Study of the impact of various abrasive factors on the microrelief of the surface of hybrid ceramic orthopedic structures

The aim of the study is to investigate the impact of various abrasive factors on the microrelief of the surface of hybrid ceramic orthopedic structures. A laboratory study was conducted with the optical Profiler S neox (Sensofar, Spain) as a method. As a result, gradual abrasive wear leads to the lo...

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Bibliographic Details
Published inOpción (Maracaibo, Venezuela) no. 24
Main Authors Kamenskov, P.E, Dorofeev, A.E, Sevbitov, A.V, Enina, Yu.I, Kozhemov, S.I, Nikonova, A.V
Format Journal Article
LanguageEnglish
Published 2019
Subjects
abutments
air
corona
crown
flow
flujo de aire
higiene
hygiene
oral
pilares
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Summary:The aim of the study is to investigate the impact of various abrasive factors on the microrelief of the surface of hybrid ceramic orthopedic structures. A laboratory study was conducted with the optical Profiler S neox (Sensofar, Spain) as a method. As a result, gradual abrasive wear leads to the loss of dry shine of the surface of hybrid ceramic crowns. In conclusion, Processing cleaning powders of various degrees of abrasiveness in the process of conducting professional hygiene of the oral cavity cause abrasive wear of the surface of the hybrid ceramic crowns. El objetivo del estudio es investigar el impacto de varios factores abrasivos en el microrelieve de la superficie de las estructuras ortopédicas cerámicas híbridas. Se realizó un estudio de laboratorio con el Profiler S neox óptico (Sensofar, España) como método. Como resultado, el desgaste abrasivo gradual conduce a la pérdida de brillo seco de la superficie de las coronas de cerámica híbridas. En conclusión, el procesamiento de polvos de limpieza de diversos grados de abrasividad en el proceso de llevar a cabo una higiene profesional de la cavidad bucal causa un desgaste abrasivo de la superficie de las coronas de cerámica híbridas.
ISSN:1012-1587