•The project first stage results were:

•Design and achievement of the pulsed configuration discharges working in different gases in order to obtain the highest density of atom metastables

• Electrical and spectral characterisation of the pulsed metastable source

• Development of the synchronized spectral diagnosis system with conventional pulsed spectral source for characterization by absorption spectroscopy the density of the metastable atoms provided by the pulsed metastable source

•Design of the experimental set-up with continuum laser diode for the measurement by laser absorption spectroscopy with temporal resolution of the metastable density in the pulsed metastable source;  validation of the  synchronized spectral diagnosis method with conventional pulsed spectral source

•Article publication

•Tests and analysis by desorption spectrometry method and device proposed in this project, of two pharmaceutical products existed on the list of doping substances. Tests have indicated that the proposed method can identify, molecular fragments responsible for doping action of these products. Researches in the phase III were focused on: Design and construction of mechanical parts Interface (partially); Design and construction of the differential vacuum system (vacuum system adapted to the mass spectrometer vacuum system and the source of metastable); The method of pulsed laser desorption of analyte extraction and Assembly design using the laser, the neutral gas flow and mass spectrometer working in internal ionization conditions