Abstract:Coordination polymer nanotubes have been prepared by using the Hg2+-mediated co-assembly of two ligands, tetrapyridylporphine (TPyP) and tris(4-pyridyl)-1,3,5-triazine (TPyTa), at the water-chloroform interface.
“…The same group also used H 2 TPyP molecules with different assembly-mediating metal ions (Cd 2+ , PtCl 6 2-/ PtCl 4 2-, Ag + , and Hg 2+ ). [58][59] It should be noted that, in this case, the metal ion aqueous solution was added onto the H 2 TPyP chloroform solution. In this procedure, the order of the layers is inverted relative to that in the general LB fabrication method.…”
Section: Methods For Preparing Langmuir-blodgett Filmsmentioning
Keywords: Metal-organic frameworks / Coordination polymers / Porphyrinoids / Nanostructures / Thin films Controlling the size and the growth direction of porous hybrid objects -metal-organic frameworks (MOFs) or porous coordination polymers (PCPs) -at the nanoscale is a critical issue for enabling their use in a number of potential applications that have arisen from the current remarkable activity in studying such porous materials. This microreview describes the recent progress in the design, growth, and characteriza-
“…The same group also used H 2 TPyP molecules with different assembly-mediating metal ions (Cd 2+ , PtCl 6 2-/ PtCl 4 2-, Ag + , and Hg 2+ ). [58][59] It should be noted that, in this case, the metal ion aqueous solution was added onto the H 2 TPyP chloroform solution. In this procedure, the order of the layers is inverted relative to that in the general LB fabrication method.…”
Section: Methods For Preparing Langmuir-blodgett Filmsmentioning
Keywords: Metal-organic frameworks / Coordination polymers / Porphyrinoids / Nanostructures / Thin films Controlling the size and the growth direction of porous hybrid objects -metal-organic frameworks (MOFs) or porous coordination polymers (PCPs) -at the nanoscale is a critical issue for enabling their use in a number of potential applications that have arisen from the current remarkable activity in studying such porous materials. This microreview describes the recent progress in the design, growth, and characteriza-
“…Hence, the slow diffusion of the reagents between two immiscible phases leads to a very efficient interfacial reaction and provide a defect-free junction. The slow diffusion of TPyP-TPyTa (TPyP = Tetrapyridylporphyrine; TPyTa = tris(4-pyridyl)1,3,5-triazine) chloroform solution into a HgCl 2 aqueous solution at room temperature leads to well-defined nanotube structures with a diameter about 60-80 nm and wall thickness about 15-25 nm [195].…”
“…Moreover, the self-assembly at the air-solid interface has been successfully used to control the molecular arrangement in two dimensions [45,46]. Recently, metal-mediated multiporphyrin nanocrystals and coordination polymer nanotubes of tetrapyridylporphin compounds have been successfully grown at the water-chloroform interface [47,48].…”
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