Preparation device and method for multi-masterbatch, polyergic source and high throughput metal materials

Abstract

The invention discloses a preparation device and preparation method of a high-flux metal material with multiple master batches and multiple energy sources. The device includes a high-energy electron beam generator, an arc generator, a laser, an arc generator and a high-energy electron beam generator. Converter, reflective laser prism, matrix master batch tank, high-efficiency ball mill-mechanical mixing-turbulent air mass synergistic mixing box, integrated structure of conduit and quality control valve, powder feeding pipe, atmospheric pressure and temperature controllable processing chamber, carrier protective gas , induction heating coil, self-heating three-dimensional motion sample processing platform, high-throughput preparation of new metal materials, using quality control valve to quantitatively distribute pure metal powder to the mixing box according to the calculated design requirements, high-efficiency ball milling-mechanical mixing-turbulent air mass synergy The mixing system thoroughly mixes multiple powders. The invention has wide application range, simple operation and wide range of materials that can be prepared.

Description

technical field [0001] The invention relates to a material preparation technology, in particular to a preparation device and method for a multi-masterbatch multi-energy source high-throughput metal material. Background technique [0002] Since the 1980s, technological innovation and economic development have increasingly relied on the progress of new materials. At present, the long time span from research and development to market application of new materials has become a bottleneck for further technological innovation and further economic development. For example, Li batteries currently used in mobile electronic devices took nearly 20 years from the laboratory prototype in the mid-1970s to the application in the late 1990s, but they have not yet been applied to electric vehicles. The current research and development of new materials is mainly based on the scientific intuition of researchers and a large number of repeated "trial and error" experiments. Therefore, in the fa...

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Problems solved by technology

Another factor that restricts the material R&D cycle is that the research teams involved in the process of discovery, development, performance optimization, system design and integration, product demonstration and promotion are independent of each other, lack of cooperation and mutual data sharing

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