The distribution of forces along stretched polymer chains by cooperative or anti-cooperative activation of mechanophores has never been explored since there are current limitations in designing a suitable mechanophore for force distribution quantification and the suitable chemical system for the experimental demonstration. In order to explore this question, a novel mechanophore, stiff stilbene, was designed, synthesized and incorporated into a linear polymer chain. The study aims to assess its force-coupled reactivity using SMFS and use this information to describe the force distribution within a more complex polymer architecture
AbstractIn the past five years, the field of covalent polymer mechanochemistry has experienced a ren...
The use of mech. force to selectively activate covalent bond transformations is emerging as a powerf...
We demonstrate an accurate prediction of the micromechanical behavior of a single chain of cycloprop...
Chemomechanics is an emerging area at the interface of chemistry, materials science, physics, and bi...
AbstractThe exciting field of polymer mechanochemistry has made great empirical progress in discover...
Thesis (Ph.D.)--University of Washington, 2015The translation of mechanical force to specific chemic...
The fact that the application of mechanical force to materials can change the reactivity of their co...
The rapidly emerging field of polymer mechanochem. creates new opportunities to understand and explo...
Traditionally, chemical reactions are driven by thermal, chemical, or electrical potential. By link...
Research on material properties enables continuous improvement of known materials and the design of ...
Internal molecular forces can guide chemical reactions, yet are not straightforwardly accessible wit...
Mechanophores are mols. that undergo selective chem. transformations in response to applied mech. fo...
Polymer mechanochemistry is an exciting, rapidly developing field however it lacks detailed studies ...
Polymer mechanochemistry offers a unique approach to promote chemical reactions in polymeric materia...
<p>The coupling of mechanical stress fields in polymers to covalent chemistry (polymer mechanochemis...
AbstractIn the past five years, the field of covalent polymer mechanochemistry has experienced a ren...
The use of mech. force to selectively activate covalent bond transformations is emerging as a powerf...
We demonstrate an accurate prediction of the micromechanical behavior of a single chain of cycloprop...
Chemomechanics is an emerging area at the interface of chemistry, materials science, physics, and bi...
AbstractThe exciting field of polymer mechanochemistry has made great empirical progress in discover...
Thesis (Ph.D.)--University of Washington, 2015The translation of mechanical force to specific chemic...
The fact that the application of mechanical force to materials can change the reactivity of their co...
The rapidly emerging field of polymer mechanochem. creates new opportunities to understand and explo...
Traditionally, chemical reactions are driven by thermal, chemical, or electrical potential. By link...
Research on material properties enables continuous improvement of known materials and the design of ...
Internal molecular forces can guide chemical reactions, yet are not straightforwardly accessible wit...
Mechanophores are mols. that undergo selective chem. transformations in response to applied mech. fo...
Polymer mechanochemistry is an exciting, rapidly developing field however it lacks detailed studies ...
Polymer mechanochemistry offers a unique approach to promote chemical reactions in polymeric materia...
<p>The coupling of mechanical stress fields in polymers to covalent chemistry (polymer mechanochemis...
AbstractIn the past five years, the field of covalent polymer mechanochemistry has experienced a ren...
The use of mech. force to selectively activate covalent bond transformations is emerging as a powerf...
We demonstrate an accurate prediction of the micromechanical behavior of a single chain of cycloprop...