GEOMETRIC REPRESENTATION OF SIGNAL BASED ON PHASE SPACE CONCEPT IN LASER DIFFRACTOMETRY OF MICROOBJECTS
Университет ИТМО; научн. сотрудник кафедры квантовой электроники и биомедицинской оптики
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Abstract. Phase images of measuring signal used in diffractometry are analyzed. A method is presented for elimination of the signal redundancy allowing representing the signal parameters by parameters of its phase image. The approach makes it possible to derive a new informative parameter
Keywords:
laser diffractometry of microobjects, informative parameter of signal
