M. C. Díaz

发表

Determination of the Effect of Different Additives in Coking Blends Using a Combination of in Situ High-Temperature 1H NMR and Rheometry

J. Patrick, C. Snape, T. C. Drage, 2005 .

Investigation of the fluid behavior of asphaltenes and toluene insolubles by high-temperature proton nuclear magnetic resonance and rheometry and their application to visbreaking

C. Snape, James Barker, C. Uguna, 2016 .

Degradation of mangrove tissues by arboreal termites (Nasutitermes acajutlae) and their role in the mangrove C cycle (Puerto Rico): Chemical characterization and organic matter provenance using bulk δ13C, C/N, alkaline CuO oxidation‐GC/MS, and solid‐state 13C NMR

B. Horton, C. Vane, V. Moss-Hayes, 2013 .

Study of biological stabilization processes of cattle and poultry manure by thermogravimetric analysis and (13)C NMR.

C. Snape, A. Morán, X. Gómez, 2007, Chemosphere.

Maximising carbon nanofiber and hydrogen production in the catalytic decomposition of ethylene over an unsupported Ni-Cu alloy

C. Snape, M. C. Díaz, James M. Blackman, 2008 .

Characterisation of Coke on Deactivated Hydrodesulfurisation Catalysts and a Novel Approach to Catalyst Regeneration

R. Hughes, C. Snape, M. C. Díaz, 2001 .

Understanding the mechanisms behind coking pressure: Relationship to pore structure

C. Snape, M. Mahoney, K. Steel, 2007 .

Understanding the unusual fluidity characteristics of high ash Indian bituminous coals

P. S. Dash, C. Snape, S. Chandra, 2018, Fuel Processing Technology.

Determination of the Effects Caused by Different Polymers on Coal Fluidity during Carbonization Using High-Temperature 1H NMR and Rheometry

J. Patrick, C. Snape, K. Steel, 2008 .

The Effect of Biomass on Fluidity Development in Coking Blends Using High-Temperature SAOS Rheometry

Anthony Dufour, Colin E. Snape, A. Dufour, 2012 .

Evidence for network formation during the carbonization of coal from the combination of rheometry and 1H NMR techniques

J. Patrick, C. Snape, K. Steel, 2006 .

Use of rheometry and 1H NMR spectroscopy for understanding the mechanisms behind the generation of coking pressure

J. Patrick, C. Snape, K. Steel, 2004 .

Influence of thermoplastic properties on coking pressure generation: Part IV – Further evidence of the role of bubble coalescence in the mechanism for pressure generation

C. Snape, M. Mahoney, K. Steel, 2014 .

Use of high-temperature, high-torque rheometry to study the viscoelastic properties of coal during carbonization

C. Snape, K. Steel, M. C. Díaz, 2007 .

THE VISCOELASTIC BEHAVIOUR OF COALS DURING PYROLYSIS

J. Patrick, C. Snape, K. Steel, 2004 .

Reuse of Fried Oil to Obtain Biodiesel: Zeolites Y as a Catalyst

M. E. Borges, A. Brito, R. Arvelo, 2007 .

The shear-rate dependent viscoelastic properties of coal during carbonisation

C. Snape, K. Steel, M. C. Díaz, 2007 .