4Mag: Four-dimensional magnetic flux measurements (stage 2)

高斯产生独特的电磁系统，减少锂离子电池内的电阻。更低的电阻导致电动汽车充电更快，寿命更长，如果电动汽车想要与传统内燃机汽车相媲美，这两个因素迫切需要改进。该项目与科学技术设施委员会（STFC）和国家物理实验室（NPL）合作，重点开发高度先进的测量和分析方法，以表征四个维度（三个空间维度加上时间）的电磁场。电磁场在电化学系统中的应用（磁电化学）是一个新兴领域，目前缺乏有效和快速扩大产品规模所需的基本标准化和基准。该项目旨在建立可重复的标准，使磁电化学应用能够被准确地测量和分析，加速磁增强产品的商业化。

Gaussion produce unique electromagnetic systems that reduce the resistances within lithium-ion batteries. Lower resistances result in faster charging and longer lifetimes for electric vehicles (EVs), two factors that urgently require improvement if EVs are to become comparable to traditional combustion vehicles.In collaboration with the Science and Technology Facility Council (STFC), and the National Physical Laboratory (NPL), this project is focused on developing highly advanced measurement and analysis methods that characterise electromagnetic fields across four dimensions (three spatial dimensions plus time).The application of electromagnetic fields to electrochemical systems (magneto-electrochemistry) is an emerging field and currently lacks the essential standardisation and benchmarking required for efficient and rapid scale-up of products. This project seeks to establish repeatable standards that will allow magneto-electrochemistry applications to be accurately measured and analysed, accelerating the commercialisation of magneto-enhancement products.