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Mostrando ítems 1-4 de 4

    • A survey of time-of-flight algorithms to determine bone positions in movement 

      Fresno de Marcos, José Manuel; Giannetti, Romano; Robles Muñoz, Guillermo (Politecnico di Torino (Turín, Italia), 22/05/2017)
      In biomechanical applications where an ultrasound signal is used to determine the position of a specific organ or tissue, like for example a bone, a so-called A-mode ultrasonography is used. A ultrasonic pulse is generated ...

    • A survey of time-of-flight algorithms to determine bone positions in movement 

      Giannetti, Romano; Fresno de Marcos, José Manuel; Robles Muñoz, Guillermo
      In biomechanical applications where an ultrasound signal is used to determine the position of a specific organ or tissue, like for example a bone, a so-called A-mode ultrasonog- raphy is used. A ultrasonic pulse is generated ...

    • Caracterización de los efectos Faraday y Kerr en películas finas de Co para el diseño de un sensor magneto-óptico 

      Robles Muñoz, Guillermo; Costa, J.L.; Briones, Fernando; Cebellada, A.; Giannetti, Romano (Sin editorial (Madrid, España), 22/09/1999)
      A la hora de diseñar un sensor de corriente magneto-óptico, es básico caracterizar qué efecto, Faraday o Kerr, produce un mayor giro del plano de polarización de la luz. Se han tomado medidas experimentalmente bajo las ...

    • Magneto-optic Faraday effect current sensor based on thin cobalt films 

      Robles Muñoz, Guillermo; Giannetti, Romano (Sin editorial (Baltimore, Estados Unidos de América), 01/02/2000)
      Magneto-optic sensors allow to measure currents through high voltage lines with considerable advantages. We present a method based on thin cobalt films which will be eventually developed to design a current sensor. Two ...