A Single Hydroxyl Mutation Triggers Helicity Switch, Pitch Compression, and Superior Mechanical Properties in Topochemically Synthesized Helical Polymer Crystal

The data set corresponds to the paper entitled "A Single Hydroxyl Mutation Triggers Helicity Switch, Pitch Compression, and Superior Mechanical Properties in Topochemically Synthesized Helical Polymer Crystal"

Fig_2d_files correspond to experimental and simulated PXRD patterns of the monomer.

Fig_3b_files correspond to time-dependent FT-IR analysis

Fig_3c_files correspond to time-dependent DSC analysis

Fig_3d_files correspond to time-dependent PXRD analysis

Fig_5_C_indentation files correspond to nanoindentation of monomer M and polymer P crystals

SI_Fig_S6 file corresponds to GPC analysis

NMR_monomer_M and NMR_polymer_P correspond to 1H and 13C NMR