Coupling, influence

Much of chemistry occurs in the condensed phase solution phase ET reactions have been a major focus for theory and experiment for the last 50 years. Experiments, and quantitative theories, have probed how reaction-free energy, solvent polarity, donor-acceptor distance, bridging stmctures, solvent relaxation, and vibronic coupling influence ET kinetics. Important connections have also been drawn between optical charge transfer transitions and thennal ET. 

Numerical solutions have been presented for the impedance response of semiconducting systems that accoimt for the coupled influence of transport and kinetic phenomena, see, e.g., Bonham and Orazem. Simplified electrical-circuit analogues have been developed to account for deep-level electronic states, and a graphical method has been used to facilitate interpretation of high-frequency measurements of capacitance. The simplified approaches are described in the following sections. 

First let us see how the linear coupling influences the dynamics of a phase matched process. To this end it is convenient to use dressed modes. If A = 0, the Hamiltonian (124) can be rewritten in terms of dressed modes as follows... 

Guo, H W Xu and Z Wu, Study on the coupling influence of concrete dam base seepage, stress, and creep on structure behaviors of dam body, this volume, 2004. 

STUDY ON COUPLING INFLUENCES OF CONCRETE DAM FOUNDATION SEEPAGE, STRESS, AND CREEP ON STRUCTURE BEHAVIORS OF DAM BODY... 

According to the structure of fully mechanized caving stope and the mechanical characteristics, the assumptions are taken as follows (D coal is uniform continuous medium and the elastic-plastic coupling influence of front coal is out of consideration in analysis process, and volumetric strain in front plastic area is zero the relationship of horizontal and vertical stress is shown as follows ... 

B.iv. Intramolecular Diene Coupling Influence of Ester Substituents... 

These definitions, formally different with respect to those reported in eqn (14.10), approach each other in the case of negligible inhibition. This approach is very useful because, with this choice, CPC is directly related to the flux reduction due only to external mass transfer resistance and not to the inhibition phenomenon. Moreover, the polarization and inhibition effect are able to be separately identified and split into their own different contributions, which can thus be analyzed to provide a better understanding of the coupled influence of these two phenomena. This is done by defining another coefficient, i.e. the inhibition coefficient, IC, which is on the other hand a quantitative indicator of the inhibition phenomenon only (see next section). 

Knunyants, N. N., Lyapunova, M. A., Manevich, L. I., Oshmyan, V. G., Shaulov, A. Yu. (1986). The Simulation of Nonideal Adhesional Coupling Influence on Elastic Properties of Particulate-Filled Composite. Mekhanika Kompozitnykh Materialov, 21(2), 231-234. 

The transformer to describe coupling of the electromagnetic induction is replaced by following simple description. Namely, when the terminal voltage of the inductance component L in the TMS coil is Vl, the induced electromotive force is driven to the bioelectric measurement system as shown in the Fig. 1, where is a proportional factor. Furthermore, it is assumed that the coupling influence from the bioelectric measurement system to the TMS equipment is negligible, and TMS affects to the human body only in the oscillation mode. 

Scheme 5-SS. Negishi couplings influence of solvents (modified after...

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