2-D Correlation Spectroscopy II

Date: Monday, September 25, 2:30 pm
2-D Correlation Spectroscopy - 2DC2

Quantitative 2D IR Correlation Analysis of Dynamic Interfacial Reorganization - A Model-Based Approach; Richard Dluhy, University of Georgia

 

Two-way Multivariate Correlation as an Information Theoretic Tool for Measuring Analytical Orthogonality; Peter Harrington, Ohio University

 

Rediscovering the Power of Conventional 2DCOS with Global Phase Correlation Analysis for Studying Phase and Sample Modulation Systems; Eric  Jiang, Thermo Electron Corporation

 

Global Phase Angles for Specific Analytical Systems in Generalized Two-Dimensional Correlation Spectroscopy; Shin-ichi Morita, University of Georgia

 

Investigation of Hydrogen Bonding Microenvironments in Methanol using Density Functional Calculations and Infrared Absorption Spectroscopy; Daniel Besemann, Hamline University

 

A Theory and Applications of Perturbation-Correlation Moving-Window Two-Dimensional Correlation Spectroscopy; Shigeaki Morita, Kwansei-Gakuin University               

 

Title	Presenting Author	Date	Time
Quantitative 2D IR Correlation Analysis of Dynamic Interfacial Reorganization - A Model-Based Approach	Richard Dluhy	Mon Sep 25	2:30 pm
Two-way Multivariate Correlation as an Information Theoretic Tool for Measuring Analytical Orthogonality	Peter Harrington	Mon Sep 25	2:50 pm
Rediscovering the Power of Conventional 2DCOS with Global Phase Correlation Analysis for Studying Phase and Sample Modulation Systems	Eric Jiang	Mon Sep 25	3:10 pm
Global Phase Angles for Specific Analytical Systems in Generalized Two-Dimensional Correlation Spectroscopy	Shin-ichi Morita	Mon Sep 25	3:30 pm
Investigation of Hydrogen Bonding Microenvironments in Methanol using Density Functional Calculations and Infrared Absorption Spectroscopy	Daniel Besemann	Mon Sep 25	3:50 pm
A Theory and Applications of Perturbation-Correlation Moving-Window Two-Dimensional Correlation Spectroscopy	Shigeaki Morita	Mon Sep 25	4:10 pm

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