The use of fine ceramics instead of metal in the production of automotive engines will greatly increase the wear resistance and heat resistance; bicycles made of carbon fiber materials will only weigh 3 to 4 kilograms; high-rise buildings constructed of high-strength, high-melting-point metals will be used. The "9·11" tragedy will not be repeated... On November 4~5, a series of exciting news came from the Asian Advanced Materials International Conference (AICAM 2005) held at Beijing University of Chemical Technology.
According to the Chairman of the Organizing Committee and Professor Jin Tian, ​​a doctoral tutor of Beijing University of Chemical Technology, this conference is a high-level academic exchange conference for Asian materials science research. Nearly 300 Chinese and foreign scientists from six Asian countries and regions exchanged their opinions. In the latest scientific research achievements in the field of advanced materials, these advanced materials include organic polymer materials, inorganic ceramic materials, composite materials, hybrid materials, nano-materials and so on.
Beijing University of Chemical Technology won the right to host this international conference. In recent years, Beijing University of Chemical Technology has made great strides in materials science and technology. At present, the university has a national carbon fiber engineering and technology research center, a Ministry of Education hypergravity engineering technology center, a national membrane engineering technology research center for chemical industry, and a system simulation engineering technology center. In addition, there are two key national key disciplines and polymer polymer processing key laboratory. The university's research on high-strength super-tough polymer materials and carbon fiber-based composite materials has reached the international advanced level, and nanometers are prepared in non-traditional reaction engineering and technology, catalyst engineering design, green chemistry engineering, and high-gravity reaction and separation methods. Materials also walk in the forefront of the world.
Japan's Nagoya Institute of Technology, Japan's Changgang University of Science and Technology and Tsinghua University co-sponsored this international conference.
According to the Chairman of the Organizing Committee and Professor Jin Tian, ​​a doctoral tutor of Beijing University of Chemical Technology, this conference is a high-level academic exchange conference for Asian materials science research. Nearly 300 Chinese and foreign scientists from six Asian countries and regions exchanged their opinions. In the latest scientific research achievements in the field of advanced materials, these advanced materials include organic polymer materials, inorganic ceramic materials, composite materials, hybrid materials, nano-materials and so on.
Beijing University of Chemical Technology won the right to host this international conference. In recent years, Beijing University of Chemical Technology has made great strides in materials science and technology. At present, the university has a national carbon fiber engineering and technology research center, a Ministry of Education hypergravity engineering technology center, a national membrane engineering technology research center for chemical industry, and a system simulation engineering technology center. In addition, there are two key national key disciplines and polymer polymer processing key laboratory. The university's research on high-strength super-tough polymer materials and carbon fiber-based composite materials has reached the international advanced level, and nanometers are prepared in non-traditional reaction engineering and technology, catalyst engineering design, green chemistry engineering, and high-gravity reaction and separation methods. Materials also walk in the forefront of the world.
Japan's Nagoya Institute of Technology, Japan's Changgang University of Science and Technology and Tsinghua University co-sponsored this international conference.
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