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  • Arlyapov Vyacheslav

    Tula State University
    Tula, Russia
    • P20.

      Quantitative assessment of glucose, methanol and ethanol contents in their mixture using biosensors and neuronet technologies

  • Bikmeev Denis

    Bashkir State University
    PhD student
    Ufa, Russia
    • P15.

      Tree-electrode system of divided cells. Problem solving of drifts in voltammetric responses (Coauthor)

  • Bikulov Albert

    Institute of Chemical Physics RAS
    Chief researcher
    Moscow, Russia
    • P18.

      New results in applications of p-adic pseudo-differential equations to the protein dynamics

  • Chulkova Alena

    State university “Dubna”
    Dubna, Russia
    • P07.

      The data processing method of multisensor system for natural water monitoring (Coauthor)

  • Chuprina Boris

    Institute of Geology of Industrial Minerals
    Kazan, Russia
    • P27.

      Metric on a set results chemical analysis

  • Ghavami Raoof

    University of Kurdistan
    Assistant professor
    Sanandaj, China
    • P12.

      Genetic algorithm as a variable selection procedure for the simulation of 13c nuclear magnetic resonance spectra of flavonoids derivative using multiple linear regression

    • P13.

      QSPR Models for predicting the environmentally relevant physicochemical properties of some organoiodine compounds from molecular topology using genetic-MLR and genetic-PLS

  • Hemmateenejad Bahram

    Shiraz University
    Assistant professor
    Shiraz, Iran
    • P05.

      Multivariate standard addition method solved by net analyte signal calculations

    • P06.

      Spectrophotometric monitoring of drugs photodegradation by multivariate curve resolution methods

  • Karlik Bekir

    Fatih University
    Istanbul, Turkey
    • P21.

      A neural network approach for classification of Helicobacter Pylori based on national strains

  • Karpukhin Oleg

    Institute of Chemical Physics RAS
    Head of laboratory
    Moscow, Russia
    • P25.

      Two atypical problems, which can be solved by projection methods

  • Khavina Elizaveta

    Institute of Chemical Physics RAS
    Moscow, Russia
    • P08.

      The mechanism and kinetic model for enhancement of the initiating activity of three component photoinitiator systems in solid polymers