A highly nanoporous material has been obtained by self-assembly of calixarene and porphyrin building blocks. This supramolecular zeolite-like structure was successively functionalized by diffusion and coordination of metal ions to form a new bifunctionalized nanoporous material containing a porphyrinic pigment together with a metal center
The self-assembly properties in the solid state of tectons derived from the reaction of calix[4]aren...
Molecularly engineered superlattice hybrids consisting of periodic and alternating cores of porphyri...
Linear assemblies of porphyrins linked by metal ions were prepared both in solution and at an HOPG/p...
A new multicomponent material with nanoporous structure has been synthesized by co-crystallization o...
A new multicomponent material with nanoporous structure has been synthesized by co-crystallization o...
he assembly of molecular building blocks with metal ions genera-ting microporous network solids has ...
Two crystalline compounds based on the Zn-tetra (4-carboxyphenyl)porphyrin building block have been ...
This Minireview focuses on the very recent developments in the field of porphyrin-based self-assembl...
Porous substances such as metal–organic frameworks (MOFs), covalent organic frameworks (COFs) and ze...
Using scanning tunneling microscopy, the coordination self-assembly of a series of peripheral bromo-...
The challenge of building functional, hollow, metal-linked supramolecules that can begin to mimic th...
The crystal structures of [Mg(TMPP)] (1) and [Zn(TMPP)] (2) (TMPP = 3,4,5-trimethoxyphenylporphyrin)...
The self-assembly properties of the proximal p-tert-butylcalix[4]dihydroquinone compound have been s...
Calix[4]arenes equipped with two and four zinc porphyrins have been prepared, and they show remarkab...
Positively charged, synthetic chrysotile nanotubes act as inorganic tectons supporting H- and J-type...
The self-assembly properties in the solid state of tectons derived from the reaction of calix[4]aren...
Molecularly engineered superlattice hybrids consisting of periodic and alternating cores of porphyri...
Linear assemblies of porphyrins linked by metal ions were prepared both in solution and at an HOPG/p...
A new multicomponent material with nanoporous structure has been synthesized by co-crystallization o...
A new multicomponent material with nanoporous structure has been synthesized by co-crystallization o...
he assembly of molecular building blocks with metal ions genera-ting microporous network solids has ...
Two crystalline compounds based on the Zn-tetra (4-carboxyphenyl)porphyrin building block have been ...
This Minireview focuses on the very recent developments in the field of porphyrin-based self-assembl...
Porous substances such as metal–organic frameworks (MOFs), covalent organic frameworks (COFs) and ze...
Using scanning tunneling microscopy, the coordination self-assembly of a series of peripheral bromo-...
The challenge of building functional, hollow, metal-linked supramolecules that can begin to mimic th...
The crystal structures of [Mg(TMPP)] (1) and [Zn(TMPP)] (2) (TMPP = 3,4,5-trimethoxyphenylporphyrin)...
The self-assembly properties of the proximal p-tert-butylcalix[4]dihydroquinone compound have been s...
Calix[4]arenes equipped with two and four zinc porphyrins have been prepared, and they show remarkab...
Positively charged, synthetic chrysotile nanotubes act as inorganic tectons supporting H- and J-type...
The self-assembly properties in the solid state of tectons derived from the reaction of calix[4]aren...
Molecularly engineered superlattice hybrids consisting of periodic and alternating cores of porphyri...
Linear assemblies of porphyrins linked by metal ions were prepared both in solution and at an HOPG/p...