Influence of Anisotropy

Molecular anisotropy affects proton chemical shifts to a far greater extent than 13C chemical shifts. This is because the protons occupy the outer extremities of a molecule whilst the carbon framework is far more internal and to a large extent, removed from the influences of anisotropy. 

The influence of anisotropy of acceptor wavefunction upon tunnelling luminescence kinetics was treated in [104]. The conclusion was drawn that for the static tunnelling luminescence it just results in the redefinition of the (7o parameter. However, we are interested here in the non-steady-state kinetics and shall demonstrate below that, particularly at this stage, anisotropic recombination reveals distinctive behaviour which allows us to identify it. 

Overall the electrical properties of molybdenum disulphide are obviously both interesting and complex. The influences of anisotropy, heat, light, contaminants and intercalation have already been shown to be associated with a range of properties from semiconductivity to superconductivity, as well as power generation. 

I. Zubel, Silicon anisotropic etching in alkaline solutions. 11. On the influence of anisotropy on the smoothness of etched surfaces. Sensors Actuators A70, 260, 1998. 

V.S. Stubican and J.W. Orenbach, Influence of anisotropy and doping on grain-boundary diffusion in oxide systems, Solid State Ionics 12, 375 (1984). 

THE INFLUENCE OF ANISOTROPY ON THE FIELD OF THE MAGNETIC DIPOLE IN A CONDUCTING MEDIUM... 

In the wave zone the influence of anisotropy decreases with an increase of A. 

With an increase of the resistivity of the surrounding medium the influence of anisotropy increases, and it becomes possible measuring A2 even in formations with relatively small thickness. 

Ai T>Tiy (recollect that is blocking temperature) the influence of anisotropy energy on magnetization M(H,T) can be neglected. In this case the analysis can be carried out on the base of Langevin function L(x) = l/tanh(x) — l/x so that the magnetization can be written as... 

Saeidi et al. (2013) modified the strength criterion introduced by Rafiai (2011) to account for the influence of anisotropy by adding a new parameter, a, which can be considered as the strength reduction parameter due to rock anisotropy. They compared their proposal to the modified Hoek-Brown criterion (Saroglou Tsiambaos, 2008) and Ramamurthy et al. (1988) criterion for... 

The discussion here is restricted, for the most part, to cases of isotropic elastic response of both the film and substrate materials. However, the influences of two of the most important consequences of anisotropy can be taken into account in a relatively straightforward way. One principal influence of anisotropy concerns the level of resolved shear stress due to the mismatch stress on the potential glide planes for dislocation motion. This influence... 

Van Dommelen, J.A.W. and Meijer, H.E.H. (2005) Micromechanics of particle-modified semi-crystalline polymers influence of anisotropy due to transcrystallinity and/or flow, in Mechanical Properties of Polymers Based on Nanostructure and Morphology, (eds G.H. Michler and F.J. Balta-Calleja), Taylor and Francis, Florida. 

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