透明木材的原料来源广泛，价格低廉，并且可通过选择折射率不同的填充物以改

透明木材的原料来源广泛，价格低廉，并且可通<br>过选择折射率不同的填充物以改变光透过率，还能对<br>填充物进行简单改性来制备具有特定功能的复合材<br>料。透明木材韧性好、强度大、隔热、透明度高以及<br>质轻易加工等特点使其在建筑、电磁设备、光电学等<br>领域有着巨大的潜在利用价值。<br>然而，目前透明木材的制备仍处于小尺寸木材的<br>实验室制备阶段，如何通过绿色高效的工艺来制备大<br>尺寸的透明木材，以满足各行各业应用需要，急需透<br>明木材制备工艺的新突破。

透明木材的原料来源广泛，价格低廉，并且可通<br>过选择折射率不同的填充物以改变光透过率，还能对<br>填充物进行简单改性来制备具有特定功能的复合材<br>料。 透明木材韧性好、强度大、隔热、透明度高以及<br>质轻易加工等特点使其在建筑、电磁设备、光电学等<br>领域有着巨大的潜在利用价值。<br>然而，目前透明木材的制备仍处于小尺寸木材的<br>实验室制备阶段，如何通过绿色高效的工艺来制备大<br>尺寸的透明木材，以满足各行各业应用需要，急需透<br>明木材制备工艺的新突破。

Transparent wood has a wide range of raw materials, low price, and can be<br>Through the selection of fillers with different refractive index to change the light transmittance, the<br>Simple modification of fillers to prepare composites with specific functions<br>Material. Transparent wood has good toughness, high strength, heat insulation, high transparency and<br>It can be easily processed in architecture, electromagnetic equipment, optoelectronics, etc<br>The field has great potential value.<br>However, at present, the preparation of transparent wood is still in the small size wood<br>In the laboratory preparation stage, how to prepare large-scale products through green and efficient processes<br>Transparent wood of size to meet the application needs of all walks of life<br>A new breakthrough in the preparation of Ming wood.<br>