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A cutting-edge approach to atomic-level imaging of nonconjugated polymers

A cutting-edge approach

to atomic-level imaging of non-conjugated polymers

A seminal study led by Dr Evelina Liarou on the atomic-level imaging of polymers and their fundamentals, has just been published in the Journal of the American Chemical Society.

 

Woman at computer in front of a electron microscope

Dr Liarou, a Leverhulme Early Career Fellow and former EUTOPIA Science and Innovation Fellow at Warwick said,

“This multidisciplinary work brings together researchers across different fields, institutions and departments, with the aim to understand polymers at the smallest possible scale . It bridges the long-standing gap between advanced electron microscopy and polymers and presents the first approach towards the atomic-level imaging of polymers that were thus far inaccessible in the sub-nano scale.”

By strategically combining metal-rich polymers and ADF-STEM imaging, macromolecular fundamentals i.e., molecular weight and dispersity were determined with high precision. Importantly, the research shows that widely used polymers, e.g., poly(methyl acrylate), can be derivatized and imaged on the sub-nano level, thus expanding the scope of advanced electron microscopy imaging towards commodity polymers.

Read the JACS article at https://pubs.acs.org/doi/10.1021/jacs.4c13812Link opens in a new window