Crystal engineering using the unconventional hydrogen bond. Synthesis, structure, and theoretical investigation of cyclotrigallazane

Engineering & Materials Science

• Neutron powder diffraction 100%
• Crystal engineering 95%
• Hydrogen bonds 61%
• Conformations 56%
• Single crystals 51%
• Boron compounds 40%
• Aluminum compounds 40%
• Rietveld refinement 39%
• Binding energy 35%
• X ray powder diffraction 33%
• Bond length 33%
• Electronic structure 33%
• Monomers 26%
• Boats 26%
• Spectroscopy 24%
• Ammonia 23%
• Molecules 21%
• Liquids 14%
• Chemical analysis 14%
• Gases 12%
• Temperature 8%

Medicine & Life Sciences

• Neutron Diffraction 86%
• Powder Diffraction 69%
• Hydrogen Bonding 54%
• Aluminum Compounds 40%
• Boron Compounds 38%
• trimethylamine 35%
• Ships 29%
• X-Ray Diffraction 26%
• Ammonia 25%
• Least-Squares Analysis 25%
• Mass Spectrometry 20%
• Gases 18%
• X-Rays 17%
• Temperature 16%

Chemical Compounds

• Neutron Diffraction 46%
• Gallane 38%
• Trimethylamine 27%
• Hydrogen Bond 27%
• Rietveld Refinement 22%
• Binding Energy 19%
• Intermolecular Force 19%
• Bond Length 19%
• Ammonia 17%
• Electronic State 16%
• Single Crystal X-Ray Diffraction 16%
• Elemental Analysis 16%
• Single Crystalline Solid 15%
• Mass Spectrometry 14%
• X-Ray 13%
• Monomer 13%
• Ambient Reaction Temperature 12%
• Liquid 12%
• Gas 11%
• Molecule 7%