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Keyword [magnetic relaxation]
Result: 21 - 40 | Page: 2 of 4
21. Detection Of Listeria Monocytogenes By T1 Mode In Low Field Magnetic Resonance Detection
22. Syntheses,Structures And Magnetic Properties Of Lanthanide Complexes Based On 8-hydroxyquinoline Schiff Base
23. Magneto-Structural Correlations In Polynuclear Dysprosium(?) Single-Molecule Magnets
24. Synthesis,Crystal Structure And Properties Of Metal-organic Coordination Polymers Based On 4-(Benzimidazole-1-y1)benzoic Ligand
25. Synthese And Single-molecule Magnet Properties Of Dinuclear Lanthanide-carboxylate Coordination Compounds
26. Synthesis And Characterization Of Low-nuclear 4f,High-nuclear 3d-4f Complexes
27. Relaxation Regulation Of Oxygen Bridged Dinuclear Ruthenium Molecular Magnets
28. Construction Of Self-assembly Probe Based On Fe 3 O 4 And Its Application In Hydrogen Sulfide Detection
29. Schiff Base D/f Single Molecule Magnet Spin Center Coordination Potential Optimization
30. Construction And Magnetic Relaxation Dynamics Study Of Dysprosium Single-molecule Magnets Based On Acylhydrazone Schiff Base
31. Synthesis,Structure And Properties Of Complexes With Slow Magnetic Relaxation Behavior
32. Modification Of The Structures And Properties Of 3d-4f And 4f Single-molecule Magnets Based On Different Strategies
33. Construction,structure And Magnetic Relaxation Dynamics Study Of Dysprosium Single-molecule Magnets With D4d/D5h Configuration
34. Magnetic Anisotropy And Slow Magnetic Relaxation Of Mononuclear Co(?) And Cu(?)Complexes
35. Synthese,Structures,Magnetic And Iuminescent Properties Of Lanthanide Coordination Compounds Based On Aromatic Carboxylate Ligands
36. Design, Syntheses And Magnetic Properties Of Polynuyclear Ln-based Complexes
37. Slow Magnetic Relaxation Of Complexes Containing A Single Co~? Ion
38. Design,Syntheses And Magnetic Investigations Of Low-Nuclearity Lanthanide And Mutil-Nuclear Heterometallic Complexes
39. Synthesis,Structure And Magnetic Properties Of Low-nuclearity Complexes Constructed By Rare Earth Ions
40. Analysis Of Pathogenic Bacteria Based On Magnetic Relaxation Sensing Of Iron Oxide Nanoparticles And MRI Imaging Of Self-Assembly Gadolinium Contrast Agent
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