Fig. 1: Structural and electronic properties of the HKL MOF. | Communications Chemistry

Fig. 1: Structural and electronic properties of the HKL MOF.

From: A p-orbital honeycomb-Kagome lattice realized in a two-dimensional metal-organic framework

Fig. 1

a An overview STM image of monolayer \({({{{{{\rm{HAT}}}}}}-{{{{{{\rm{Fe}}}}}}}_{3})}_{2}{({{{{{\rm{Fe}}}}}}-{{{{{\rm{DPyP}}}}}})}_{3}\) coordination network grown on Au (111) substrate. b A high-resolution STM showing the network structure with molecular models and a honeycomb-Kagome lattice overlaid. C, N, H, and Fe atoms are gray, blue, white, and purple, respectively. c Site-specific tunneling spectra acquired at Fe-DPyP and HAT. Insert: a tunneling spectrum acquired at the center of Fe-DPyP, the gray spectrum is acquired at the center of a metal-free DPyP.

Back to article page