Abstract
A description is given of a facility to study optical response of X-ray luminophores considered as a component of composite materials for X-ray photodynamic therapy. The concept and basic principles of X-ray photodynamic therapy are presented. Test results of the developed facility are presented, methods of optimizing the signal/noise ratio by varying the parameters of the X-ray source and optimizing the experiment geometry are discussed. Examples of measuring X-ray excited luminescence signal for concentrated powdered samples and diluted samples in the form of colloidal solutions are discussed. Keywords reactive oxygen species, photosensitizer, energy transfer.
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