Chandrasekhar operator

Recent investigations (Lieb et al. 1996) have concentrated on, as a first task, optimizing the stability result for the Chandrasekhar operator... 

Mr. W. F. Early for aiding in the interpretation of the mass-spec data, and Mr. K. Chandrasekhar for his assistance in the construction and operation of the equipment. The authors would... 

Odd-even effects are usually only encountered in the large scale, that is, macroscopic ordering of molecules, for example, in liquid crystals (Chandrasekhar, 1992). This suggests that solvent molecules must not only actively participate in the co-operative formation of the helical assemblies but somehow physically be part of the ordered assembly. The connection between solvent size and the stability of assemblies was also pointed out by Bouteiller and collaborators (2007). 

Chandrasekhar et al. [67, 916] described a number of sealed, liquid- and solid-electrolyte devices based on poly(aromatic amines) similar in structure to P(ANi) and poly (diphenyl amine), operating in 2- as well as 3-electrode mode. Color changes were from glass-clear transparent to dark green-blue-black. Figs. 20-7(a-c show spectroelectrochemical characterization data for some of these. Figs. 20-8(a.b> show chronovoltabsorptometry data for solid state devices. 

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