Why is Ti(bpy) (CH3)4 Much more thermally stable than Ti(CH3)4?

Why is Ti(bpy) (CH3)4 Much more thermally stable than Ti(CH3)4?

Science and Technology 7:29:00 AM

In Ti(CH3)4 the metal is coordinatively unstaurated and the coordination sites required for decomposition reaction are …

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Why is Ti(bpy) (CH3)4 Much more thermally stable than Ti(CH3)4?

Why is Ti(bpy) (CH3)4 Much more thermally stable than Ti(CH3)4?

Science and Technology 7:28:00 AM

In Ti(CH3)4 the metal is coordinatively unstaurated and the coordination sites required for decomposition reaction are …

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Why is the metallic atom in low oxidation state in metallic carbonyls?

Why is the metallic atom in low oxidation state in metallic carbonyls?

Science and Technology 7:28:00 AM

The metal atom in metal  carbonyls is in low oxidation state. This is because if the fact that there is a higher electr…

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