It can be seen from Fig. 3 that, in the cocrystal space, two INH molecules link each other via robust hydrazide-hydrazide supramolecular synthon (N3···N2(H2A), 2.205(3)) to form a hydrogen bonding homodimer. Then, the homodimers and two SYA molecules are arranged alternately linked by hydrogen bonds (N1···O4(H4), 1.914(3) and O6···O2(H2), 1.913(3) to form a ring structure containing six molecules (R66(40)). All these supramolecular motifs form a two-dimensional grid parallelling to (2 1 1) crystal plane. Consequentially, these grids are further extended into the three-dimensional architecture of the cocrystal
It can be seen from Fig. 3 that, in the cocrystal space, two INH molecules link each other via robust <br>hydrazide-hydrazide supramolecular synthon (N3···N2(H2A), 2.205(3)) to form a hydrogen <br>bonding homodimer. Then, the homodimers and two SYA molecules are arranged alternately linked <br>by hydrogen bonds (N1···O4(H4), 1.914(3) and O6···O2(H2), 1.913(3) to form a ring structure <br>containing six molecules (R66(40)). All these supramolecular motifs form a two-dimensional grid <br>parallelling to (2 1 1) crystal plane. Consequentially, these grids are further extended into the <br>three-dimensional architecture of the cocrystal
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