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in an electrolytic cell containing 0.005 M H3PO4 solution for AO treatment, where the sample and the annular graphite electrode were used as the anode and cathode, respectively. The oxidation was carried out ...
not clearly understood. Introduction Titanium (Ti), very widespread in the Earth’s crust mainly in the oxidation state of +4 as insoluble oxides ,1 was first discovered by William Gregor in 1791 in the mineral ...
–5Nb should be used with caution. biomaterial , titanium –niobium, binary titanium alloys, low Young’s modulus, biocompatibility Introduction Titanium (Ti) is an attractive biomaterial because of its ...
current inactivated 85% of Pseudomonas aeruginosa cells persisting on a metal oxide surface whereas a cathodic current did not kill them. However, a direct anodic current is not usable as an antifoulant ...
, titanium has long been the most widely used biomaterial , due to its mechanical properties and biocompatibility. [1,2] These characteristics have been furtherly improved using surface treatments that increase ...
, mutagenic and carcinogenic effects of different types of CNTs must be explored and overcome by formulating safe biomaterial for drug delivery. The review also describes the regulatory aspects and clinical ...
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