Sentence examples for industrial methodologies from inspiring English sources

Our study aims to compare the macroscopic and microscopic differences between the resulting photonic films produced in high purity and technical grade aluminum in terms of color features, appearance, electrochemical behavior and internal nanoporous structure in order to establish a solid rationale toward optimal fabrication processes that can be readily incorporated into industrial methodologies.

The sbv IMPROVER (systems biology verification in Industrial Methodology for Process Verification in Research) Challenges are an industry initiative focused on verifying the strengths and weaknesses of systems biology methods on a variety of biological problems by tapping the 'Wisdom of Crowds' (Meyer et al., 2012).

We call this methodology IMPROVER, for Industrial Methodology for Process Verification in Research.

sbv IMPROVER (systems biology verification for Industrial Methodology for PROcess VErification in Research) was designed as a series of challenges to address translatability between humans and rodents.

This methodology named 'Industrial Methodology for Process Verification in Research' or IMPROVER, consists on evaluating a research program by dividing a workflow into smaller building blocks that are individually verified.

In the standard industrial methodology with real wastewaters, the Fenton method is coupled to processes such as coagulation, membrane filtration, and biological oxidation to degrade organics to a much larger extent.

This has been addressed recently in the framework of a series of challenges designed by the systems biology verification for Industrial Methodology for Process Verification in Research (sbv IMPROVER) initiative.

Recently, the systems biology verification Industrial Methodology for Process Verification in Research (sbvIMPROVER) initiative designed and organized the second sbv IMPROVER challenge, which was devoted to the question of species translation.

The methodology used to develop the research includes analysis of theory of complexity in ergonomics, compared with industrial design methodology approach, and students' behavior while developing the product design process at Conceptual Stage.

This will provide more resources for teaching industrial design methodology and make easier the understood of intangible ergonomic requirements.

Simultaneously, removal of MDEA and reduction of lean glycol alkalinity was achieved through the reclamation system to facilitate FFCI switchover more rapidly than a comparative industrial operational methodology.