Presentations Archives

Title and Description
Organic Compounds Water EPA 525.2 BT-GC-TOFMS
Packaging Leaching GC-TOFMS ASMS 2017
Accurate Deconvolution by Exploiting Differential Expressions ASMS 2017A set of chromatography-mass spectrometry data for multiple related samples may be considered as a tensor with spectral, retention, and experimental dimensions.
Complex Environmental Samples EFP GC-HRT+ SETAC 2017
Total Organic Carbon (TOC) Analysis of Soil and Rock Comparing Various Elemental Analysis Techniques
Optimizing TruMac total protein combustion instrument for lowest cost-per-analysis
Pesticide Residue BT-GC-TOFMS
Organic Compounds EPA8270 BT-GC-TOFMS
High-Temperature Petroleum Analysis using GCxGC TOF MS Thermal modulation of petroleum samples in GCxGC TOFMS analyses are explored.
Sulfur Fertilizers S832DR
Metabolomic Analysis of Human Urine through GC-TOFMS A workflow for metabolomic analysis of human urine samples is explored.
Urine SRMs GCxGC-HRT-TOFMS
Determining High-Concentration Aromatic Compounds in Gasolines (ASTM D5769) Using CG-TOFMS International Symposium on Chromatography (ISC) 2016ASTM D5769 is a widely accepted standard method used in the petroleum industry for determination of benzene, toluene, and total aromatics in finished gasolines by GC-MS. A common difficulty encountered with this method is the concern with saturation of the ion source, which leads to nonlinearity in calibration curves, especially for the quantification of the high-concentration aromatics, such as toluene.
Fuel Washing BT-GC-TOFMS
Increasing Resolution in Multi-Reflecting TOFMS with Folded Flight Path Recent advancements in High Resolution Time-of-Flight Mass Spectrometry based on the Multi-Reflecting design of LECO's Folded Flight Path mass analyzers are presented.
Sub-Picogram Detection and Identification of Analytes using GC-TOFMS Yeast is difficult to study due to chemical and physical complexities of metabolites and wide concentration ranges. High-Resolution GC and GCxGC can provide efficient analysis of these complex samples.
Food Beverage Compendium BT-GC-TOFMS
Fatty Acids BT-GC-TOFMS
Targeted Screening and Non-Targeted Characterization of Allergens in Personal Care Products Contact allergens in perfumes and personal care products are analyzed.
Environmental EFP GCxGC-HRT-TOFMS RIVA 2016

Organic Compounds Water EPA 525.2 BT-GC-TOFMS

Packaging Leaching GC-TOFMS

ASMS 2017

Accurate Deconvolution by Exploiting Differential Expressions

ASMS 2017A set of chromatography-mass spectrometry data for multiple related samples may be considered as a tensor with spectral, retention, and experimental dimensions.

Complex Environmental Samples EFP GC-HRT+

SETAC 2017

Total Organic Carbon (TOC) Analysis of Soil and Rock Comparing Various Elemental Analysis Techniques

Optimizing TruMac total protein combustion instrument for lowest cost-per-analysis

Pesticide Residue BT-GC-TOFMS

Organic Compounds EPA8270 BT-GC-TOFMS

High-Temperature Petroleum Analysis using GCxGC TOF MS

Thermal modulation of petroleum samples in GCxGC TOFMS analyses are explored.

Sulfur Fertilizers S832DR

Metabolomic Analysis of Human Urine through GC-TOFMS

A workflow for metabolomic analysis of human urine samples is explored.

Urine SRMs GCxGC-HRT-TOFMS

Determining High-Concentration Aromatic Compounds in Gasolines (ASTM D5769) Using CG-TOFMS

International Symposium on Chromatography (ISC) 2016ASTM D5769 is a widely accepted standard method used in the petroleum industry for determination of benzene, toluene, and total aromatics in finished gasolines by GC-MS. A common difficulty encountered with this method is the concern with saturation of the ion source, which leads to nonlinearity in calibration curves, especially for the quantification of the high-concentration aromatics, such as toluene.

Fuel Washing BT-GC-TOFMS

Increasing Resolution in Multi-Reflecting TOFMS with Folded Flight Path

Recent advancements in High Resolution Time-of-Flight Mass Spectrometry based on the Multi-Reflecting design of LECO's Folded Flight Path mass analyzers are presented.

Sub-Picogram Detection and Identification of Analytes using GC-TOFMS

Yeast is difficult to study due to chemical and physical complexities of metabolites and wide concentration ranges. High-Resolution GC and GCxGC can provide efficient analysis of these complex samples.

Food Beverage Compendium BT-GC-TOFMS

Fatty Acids BT-GC-TOFMS

Targeted Screening and Non-Targeted Characterization of Allergens in Personal Care Products

Contact allergens in perfumes and personal care products are analyzed.

Environmental EFP GCxGC-HRT-TOFMS

RIVA 2016