从解放军后勤工程学院获悉,由该学院和解放军装甲兵工程学院联合组成的课题组,先后开发出纳米材料原位搪瓷防腐技术、原位釉化技术、舰船甲板防滑处理技术以及纳米油品添加剂应用技术等一系列先进技术。业内人士认为,这标志着我国在纳米材料应用研究方面跻身于国际先进行列。 据介绍,纳米材料原位搪瓷防腐技术和原位釉化技术是把硼酸盐纳米化后作为釉料主体,使用氧化 Learned from the People’s Liberation Army Logistics Engineering Institute, the research group composed of the academy and the PLA Armored Force Engineering Institute has successively developed in-situ enamel anticorrosive nanometer materials technology, in situ glazing technology, ship deck anti-skid technology and application of nano-oil additives Technology and a series of advanced technologies. The industry believes that this marks our country among the advanced research and application of nano-materials in the international advanced ranks. According to reports, nano-materials in situ enamel anti-corrosion technology and in-situ glazing technology is the borate nano-as the main body after the use of glaze, the use of oxidation