| 41. | The metal complex must be electron deficient in nature, allowing it to accept electrons from the superoxide.
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| 42. | Diastereotopic hydrogens in a chiral metal complex.
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| 43. | TMEDA is still capable of forming a metal complex with Li in this case as mentioned above.
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| 44. | In general this makes the colours of lanthanide complexes far fainter than those of transition metal complexes.
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| 45. | Another method is by metathesis reaction between a metal Triflimidate and another metal complex by metal exchange.
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| 46. | Enantiopure chiral ligands or their metal complexes have been incorporated into MOFs to lead to efficient asymmetric catalysts.
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| 47. | LMCT bands are observed in the visible region of a spectrum for many high oxidation state metal complexes.
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| 48. | Tributylphosphine most commonly encountered as a ligand in transition metal complexes of transition metals in low oxidation states.
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| 49. | ET reactions commonly involve transition metal complexes, but there are now many examples of ET in organic chemistry.
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| 50. | Some metal complexes are formed virtually irreversibly and many are bound together by bonds that are quite strong.
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