Shanghai Bilang analyzes the main problems facing the development of scientific instruments. After more than 30 years of development, China's scientific instrument industry has had some research. Development and production capacity, independently develop and produce a variety of scientific instruments such as electron microscope, mass spectrometry, chromatography, spectroscopy, spectroscopy and electrochemistry. However, the current status of key enterprises specializing in the production of analytical instruments is not very good. Under the situation of deepening reforms, a number of new scientific instrument companies combining technology, industry and trade have emerged. The personnel of these companies are mainly from research institutes, universities and instrument manufacturers. Most of them have high academic qualifications and deep professional knowledge. They can carry out the research and development of related instruments, and the selected goals are consistent with the market needs and have great development prospects. The main problems facing the development of scientific instruments are: 1. The performance index, stability and reliability of the instrument are poor 2. There is no machine technology advantage combining instrument development and production 3. State investment in scientific instrument research and development is insufficient Although China's scientific instruments have a large gap compared with developed countries in terms of performance indicators and stability, reliability and degree of automation, process strength and process equipment, industry production level and professional level, etc. In some aspects, including software development, it has certain advantages. â‘ Some components developed for scientific research have world-leading standards. For example, microwave plasma light source is considered to be a breakthrough in the research of microwave plasma excitation light source; the successful development of X-ray lens will have a significant impact on the development of X-ray spectral analysis and medical X-ray machines. â‘¡The research and development of intelligent instruments represented by intelligent chromatography have been at the forefront of the world. â‘¢ The world's first Adama transform microscopic fluorescence image analyzer was also successfully developed by Chinese scientists and was exhibited at the 1994 Pittsburgh Conference on Analytical Chemistry and Applied Spectroscopy in the United States, which attracted widespread attention from participants. â‘£The latest research achievements of various instrument data processing systems and automatic control systems have made the development of our country's instruments and the upgrading of the instruments in use a new level. BILON brand, dedicated service Gloabl Sports Equipments Co.,Ltd , https://www.sandingarchery.com
Analysis of the main problems facing the development of scientific instruments