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8 pages, 5 figures, 1 table.[EN] This paper studies the applicability of Kramers-Kronig (KK) relationships to assess the\udvalidity of real and imaginary impedance measurements for titanium in a Ringer's solution\udusing the electrochemical impedance spectroscopy (EIS) method. Nyquist and Bode plots\udshowed a capacitive behaviour with a high impedance modulus including two time\udconstants. Two procedures were employed in the implementation of the KK integral\udrelationships based on an equivalent circuit which satisfies KK relationships and an ohmic\udresistance shunted to the measured EIS data. The titanium's EIS data satisfied the KK\udrelationships.[ES] Este artículo estudia la aplicabilidad de las relaciones de Kramers-Kronig (KK) al estudio de\udla validez de las medidas de impedancia (EIS), parte real y parte imaginaria, del titanio en\udcontacto con la solución de Ringer. Los diagramas de Nyquist y Bode muestran un\udcomportamiento capacitivo, con un módulo de impedancia elevado y con dos constantes\udde tiempo. En la implementación de las integrales de KK se emplearon dos procedimientos,\udque se basan en un circuito equivalente que cumple las relaciones de KK y en una\udresistencia óhmica en paralelo añadida a los datos de impedancia medidos. Los resultados\udde impedancia del titanio satisfacen las relaciones de KK.The authors express their gratitude to the Spanish\udMinistry of Science and Technology for financial\udsupport under Project MAT200M732'C02'0LPeer reviewe

Application of Kramers-Kronig relationships for titanium impedance data validation in a Ringer's solution