Cameron J G Wilson

Publication Activity (10 Years)

Years Active: 2022-2024
Publications (10 Years): 6

Top Topics

Particulate Matter

Gene Expression

Molecular Dynamics

Top Venues

Crystal growth & design

Acta crystallographica Section B, Structural science, crystal engineering and materials

This page only lists publications with an associated author ORCID identifier.

Publications

Cameron J G Wilson, Jan Plesniar, Heike Kuhn, Jeff Armstrong, Peter A Wood, Simon Parsons
The Advantages of Flexibility: The Role of Entropy in Crystal Structures Containing C-H···F Interactions. Crystal growth & design 24 (5) (2024)
Cameron J G Wilson, Jan Plesniar, Heike Kuhn, Jeff Armstrong, Peter A Wood, Simon Parsons
The Advantages of Flexibility: The Role of Entropy in Crystal Structures Containing C-H···F Interactions. Crystal growth & design 24 (5) (2024)
Edward T Broadhurst, Cameron J G Wilson, Georgia A Zissimou, Mayra A Padrón Gómez, Daniel M L Vasconcelos, Christos P Constantinides, Panayiotis A Koutentis, Alejandro Pedro Ayala, Simon Parsons
The Effect of High Pressure on Polymorphs of a Derivative of Blatter's Radical: Identification of the Structural Signatures of Subtle Phase Transitions. Crystal growth & design 23 (3) (2023)
Edward T Broadhurst, Cameron J G Wilson, Georgia A Zissimou, Mayra A Padrón Gómez, Daniel M L Vasconcelos, Christos P Constantinides, Panayiotis A Koutentis, Alejandro Pedro Ayala, Simon Parsons
The Effect of High Pressure on Polymorphs of a Derivative of Blatter's Radical: Identification of the Structural Signatures of Subtle Phase Transitions. Crystal growth & design 23 (3) (2023)
Edward T Broadhurst, Cameron J G Wilson, Georgia A Zissimou, Fabio Nudelman, Christos P Constantinides, Panayiotis A Koutentis, Simon Parsons
A first-order phase transition in Blatter's radical at high pressure. Acta crystallographica Section B, Structural science, crystal engineering and materials 78 (Pt 2) (2022)
Cameron J G Wilson, Tomas Cervenka, Peter A Wood, Simon Parsons
Behavior of Occupied and Void Space in Molecular Crystal Structures at High Pressure. Crystal growth & design 22 (4) (2022)