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3D metal-organic frameworks incorporating water-soluble tetra-p-sulfonatocalix[4]arene
Abstract
Water-soluble tetra-p-sulfonatocalix[4]arene, acting as a four-connected node, bridges the rare earth cations into a 3D porous MOF in which 1D smaller circular hydrophilic channels and larger quadratic ones are lined up along the c axis and interconnected to each other by the calixarene cavities and other interstices- 期刊论文
- MIMICKING VIRAL GEOMETRY
- COORDINATION POLYMERS
- MOLECULAR CAPSULES
- HYDROGEN STORAGE
- CROWN-ETHERS
- COMPLEXES
- CONFINEMENT
- ARRAYS
- ADSORPTION
- BILAYERS
- Coordination polymers
- Hydrogen as fuel
- Crown ethers
- Complexes
- Imprisonment
- arrays
- Adsorption
- Bilayers
- Chelate polymers
- Hydrogen energy
- hydrogen economy
- hydrogen production
- biohydrogen production
- hydrogen storage
- Macrocyclic polyethers
- Linear complexes
- --Biography--Imprisonment
- --Imprisonment, [dates]
- Incarceration
- Confinement
- superconducting arrays
- 吸附
- Sorption
- Absorption
- Chemisorption
- physisorption
- accommodation coefficient
- gas-surface interactions
- ADSORPTION (DEUTSCH)
- ADSORPTION (FRANCAIS)
- cryosorption
- Adsorbents
- Absorption (chemistry)
- 吸附作用