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Protective coatings for optical materials are hygroscopic based on laser-precipitated carbon nanotubes FOR OPTOELECTRONICS AND MEDICAL EQUIPMENT
Protective coatings for optical materials are hygroscopic based on laser-precipitated carbon nanotubes FOR OPTOELECTRONICS AND MEDICAL EQUIPMENT
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机译：用于光学材料的保护涂层具有基于激光沉淀碳纳米管的吸湿性，可用于光学和医疗设备
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摘要
An optical coating for optical instrument, a Fourier spectroscopy, biomedical engineering, comprising a layer deposited by using radiation quasi-cw CO laser, carbon nanotubes on a substrate hydroscopic optical material KBr, NaCl, KCl, characterized in that to increase the water resistance, increase uniformity , expanding the spectral region of operation of the deposited coating up to mid-infrared, laser and increase the mechanical strength, reduce surface roughness, and to create a homeotropic orientation the molecules of organic systems and test biosamples used a single layer of carbon nanotubes oriented in an electric field with an intensity of 50-250 V / cm, the size of irregularities at the level of nanometers deposited on a substrate of the optical hygroscopic material such as KBr, NaCl , KCl, et al.
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机译：用于光学仪器的光学涂层，傅立叶光谱，生物医学工程，包括通过使用准准连续CO激光辐射，碳纳米管沉积在基材吸水光学材料KBr，NaCl，KCl上的层，其特征在于，增加耐水性，提高均匀性，将沉积涂层的工作光谱范围扩大到中红外，激光并增加机械强度，降低表面粗糙度，并为了实现垂直取向，有机体系分子和测试生物样品使用了单层碳电场强度为50-250 V / cm的纳米管，沉积在光学吸湿材料（如KBr，NaCl，KCl等）的基材上的纳米级不规则尺寸。
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