O hydrogen bonds, resulting in inversion-symmetry generated dimers.
O hydrogen bonds, which link the molecules into a chain parallel to the b axis. O hydrogen bonds, resulting in inversion-symmetry generated dimers.
N hydrogen bonds into linear chains.
S interactions, leading to the formation of a linear chain. An intramolecular hydrogen bond occurs between the oxazole and hydroxy groups. Apart from the hydroxy group, the molecule is essentially planar.
One DTQ molecule is surrounded by six DMA molecules in the crystal structure.
O hydrogen bonds help to stabilize the structure.
O hydrogen-bonded chains along the b axis.
N hydrogen bonds into linear chains.
O hydrogen bonds rings into stepped sheets. Each conformer resides on a centre of inversion.
N hydrogen-bonding interactions results in the formation of a dimer. The molecule is approximately planar for all non-H atoms.
These dimers are located around centres of inversion.
Cl hydrogen bonds link cations and anions to form one-dimensional ladders propagating in the a-axis direction. O hydrogen bonding involving the water molecules located on a twofold axis links the complex molecules into a three-dimensional network.
The geometry of the complex is comparable to that in a previously reported nitrate salt.
O hydrogen bonds, resulting in inversion-symmetry generated dimers. O hydrogen bond is favoured by the syn conformation of both carboxyl groups.
O hydrogen bonds help to stabilize the structure.