- 1975 Precursor to the Dual Split Statistics: J.P. Ibar's PhD Thesis at MIT:
The first system of equations describing the concepts of what I then called the "Energetic Kinetic Theory" was written at MIT in 1975.
The whole thesis (600 pages) is downloadable in pdf format. Go to the bottom of this page and use the arrow at the bottom right to download "JPIMITthesis.zip" . The Table of Contents is found at pages 6,7,8,9 of the zipped file. The preface of my new book (The Physics of Polymer Interactions, HANSER (2019)) explains the controversy surrounding my graduation at the last minute.
- 1981. Introduction of the Dissipative term in the dual-split equations: the Dual-Split Kinetics.
The systems are closed and there is no mechanical deformation. The new statistics is used to study non-linearity in relaxation kinetics providing alternative explanations to the stretched exponential models and to Kovacs' models.
- 1993. Explanation of compensation phenomena (interactive coupling) exhibited in thermal stimulated relaxation experiments by the Dual-Split- Kinetic model.
- 1996. Introduction to Open dissipative interactive systems: compensation dynamics between the size of the systems and their variable potential energy.
- 1998. Cross-Dual-Split-System Statistics.
Definition of macrocoils. Determination of the effect of the size of macrocoils on the number of dual-phases present: splitting of the dual-phases into two groups beyond a critical size: definition of the entanglement network.
- 1999. Solution of the Crossed-Dual-Phase Statistics for mechanical deformation.
- 2008. Generalisation of the equations into the Grain-Field-Statistics. Definition of Grain-Field potential energy.
- 2011. Application of the Grain-Field-Statistics to melt flow. Stability of entanglements; disentanglement/re-entanglement. Entanglement non-equilibrium states.
- 2011. Pink-Flow technology. How to generate non-equilibrium liquid states by thermal-mechanical-chemical history processing (2nd generation Rheo-Fluidification).