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Two related reaction diffusion systems that support traveling wave solutions when parameters are constant are studied when there are jump discontinuities in the diffusion coefficient. The first system represents a classical axon model where the fiber had a jump in diameter at discrete locations and the membrane dynamics represent those of barnacle muscle(More)
In this paper, a highly efficient method was developed for the growth of CNOs in open air by effectively coupling the laser energy into the combustion flames through the resonant excitation of C 2 H 4 molecules. CNOs with concentric graphitic shells were obtained at the wavelength of 10.532 µm compared with those grown without laser. The CNO growth rate at(More)
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