-352)
- Peak Area Reproducibility (-021)
- Urine—Diabetic vs. Non-Diabetic Using Statistical Compare
(-372)
LC-TOFMS
- ChromaTOF Auto Peak Find and Deconvolution (-019)
- Mass Accuracy (-015)
- Dynamic Range Performance (-022)
- Optimization of High-Flow Electrospray (-023)
- Reference Mass to Correct Drift (-018)
Application Notes
GC-TOFMS (Pegasus HT)
- Beer Off-Flavor Chemicals—Gerstel (-303)
- Citronella Ceylon Oil (-085)
- Citronella Ceylon Comparison (-086)
- Citrus Reference Std (-063)
- Flavor Volatiles in Exhaled Breath (-287)
- Fragrances—Sensitizers & Skin Irritants (-191)
- Lavender Oil (-089)
- Lemon Oil Comparison (-316)
- Nutmeg Extract (-090)
- Essential Oils/Area % (-192)
- 84-Component Essential Oil (-062)
- Peppermint Oil (-093)
- Spearmint Oil (-091)
- Spearmint Oil Comparison (-092)
- Perfume—Allergenic Compounds (-236)
- Perfume SPME—HS (-274)
- Phosmet in Blueberries (-226)
- Tequila—SPME (-193)
- Whisky Samples (-200)
- Whisky, Adulterated (-218)
GCxGC-TOFMS
- Beer Using COMPARE Feature (-352)
- FAMEs (-330)
- Fatty Acid Methyl Esters (-277)
- Essential Oil (Rosemary)(-240)
- Grape Volatiles—SPME (-270)
- Menthol and Peppermint Oil (-286)
- Cooling Agent in Mint Oils & Cinnamon Flavor (-290)
- Perfume—Allergens (-237)
GCxGC-FID
- California Lemon Oil (-314)
LC-TOFMS
- Aloe Ferox (-278)
- Catechins in NIST SRM Chocolate (-306)
- Citrus Essential Oils (-289)
- Flavonoids in Cocoa (-294)
- Flavonoids in Cocoa Comparison (-297)
- Linh Chi Mushrooms by Direct Infusion ESI-TOFMS (-107)
- Mycotoxins (-298)
- Resveratrol in Peanuts (-269)
- Sudan Dyes in Food (-355)
Performance Notes
GC-TOFMS
- Acquisition Rate for Peak Find & Deconvolution (-016)
- Linear Dynamic Range (-017)
- Semi-Quantification (-013)
- System Durability/Demonstration Mobile Lab (-014)
GCxGC-TOFMS
- Beer Using COMPARE Feature (-352)
- Peak Area Reproducibility (-021)
LC-TOFMS
- ChromaTOF Auto Peak Find and Deconvolution (-019)
- Mass Accuracy (-015)
- Dynamic Range Performance (-022)
- Optimization of High-Flow Electrospray (-023)
- Reference Mass to Correct Drift (-018)
Application Notes
GC-TOFMS (TruTOF HT)
- Jet Fuel (-347)
GC-TOFMS
- Aromatics/Gasoline (-094)
- Petroleum Naphthas-ASTM D5134 (-190)
- Petroleum Refinery Reformate Std (-066)
- Unleaded Gasoline (-064)
GCxGC-TOFMS
- Aromatics in Gasoline (-229)
- Diesel (-230)
- Petroleum (-228)
- Quant of Petroleum Fraction (-254)
GCxGC-FID
- Biodiesel (-379)
- Diesel Compound Classification (-243)
Performance Notes
GC-TOFMS
- Acquisition Rate for Peak Find & Deconvolution (-016)
- Linear Dynamic Range (-017)
- Semi-Quantification (-013)
- System Durability/Demonstration Mobile Lab (-014)
GCxGC-TOFMS
- Beer Using COMPARE Feature (-352)
- Peak Area Reproducibility (-021)
General TOFMS & Other Supported Applications
Application Notes
GC-TOFMS (TruTOF HT)
- Paint SPME (-346)
GC-TOFMS (Pegasus HT)
- Alkaloids (-225)
- Ballpoint Pen Ink (-260)
- Barbiturate Poisoning (-242)
- Common Drugs of Abuse (-255)
- Consumer Products SPME—HS (-282)
- Drugs—Forensic Crime Lab (-349)
- Drugs of Abuse—Rapid Screening (-350)
- Forensic Chemistry—ChromaTOF Compare (-256)
- Hand Soap—TD-GC-TOFMS (-320)
- Pyrolysis GC (-222)
GCxGC-TOFMS
- Aerosol Samples—Quartz Filters (-324)
- Arson Samples (-319)
- Auto Paint—Pyrolysis GCxGC (-241)
- ChromaTOF Resample (-259)
- Cosmetics—Pyrolysis GCxGC (-283)
- Currency—SPME (-285)
- Siloxanes in Silicone Oil GCxGC (-317)
LC-TOFMS
- Aminoglycosides by Direct Infusion ESI-TOFMS (-103)
- Cobalt Porphyrin Complexes—Source CID (-224)
- Ephedra Alkaloids (-262)
- Ephedra Alkaloids Comparison (-263)
- ID of Pharmaceuticals—Library Search (-279)
- Ruthenium Dendrimers by Direct Infusion ESI-TOFMS (-104)
- Therapeutic Tricyclic (-105)
Performance Notes
GC-TOFMS
- Acquisition Rate for Peak Find & Deconvolution (-016)
- Linear Dynamic Range (-017)
- Semi-Quantification (-013)
- System Durability/Demonstration Mobile Lab (-014)
GCxGC-TOFMS
- Beer Using COMPARE Feature (-352)
- Peak Area Reproducibility (-021)
LC-TOFMS
- ChromaTOF Auto Peak Find and Deconvolution (-019)
- Mass Accuracy (-015)
- Dynamic Range Performance (-022)
- Optimization of High-Flow Electrospray (-023)
- Reference Mass to Correct Drift (-018)
Separation Science Application Notes CD
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