Changes in the structural and dynamic properties of aqueous solutions during their interaction with a spatially inhomogeneous electromagnetic field
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Abstract
The structure-dynamics properties of water solution: 0,9% NaCl solution and doxorubicin are investigated. Based on data from spontaneous luminescence, macrocrystalline structure of dried samples and their thermoluminescence showed that the external spatially non-uniform electromagnetic field increases characteristic dimension molecular cell of doxorubicin with decreasing steadystate dynamic properties of the system, increasing the "fragility"
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