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Following you will find referenced technical literature about this technique:

Advantages of Infrared Detection in GPC of Polyolefins.
Based on the Poster displayed at the 3rd International Conference on Polyolefin Characterization (ICPC), Shanghai, China.
A. Ortin, B. Monrabal, J. Montesinos, P. del Hierro, N. Mayo.

Application of a Multiple Linear Regression Model to Fixed Bands IR Detector Data in GPC-IR Analysis of Polyolefins.
Polyolefin Characterization, ICPC 2008. Macromolecular Symposia.
Volume 282, 2009, Pages 65-70.
A. Ortín, B. Monrabal, J. Montesinos, P. del Hierro.

Chemical Composition Analysis of Polyolefins by Multiple Detection GPC-IR5.
LCGC North America. The Application Notebook.
June 2011.
W. W. Yau, A. Ortín, P. del Hierro.

Dedication to Polyolefins.
Plastics Engineering. Society of Plastics Engineers (SPE).
September 2011. Pages 58-59.

Engineering Advances in High Temperature GPC instrumentation.
The Column.
Volume 7, Issue 7, 2011. Pages 8-15.
B. Monrabal, W. W. Yau.

High Temperature Gel Permeation Chromatograph (GPC/SEC) with integrated IR5 MCT detector for Polyolefin Analysis: a breakthrough in sensitivity and automation.
Published at The Applications Book (LCGC) Europe and North America. 2012.
B. Monrabal, J. Sancho-Tello, J. Montesinos, R. Tarín, A. Ortín, P. del Hierro, M. Bas.

High Temperature GPC Analysis of Polyolefins with Infrared Detection.
Published at The Applications Book (LCGC) North America, Europe and Asia. 2009.
B. Monrabal, J. Sancho-Tello.

Plastics Engineering and Testing.
Plastics Engineering. Society of Plastics Engineers (SPE).
October 2011. Pages 10-16.

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