Strong disorder

A further argument against a transition in the conduction band is given by the present author (Mott 1983), who maintains that in the conduction band it is impossible that the random situation of the donors should give disorder strong enough to produce Anderson localization. 

Primary sclerosing cholangitis A progressive cholestatic disorder. Strong association with inflammatory bowel disease. 

The scattering of polaritons by disorder in ID structures is very important for the interpretation of the results. The disorder strongly influences the states in ID structures making all states weakly or strongly localized (34). Any imperfections in the chain replace the ID wire by a collection of finite boxes. The sizes of the boxes depend on the disorder and can be different. The strong localization by definition is localization of polaritons with mean free path small in comparison with the polariton wavelength. For such localized states the wavevector is no... 

A mechanism for altering synaptic availability of 5-HT is inhibition of presynaptic reaccumulation of neuronally released 5-HT. Selective serotonin reuptake inhibitors (SSRIs e.g., fluoxetine [PROZAC]) potentiate and prolong the action of 5-HT released by neuronal activity. Effects of 5-HT-active drugs, like the SSRIs, in anxiety and depressive disorders strongly suggest an effect of 5-HT in the neurochemical mediation of these disorders. SSRIs are the most widely used treatment for endogenous depression (see Chapter 17). 

Comorbidity especially other personality disorders/strong traits... 

The balance between these different types of bonds has a strong bearing on the resulting ordering or disordering of the surface. For adsorbates, the relative strength of adsorbate-substrate and adsorbate-adsorbate interactions is particularly important. Wlien adsorbate-substrate interactions dominate, well ordered overlayer structures are induced that are arranged in a superlattice, i.e. a periodicity which is closely related to that of the substrate lattice one then speaks of commensurate overlayers. This results from the tendency for each adsorbate to seek out the same type of adsorption site on the surface, which means that all adsorbates attempt to bond in the same maimer to substrate atoms. 

Similar results were found by Bacsa el al. [26] for cathode core material. Raman scattering spectra were reported by these authors for material shown in these figures, and these results are discussed below. Their HRTEM images showed that heating core material in air induces a clear reduction in the relative abundance of the carbon nanoparticles. The Raman spectrum of these nanoparticles would be expected to resemble an intermediate between a strongly disordered carbon black synthesized at 850°C (Fig. 2d) and that of carbon black graphitized in an inert atmosphere at 2820°C (Fig. 2c). As discussed above in section 2, the small particle size, as well as structural disorder in the small particles (dia. —200 A), activates the D-band Raman scattering near 1350 cm . ... 

For strongly structured microemulsions, g is negative, and the structure functions show a peak at nonzero wavevector q. As long as g < 2 /ca, inverse Fourier transform of S q) still reveals that the water-water correlation functions oscillate rather than decay monotonically. The lines in phase space where this oscillating behavior sets in are usually referred to as disorder lines, and those where the maximum of S q) moves away from zero as Lifshitz lines. ... 

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