本发明公开了一种层层自组装光热透明防冰材料的制备方法，对经过处理的基底依次进行聚阴离子溶液和聚阳离子溶液浸泡并重复浸泡几次，聚阴离子和聚阳离子通过静电吸引作用搭建涂层。本发明实现了光热透明防冰材料的自组装，使得制备得到的光热透明防冰材料结构和厚度具有可控性，为平衡透光率和光热效应提供了有效的解决途径

The present invention discloses a layer-by-layer self-assembled photo-thermal transparent anti ice material prepared by sequentially soaking the treated substrate in a polyanion solution and polycation solution in sequence and repeating the immersion for several times, and the polyanion and polycation build a coating by electrostatic attraction. The polyanion and polycation build up the coating by electrostatic attraction. The present invention realizes the self-assembly of the photothermal transparent anti-icing material, which makes the prepared photothermal transparent anti-icing material self-assembling. This invention realizes the self-assembly of the photothermal transparent anti-icing material, which makes the structure and thickness of the prepared photothermal transparent anti-icing material controllable. The invention realizes the self-assembly of the photo-thermal transparent anti-icing material, which makes the structure and thickness of the prepared photo-thermal transparent anti-icing material controllable and provides an It provides an effective solution for balancing light transmittance and photothermal effect.