Improved adhesion of ultra-hard carbon films on cobalt–chromium orthopaedic implant alloy

evaluation of keratinized on overdenture implant success

چکیده ندارد.

Amorphous Silicon-Carbon-Fluorine Alloy Films

Ultra-thin tetrahedral amorphous carbon films with strong adhesion, as measured by nanoscratch testing

Amorphous carbon can form hard and dense films, which find applications for tooling components, magnetic recording, etc. The challenge is to prepare hard layers that have good adhesion to the substrate. Moreover, mechanical characterisation of sub20 nm layer is still difficult and semi-quantitative. The paper is addressing these issues. We prepared 10-nm and 50-nm thick tetrahedral amorphous ca...

Improved Technology for Hard Anodizing Dissolution of Aluminum Alloy Part

This paper deeply analyzes the main factors of the dissolved problems arising in the process of aluminum alloy hard anodizing, combined with the specific problems occurring in production practice, introduces in detail the method and thought to analyze and investigate the causes of dissolving, and puts forward targeted improvement technology. This paper is practically instructive and significant...

Optimisation of orthopaedic implant design

10 Statistical shape analysis techniques have shown to be efficient tools to build pop11 ulation specific models of anatomical variability. Their use is commonplace as prior 12 models for segmentation, in which case the instance from the shape model that 13 best fits the image data is sought. In certain cases, however, it is not just the most 14 likely instance that must be searched, but rather...