Chemical Action Entanglement

In these conditions, the chemical bond can be unfolded by means of Stokes transformation of the loop charged quantification to its opening of the charge flux thus establishing the chemical interaction quantification  

Nevertheless, this so called chemical entanglement can be further considered at the global level through employing the electronic density p and quantum potential in ihe so called entangled chemical action func- 

Nevertheless, the above quantum-classical force balance in chemical interaction at the level of forces can be further specialized at the level of chemical action functional which is nothing else than the observable of the potential involved it provides the entangled equation of the electronic density. 

Going to the next level of chemical bonding the ligand-receptor L-R) or substrate-enzyme S-E) interactions are treated such way that the quantum (fluctuating) nature of the biomolecular reactions can be visualized by combining the relationship between the catalytic rate k J and temperature (7) with that between the reaction rate and the turnover number or the effective time of reaction (At) via Heisenberg relation, 

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Generally radical acceptors or oxidation catalysts, which effectively remove free radicals formed during milling and mixing procedures. Inter-macromolecular action leads to reduction of the entanglements between polymer molecules. Chemically activated zinc soaps. 

The idea of a chemical bond between two atoms in a molecule is akin to the classical model of a diatomic molecule, and its formation can be discussed along the same lines. The first assumption is that a pair of neighbouring atoms can be identified and isolated for study, well knowing that this action sacrifices all knowledge pertaining to overall intramolecular entanglement. 

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