A characterization method and model for predicting coal conversion behaviourPeter R. Solomon; David G. Hamblen; Michael A. Serio; Zhen-Zhong Yu; Sylvie Charpenay · 1993

Comment on ‘A characterization method and model for predicting coal conversion behaviour’ by Solomon et al. Fuel 1993, 72, 469Alan Herod; Rafael Kandiyoti · 1994

Molecular graph fingerprint: a new molecular structural characterization method for the modelling and prediction of chromatographic retention behaviour of several persistent organic pollutantsYang, S.; Tian, F.; Li, Z. · SAR and QSAR in Environmental Research · 2008

[Society of Petroleum Engineers SPE/EAGE Reservoir Characterization and Simulation Conference - Abu Dhabi, UAE (2009-10-19)] SPE/EAGE Reservoir Characterization and Simulation Conference - A Simple Method for Accurate Prediction of Temperature Drops in Natural Gas Production Systems for Black-Oil ModelsBahadori, Alireza; Vuthaluru, Hari

Very rapid coal pyrolysisPeter R. Solomon; Michael A. Serio; Robert M. Carangelo; James R. Markham · 1986

Measurement and modeling of lignin pyrolysisMichael A. Serio; Sylvie Charpenay; Rosemary Bassilakis; Peter R. Solomon · 1994

Network models of coal thermal decompositionPeter R. Solomon; David G. Hamblen; Zhen-Zhong Yu; Michael A. Serio · 1990

Coal pyrolysis: Experiments, kinetic rates and mechanismsPeter R. Solomon; Michael A. Serio; Eric M. Suuberg · 1992

Models of tar formation during coal devolatilizationPeter R. Solomon; David G. Hamblen; Robert M. Carangelo; Michael A. Serio; Girish V. Deshpande · 1988

The prediction of coal char reactivity under combustion conditionsSylvie Charpenay; Michael A. Serio; Peter R. Solomon · 1992

A general model for devolatilization of large coal particlesYuxin Zhao; Michael A. Serio; Peter R. Solomon · 1996

A characterization method and model for predicting coal conversion behaviourPeter R. Solomon; David G. Hamblen; Michael A. Serio; Zhen-Zhong Yu; Sylvie Charpenay · 1993