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Evaluating hydrogen‐bond donor strength
Journal of Pharmaceutical Sciences, 2000A parameter that measures hydrogen-bond donor (HBD) strength of solutes is useful in modeling many biological interactions. The solvents octanol and chloroform, have about equal HBD strength and thus will accommodate the hydrogen-bond acceptor (HBA) groups in solutes about equally well.
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TDS: Bond Nature and Bond Strength
2014TDS features and work function change coincidently demonstrate four-stage bond forming kinetics and associated valence charge relaxation. The four stages include the following: (1) O1− formation, (2) O1− transition O2− with sp-orbit hybridization, (3) tetrahedron relaxation, and (4) dipole annihilation upon oxygen overdosing.
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Concrete-to-concrete bond Strength: A review
Construction and Building Materials, 2023Mohamed Elchalakani
exaly
1978
In the last chapter, in the section on molecular theories of fracture, almost throughout an Arrhenius equation has been used to describe the activation of element breakage. The energy of activation, U0, frequently turned out to be equal to (or was assumed to be equal to) the dissociation energy of the weakest main chain bond.
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In the last chapter, in the section on molecular theories of fracture, almost throughout an Arrhenius equation has been used to describe the activation of element breakage. The energy of activation, U0, frequently turned out to be equal to (or was assumed to be equal to) the dissociation energy of the weakest main chain bond.
openaire +1 more source