High functionalization of nano-size coordination space based on itsinternal magnetic field for a specific reaction in the cavity

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A series of metal-organic molecular-based magnets which included organic molecules as reactants were synthesized, and their crystal structure and magnetic properties were studied. Hydrothermal synthesis of D-, L-, and DL-amino acid with several transition metals gave a variety of molecular-based magnets which shows ferromagneism, antiferromagnetism and weak-ferromagnetism. New chiral magnets were successfully obtained from only achiral species by spontaneously resolution of enantiomers. Magnetic measurements revealed that those magnetic structures also might be chiral.