Search
Now showing items 1-10 of 395
Analysis of depth of the microporosity in a nickel-chromium system alloy: effects of electrolytic, chemical and sandblasting etching
(Blackwell Publishing, 2003-05-01)
The present study was designed to analyse the average depth of the microporosity of a nickel-chromium (Ni-Cr) system alloy (Verabond II). The metal surface was subject to one of the following surface treatment: (i) ...
Analysis of depth of the microporosity in a nickel-chromium system alloy: effects of electrolytic, chemical and sandblasting etching
(Blackwell Publishing, 2003-05-01)
The present study was designed to analyse the average depth of the microporosity of a nickel-chromium (Ni-Cr) system alloy (Verabond II). The metal surface was subject to one of the following surface treatment: (i) ...
RIMAPS Prediction of Etch Pit Patterns
(Cambridge University Press, 2013-10)
In this work, RIMAPS technique is extended to predict the topographic pattern produced by etching metallic surfaces, using aluminum to give examples of RIMAPS prediction capability. The remarkable coincidence of peaks ...
"La huella del cobre" aproximación al desarrollo histórico y técnico del hueco grabado en Europa."La huella del cobre" aproximación al desarrollo histórico y técnico del hueco grabado en Europa.
(Universidad de Costa Rica. Campus Rodrigo Facio. Sitio web: https://www.ucr.ac.cr/ Teléfono: (506) 2511-4000. Correo de soporte: revistas@ucr.ac.cr, 2012)
Tin passivation in alkaline media: Formation of SnO microcrystals ashydroxyl etching product
(Electrochimica Acta 111 (2013) 837– 845, 2013-07-27)
The mechanism of the electrochemical passivation on Tin electrodes in 0.1 M NaOH is studied at low scanrates in a wide potential range. To this aim, tin oxide layers were grown on a polycrystalline tin surfaceunder ...
Effect Of Acid Etching, Silane And Thermal Cycling On The Bond Strength Of Metallic Brackets To Ceramic
(Fundação Odontológica de Ribeirão Preto, 2016)
On The Influence Of Etch Pits In The Overall Dissolution Rate Of Apatite Basal Sections
(SPRINGERNEW YORK, 2015)