GCMS Application Data Sheet

Shimadzu GCMS Application Data Sheet

 

Thank you for your interest in Shimadzu’s GCMS Application Data Sheet. Here with we are pleased to share with you our Application Data Sheet describes details of Shimadzu’s GCMS product’s features and benefits sprinkled with analysis data.

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No. 127 Simultaneous Analysis of 418 Pesticides Utilizing Smart SIM 
No. 126 Simultaneous Analysis of Pesticides by GC-MS Using Hydrogen Carrier Gas 
No. 124 Semi-Quantitation of Toxicological Substances in Whole Blood Using the Quick-DB Forensic
No. 123 Py-GC/MS Analysis of Electronic Circuit Board Parts Using Nitrogen Carrier Gas
No. 122 Estimation of Elemental Composition of Additives in Polymers Using Quick-CI and MassWorksTM
No. 121 Test Methods for Certain Aromatic Amines Derived from Azo Colorants
No. 120 Using a Method Translator Program for GC-MS Analysis with a Hydrogen Carrier Gas
No. 119 Analysis of Organic Solvents and Specified Chemical Substances in a Working Environment Using Two Different Columns (2)
No. 118 Analysis of Organic Solvents and Specified Chemical Substances in a Working Environment Using Two Different Columns (1)
No. 117 High-Sensitivity Analysis of Phenols in Drinking Water Using Nitrogen Carrier Gas
No. 116 Compound Identification Procedures Combined with Quick-CI
No. 115 Automated Preparation of Calibration Curve Samples in the Analysis of Residual Pesticides in Foods
No. 112 Analysis of Dithiocarbamate Pesticides in Water Using Headspace-GC/MS
No. 111 Analysis of Phthalate Esters Using the Py-Screener (2)
No. 110 Analysis of Phthalate Esters Using the Py-Screener (1)
No. 109 Analysis of Polycyclic Aromatic Hydrocarbons (PAHs) in Foods by GC-MS/MS
No. 108 Fast Analysis of Volatile Organic Compounds (VOCs) in Water Using Headspace-GC/MS
No. 107 Simultaneous Analysis of 477 Residual Pesticides in Agricultural Crops Using GC-MS/MS - Part 2
No. 106 Simultaneous Analysis of 477 Residual Pesticides in Agricultural Crops Using GC-MS/MS - Part 1
No. 104 Multicomponent Analysis of Metabolites in Human Plasma using GC-MS/MS
No. 103 Analysis of Metabolites Extracted from Human Embryonic Stem Cells Using GC-MS
No. 102 Analysis of Glycolysis Metabolites in Human Embryonic Stem Cells using GC-MS/MS
No. 101 Analysis of Toxicological Substances in Whole Blood Using the Smart Forensic Database (2)
No. 100 Analysis of Toxicological Substances in Whole Blood Using Smart Forensic Database (1)
No. 99 Analysis of Ethylene in Food Using GC/MS
No. 98 Automatic Optimization of Transitions and Collision Energies
No. 97 Procedures for Creating MRM Methods for Multicomponent Simultaneous Analyses Using Retention Indices
No. 96 An Investigation of Simultaneous Analysis Methods for 420 Residual Pesticide Compounds in Foods Using GC-MS/MS
No. 95 GC-MS Analysis of Catalytic Degradation Products of Lignin Model Compounds in Biomass Research
No. 94 GC-MS Analysis of Catalytic Reaction Products of Glucose in Biomass Research
No. 93 Easy Screening for Residual Pesticides in Processed Foods Using GC-MS/MS
No. 92 Screening of residual pesticides in food with two different columns
No. 91 Easy Screening for Residual Pesticides in Foods using GC-MS
No. 90 Analysis of Impurities in Tests for Residual Solvents in Pharmaceuticals Using GC-MS
No. 89 Analysis of metabolites in human serum using GC-MS
No. 88 Analysis of Metabolites in Serum Using GCMS/MS
No. 86 Analysis of Fatty Acids in Food Using PCI-GC-MS/MS
No. 85 Analysis of Fatty Acids Using PCI-GC-MS/MS
No. 84 Higher Sensitivity Analysis of 2-Methoxy-3- Isobutylpyrazine (MIBP) in Wine Using GC-MS/MS(PCI)
No. 83 Simultaneous Analysis of 66 Pesticides by GC-MS Using Hydrogen Carrier Gas
No. 82 Analysis of Di (2-ethylhexyl) phthalate by GC-MS Using Hydrogen Carrier Gas
No. 81 GC-MS Application for Artificial Photosynthesis Research
No. 80 Analysis of PCBs and Organochlorinated Pesticides in River Water Using Simultaneous Scan/MRM Measurement in GC-MS/MS (3)
No. 79 Analysis of PCBs and Organochlorinated Pesticides in River Water Using Simultaneous Scan/MRM Measurement in GC-MS/MS (2)
No. 78 Analysis of PCBs and Organochlorinated Pesticides in River Water Using Simultaneous Scan/MRM Measurement in GC-MS/MS (1)
No. 76 Analysis of VOCs in Water Using Headspace-GC/MS
No. 75 Analysis of Psychotropic Drugs in Whole Blood Utilizing Simultaneous Scan/MRM Measurements (2)
No. 74 Analysis of Psychotropic Drugs in Whole Blood Utilizing Simultaneous Scan/MRM Measurements (1)
No. 73 High-Sensitivity Analysis of 2,4,6-Trichloroanisole in Wine Using Headspace-Trap GC/MS
No. 72 Scan/MRM Analysis of Residual Pesticides in Foods Using GC-MS/MS (3)
No. 71 Simultaneous Analysis of Residual Pesticides in Foods via the QuEChERS Method Utilizing GC-MS/MS
No. 68 GC-MS/MS Analysis of Pesticides in Drinking Water
No. 67 Analysis of Brominated Flame Retardants and Phthalate Esters Under the Same Conditions Using a Pyrolysis GC-MS System (4) - TBBPA and BPBPE -
No. 66 Analysis of Brominated Flame Retardants and Phthalate Esters Under the Same Conditions Using a Pyrolysis GC-MS System (3) - HBCDD -
No. 65 GC-MS/MS analysis of residual pesticides in spinach using Scan/MRM (2)
No. 64 GC-MS/MS analysis of residual pesticides in spinach using Scan/MRM (1)
No. 63 Analysis of PBDEs in Sediment Using GC-MS/MS 
No. 62 Analysis of Aroma Compounds in Cheese 
No. 61 Analysis of Metabolites in Rat Urine Using Scan/MRM via GC-MS/MS (2)  
No. 60 Analysis of Metabolites in Rat Urine Using Scan/MRM via GC-MS/MS (1) 
No. 59 Analysis of Metabolites in Rat Urine Using MRM via GC-MS/MS 
No. 58 Selective Detection Using Neutral Loss Scan in GC-MS/MS 
No. 57 Analysis of Residual Pesticides in Processed Foods Using GC-MS/MS 
No. 56 Analysis of Inorganic Gases and Hydrocarbons by GC-MS
No. 55 Analysis of Inorganic Gas by GC-MS
No. 48 Analysis of Brominated Flame Retardants and Phthalate Esters In Ploymers Under the Same Conditions Using a Pyrolysis GC-MS System (2) - Phthalate Esters -
No. 47 Analysis of Brominated Flame Retardants and Phthalate Esters In Polymers Under the Same Conditions Using a Pyrolysis GC-MS System (1) - PBBs and PBDEs -
No. 46 Analysis of Potential Genotoxic Impurities in Active Pharmaceutical Ingredients (5) - Analysis of Alkyl Halides -
No. 42 Analysis of Potential Genotoxic Impurities in Active Pharmaceutical Ingredients (4) - Analysis of Haloalcohols and Glycidol Part 2 -
No. 41 Analysis of Potential Genotoxic Impurities in Active Pharmaceutical Ingredients (3) -Analysis of Haloalcohols and Glycidol Part 1-
No. 40 Analysis of Potential Genotoxic Impurities in Active Pharmaceutical Ingredients (2) 
No. 39 Analysis of Aroma Components in Peach Juice by GC-MS Using the OPTIC-4 Multimode Inlet and Monolithic Adsorbent (MonoTrap) 
No. 38 Analysis of Automobile Cabin Air by Thermal Desorption GC-MS Using the OPTIC-4 Multimode Inlet 
No. 37 GC/MS Quantitative Analysis of Allergens in Cosmetics Using OPTIC-4
No. 36 Characterization of Paint from Art Work Using Automatic Reactive Pyrolysis in the OPTIC-4 Inlet 
No. 35 Analysis of Detergent Residues on Clothing Using DMI-GC/MS
No. 33 Analysis of Polycyclic Aromatic Hydrocarbons Using GC-MS
No. 32 Flavor/Fragrance Analysis by Fast-GC/MS 
No. 31 Analysis of Residual Pesticides in Foods Using Twin Line GC-MS 
No. 30 Analysis of Chelate Compounds Through Direct Sample Introduction 
No. 29 Analysis of Specific Aromatic Amines Formed From Azo Dyes and Pigments
No. 28 Analysis of a Benzodiazepine-Based Drug Using GC-MS 
No. 27 Analysis of Fatty Acids in Butter Using GC x GC-MS 
No. 26  Analysis of Light Oil Utilizing a GC x GC-MS System 
No. 25 Analysis of Metabolic Components Contained in Dog Cerebrospinal Fluid 
No. 24 Analysis of Amino Acids Contained in Vegetable Juice
No. 23 Analysis of Amino Acids Contained in Miso Soup
No. 22  Analysis of Gas Generated from Lithium Ion Rechargeable Battery Cells 
No. 23 Analysis of Gasoline Using a GC-MS
No. 22 Analysis of Gas Generated from Lithium Ion Rechargeable Battery Cells
No. 21 Analysis of Gasoline Using a GC-MS
No. 20 Analysis of Japanese Sake Utilizing the Solid Phase Micro Extraction GC-MS Method
No. 19 Analysis of Soft Drinks Utilizing Headspace GC-MS
No. 18 Analysis of Potential Genotoxic Impurities in Active Pharmaceutical Ingredients
No. 17 Paint Thinner Analysis Utilizing Headspace GC-MS
No. 16 Analysis of Light Oil Using a GCxGC-MS System
No. 15 Analysis of Metabolic Components Contained in Puffer FishBlood Serum
No. 14 Analysis of AminoAcids Contained in Green Tea
No. 13 Analysis of AminoAcids Contained in a Sports Drink
No. 12 Analysis of Amino Acids Contained in SoySauce
No. 11 Analysis of aGasEmitted from Polystyrene Using the Thermal Desorption Method
No. 10 Analysis of Least Volatile Compounds through Direct Sample Introduction
No. 09 Analysis of an Electrolytic Solution from a Lithium Ion Rechargeable Battery
No. 08 Analysis of Brominated Flame Retardants Using a Pyrolysis GC-MS System
No. 07 Measurement of Ethanolin Blood Using Headspace GC-MS
No. 06 Analysis of Adipose Fatty Acids in Blood Utilizing a GCxGC-MSSystem
No. 05 Analysis of Gasoline Utilizing a GCxGC-MS System
No. 04 Analysis of Adipose Fatty Acids in Human Serum
No. 03 Analysis of Amino Acids Contained in aGrain of Rice
No. 02 Analysis of Amino Acids Contained in Dashi (Japanese Soup Stock)
No. 01 Analysis of Amino Acids Contained in Alcohol

 

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