Sustainable Manuafacturing for Li-ion, Na-ion batteries

博士将研究溶液处理电池制造的不同制造方法。将特别关注固体电解质，如NASICON。近红外烧结，使用专门为高温处理（>1000'C）而开发的机器，专为斯旺西大学设计，具有先进的冷却方法和选择，可在惰性环境中运行，将被用作控制NASICON形成过程中二次相形成的方法，减少温度下的时间。该项目将使用XRD， EPSD， SEM， EDS和阻抗表征方法对固态电解质进行物理和电化学表征。

The PhD will research different manufacturing methods for solution processed battery manufacture. In particular focus will be given to solids state electrolytes such as NASICON. Near Infra-Red Sintering, using a machine specifically developed for high temperature processing (>1000'C) and uniquely designed for Swansea University with advanced cooling methods and options to run in an inert environment will be used as a method of controlling secondary phase formation during NASICON formation by reducing the time at temperature. The project will undertake physical and electrochemical characterization of the solid state electrolytes using XRD, EPSD, SEM, EDS and impedance characterization methods.