Abstract
For the preparation of fluoropolymers, both process flow analysis and data analysis are needed. Meanwhile, the data sources for the study of fluoropolymer preparation are various, the production and characterization metrics are highly dimensional, and the parameters are unknown. Manual line-byline data analysis drastically restricts the effectiveness of analysts. This paper proposes DeFVIS, a visual analysis system for decoding fluorine materials, an interactive visual analysis system that proposes a multi-source data import and centralized storage technique; an adapted visualization model that encodes abstract preparation process data and high-dimensional metric data into intuitive graphics, thereby establishing an intuitive link from formulation to process to micro-polymer and macro-properties. Two case studies and user interviews demonstrate the efficiency and usability of DeFVIS.
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