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Get the free Molecular Structure of [(O)2 Re(bipyridine)(pyridine) (C104 ) - dtic

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This technical report details the findings from a crystalline structure investigation of a d2 metal complex, focusing on its electrochemical properties, spectral differences, and molecular configuration.
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How to fill out Molecular Structure of [(O)2 Re(bipyridine)(pyridine) (C104 )

01
Gather all necessary materials including the chemical structure of the compound and relevant software or drawing tools.
02
Start by identifying the central metal atom, which in this case is Rhenium (Re).
03
Represent the two oxo (O) groups attached to the Re atom. Ensure the correct bonding geometry is maintained.
04
Next, include the bipyridine ligands. Draw the bipyridine structure and indicate how it coordinates to the Re atom.
05
Add the pyridine molecule, ensuring its attachment to the metal center is clear.
06
Incorporate the C104 group in the structure, ensuring it is represented as a proper ligand.
07
Double-check all bonds and angles to verify accuracy of the molecular structure.
08
Finally, label each component clearly and ensure the entire structure is well-organized for presentation.

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01
Chemists who work in coordination chemistry or materials science.
02
Researchers studying the properties of Rhenium-containing compounds.
03
Students learning about molecular structures in advanced chemistry courses.
04
Professionals in pharmaceuticals looking for potential applications of Re complexes.
05
Academics publishing research on new synthetic methods involving metal complexes.
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2, 2-Dipyridyl is a bidentate ligand and also causes chelation while rest other are monodentate.
The crystal structure of 2,2'-bipyridine has been determined by single-crystal methods. The unit cell is monoclinic with a ---- 5.66, b = 6.24, c ---- 13.46 A, fl ~- 118° 44'. The space group is P21/c-C~a, and there are two molecules per unit cell.
The crystal structure of 2,2'-bipyridine has been determined by single-crystal methods. The unit cell is monoclinic with a ---- 5.66, b = 6.24, c ---- 13.46 A, fl ~- 118° 44'. The space group is P21/c-C~a, and there are two molecules per unit cell.
2,2′-Bipyridine (bipy or bpy, pronounced /ˈbɪpiː/) is an organic compound with the formula (C 5H 4N) 2. This colorless solid is an important isomer of the bipyridine family. It is a bidentate chelating ligand, forming complexes with many transition metals.
2, 2-Dipyridyl is a bidentate ligand and also causes chelation while rest other are monodentate.

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The molecular structure of [(O)2 Re(bipyridine)(pyridine)(C104)] consists of a rhenium (Re) atom coordinated to two oxo groups (O), one bipyridine ligand, one pyridine ligand, and a C104 group. The coordination sphere around the rhenium center defines the geometry and bonding characteristics of the compound.
Researchers, chemists, or entities involved in the synthesis, analysis, or application of the compound [(O)2 Re(bipyridine)(pyridine)(C104)] may be required to file its molecular structure, especially for purposes related to publication, patent applications, or regulatory submissions.
To fill out the molecular structure, one must provide details such as the chemical formula, the connectivity of atoms, bond angles, bond lengths, and the spatial arrangement of ligands around the central rhenium atom. Diagrams or computational models may be used to illustrate the structure.
The purpose of documenting the molecular structure is to provide a clear representation of the compound for scientific communication, to facilitate further study on its chemical properties, and to aid in understanding its reactivity and potential applications in various fields such as catalysis or materials science.
The information that must be reported includes the chemical composition (molecular formula), structural formula, coordination details, bond angles and lengths, empirical data from spectroscopic methods, and any relevant crystallographic data if available.
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