Structural isomerism of an anionic nanoporous In-MOF with interpenetrated diamond-like topology

Chemical Compounds

• Diamond 59%
• Nanoporosity 59%
• Chemical Transformation 40%
• N,N-Dimethylformamide 31%
• Counterion 28%
• Ligand 27%
• X-Ray Crystallography 26%
• Powder X-Ray Diffraction 23%
• Dimension 23%
• Thermogravimetric Analysis 22%
• Elemental Analysis 22%
• Sorption 22%
• Compound Isomer 21%
• Porosity 18%
• Gas 16%
• Crystal Structure 15%
• Solvent 14%
• Ion 12%

Physics & Astronomy

• ligands 63%
• topology 55%
• diamonds 50%
• counters 37%
• ion distribution 26%
• crystallography 24%
• sorption 23%
• isomers 20%
• x rays 18%
• cations 17%
• activation 16%
• crystal structure 16%
• porosity 15%
• diffraction 11%
• gases 10%
• metals 10%
• ions 9%

Engineering & Materials Science

• Metalorganic frameworks 100%
• Diamonds 63%
• Topology 42%
• Ligands 36%
• Crystalline materials 18%
• X ray crystallography 15%
• Dimethylformamide 14%
• Radiation counters 14%
• X ray powder diffraction 13%
• Isomers 13%
• Crystal structure 11%
• Positive ions 11%
• Sorption 10%
• Thermogravimetric analysis 10%
• Ions 8%
• Chemical activation 8%
• Porosity 7%
• Chemical analysis 5%
• Metals 5%
• Gases 5%