Battery research community is gearing the attention to hoist the blooming sodium ion battery technology and a continuous upsurge in demand for sodium electrodes exists.This work enlightens the direct preparation of maricite NaMnPO₄ by tuning of polyol solution pH with different manganese precursors via polyol process and fosters the electrochemical activity of maricite NaMnPO₄ for sodium ion battery application.The structural formation of the material is controlled by the polyol solution pH and isoelectric point of the surfactant polymer along with the by-products. Manganese (II) acetate employed product evinces good crystalline maricite structure with strong thermodynamically stable transition metal vibrations and regulates the morphology of the material in a controlled manner. Nano rod - like structure morphology promotes the diffusion of sodium ions paving way for higher capacity of 102 mAh/g.

电池研究界正在将注意力转向提升盛开的钠离子电池技术，并且钠电极的需求持续增长。这项工作对通过多元醇工艺和不同锰前体调节多元醇溶液的pH值来直接制备马来石NaMnPO ₄具有启发性。福斯特maricite的电化学活性NaMnPO ₄为钠离子电池的材料的结构application.The形成是通过表面活性剂的聚合物的多元醇溶液的pH值和等电点与所述副产物沿控制。所使用的乙酸锰（II）产品具有良好的结晶马氏体结构，具有强烈的热力学稳定的过渡金属振动，并以可控的方式调节了材料的形态。奈米棒状的结构形态促进了钠离子的扩散铺路，使容量达到102 mAh / g。