Optical Measuring Systems and Technologies for Some Urgent Tasks in Industry and Science
SEMINAR
The key laboratory of
Inorganic Functional Materials and Integerated Devices
Shanghai Institute of Ceramics, Chinese Academy of Sciences
中国科学院上海硅酸盐研究所功能材料与集成器件重点实验室
2009年学术讲座
Optical Measuring Systems and Technologies
for Some Urgent Tasks in Industry and Science
Speaker
Prof. Yuri V. Chugui
Technological Design Institute of Scientific Instrument Engineering
Siberian Branch of the Russian Academy of Sciences
时间:2009年10月22日(星期四)下午14:30
地点: 4号楼 14楼第一会议室
邀请人:李国荣 研究员
殷庆瑞 研究员
ABSTRACT:The novel results of the R & D activity of TDI SIE SB RAS in the field of the optical measuring and laser technologies, for solving safety problems in atomic and oil industry, as well as in railway transport are presented. 3D profilometer with submicron and nanometer resolution using Linnik white-light interferometer and testing results of industrial system for measuring surface defects of fuel elements are given. The metrological characterization of a perspective Fresnel method for high precision measuring the dimensions of objects is investigated. Results of development and testing the industrial system prototype for 3D inspection of nuclear grid spacers with micron resolution based on DOE structured illumination are presented. Ensuring the safety of running trains is the actual task for railways. Using high-speed laser noncontact method on the base of triangulation position sensors, TDI SIE has developed and produced automatic laser diagnostic system Complex for inspection of geometric parameters of wheel pairs (train speed up to 60 km/hr.), which is used successfully on Russian railways.We have developed an optical structured light method and an optical-electronic system for automatic noncontact distant measurements of wear and defects detection for a contact wire electro-supply network. For permanent noncontact bearing position inspection of oil-drilling platforms on Sakhalin coast (Russia) we have developed optical-electronic method and produce system SAKHALIN. Experimental results and technical performances are presented.