Re-carbonized vitreous carbon substrates for optical applications
ARTIGO
Inglês
Este artigo foi apresentado no evento 23rd Congress of the International Commission for Optics, 2014
Agradecimentos: To CNPq Projects 559925/2010-7 and 310046/2012-2
Abstract: Imaging optical systems components for satellites must have low specific mass and high stiffness, as weight is a problem for payloads and stiffness is essential to keep the substrate front surface shape. In this work, Re-carbonized Vitreous Carbon (RVC) was tested as a substrate material....
Abstract: Imaging optical systems components for satellites must have low specific mass and high stiffness, as weight is a problem for payloads and stiffness is essential to keep the substrate front surface shape. In this work, Re-carbonized Vitreous Carbon (RVC) was tested as a substrate material. The process to obtain RVC is different from the traditional process to obtain the Monolithic Vitreous Carbon (MVC). It is essential to understand the process to evaluate the surface roughness data. This work describes the process to obtain RVC, as a candidate for optical component substrate, and the results of its surface roughness measurements
CONSELHO NACIONAL DE DESENVOLVIMENTO CIENTÍFICO E TECNOLÓGICO - CNPQ
559925/2010-7; 310046/2012-2
Aberto
Re-carbonized vitreous carbon substrates for optical applications
Re-carbonized vitreous carbon substrates for optical applications
Fontes
Journal of physics. Conference series Vol. 605 (2015), n. art. 012002, p. 1-5 |