Trends in trigonal prismatic Ln-[1]ferrocenophane complexes and discovery of a Ho3+ single-molecule magnet

Keyphrases

• Trigonal Prismatic 100%
• Ferrocenophane 100%
• Single-molecule Magnets 100%
• Twist Angle 100%
• Ho3+ 100%
• Magnetic Properties 50%
• High Sensitivity 25%
• Structural Properties 25%
• Heme oxygenase-1 (HO-1) 25%
• Electron Density 25%
• Angstrom 25%
• Compound II 25%
• Lanthanides 25%
• Transition Metal Ions 25%
• Rare Example 25%
• Observed Trends 25%
• Magnetization Reversal 25%
• Metallocenophanes 25%
• Organometallic Complexes 25%
• Kramers Ions 25%
• Ab Initio Calculations 25%
• Magnetization Dynamics 25%
• Hyperplane Separation 25%
• Axial Ligand 25%
• Er(III) 25%
• Diferrocenyl 25%
• Magnetic Relaxation Time 25%
• Ionic Radius 25%
• Structural Trends 25%
• Coordination Environment 25%
• Prolate 25%
• Slow Magnetic Relaxation 25%
• Magneto-structural Correlations 25%
• Six-coordinate 25%
• 2-Exchange 25%
• Trivalent Lanthanides 25%
• Trigonal 25%

INIS

• ions 100%
• molecules 100%
• magnets 100%
• yields 42%
• ligands 28%
• magnetization 28%
• lanthanides 28%
• magnetic properties 28%
• thf 28%
• sensitivity 14%
• increasing 14%
• comparative evaluations 14%
• geometry 14%
• barriers 14%
• relaxation 14%
• dynamics 14%
• environment 14%
• coordinates 14%
• relaxation time 14%
• electron density 14%
• transition metals 14%
• atomic radii 14%
• organometallic compounds 14%

Chemistry

• Lanthanoid Atom 100%
• Magnetic Property 100%
• Magnetic Relaxation 100%
• Electron Density 50%
• Magnetization Reversal 50%
• Magnetization Dynamics 50%
• Ab Initio Calculation 50%
• Organometallic Complexes 50%
• Transition Metal 50%
• Metal Ion 50%