1D chains and an open 3D network from poly(diethylamidinium) cations and polycarboxylate anions
Key Points
The study aims to explore the structural properties and conformational variations of diethylamidinium with polycarboxylate anions.
Synthesis of diethylamidinium cations and polycarboxylate anions
Characterization of structures using crystallography
Investigation of solvent and anion effects on conformation
Formation of 1D hydrogen-bonded chains
Development of open 3D networks
Conformation varies based on solvent, anion, and packing effects
Abstract
New diethylamidinium building blocks give 1D H-bonded chains and open 3D networks with polycarboxylate anions. Diethylamidinium conformation depends on solvent, anion, and crystal packing effects.
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Cite This Study
Perry-Britton et al. (Thu,) studied this question.