The rapid development of the new materials industry is crucial to improving the level of the manufacturing industry. The rapid development of the manufacturing industry in China has also increased the opportunities for the material industry.
1. The development of new materials cannot be delayed. New materials, especially new functional materials, are necessary conditions for sustainable social development. At present, the development level of new materials represented by functional materials has become an important indicator of a country's overall strength. "Anyone who has mastered the new materials, who has mastered the future", so all countries in the world have made great efforts to research and develop new materials represented by functional materials as a major strategic decision of the 21st world. According to reports, the total sales of new global materials in 2000 reached as much as 400 billion U.S. dollars, and it is expected that by 2005 it will exceed 535 billion U.S. dollars, with an average annual growth rate of 6%.
The Chinese government also attaches great importance to the research and development of new materials. There have been "863 plans" and "973 plans." In these plans, new materials have been greatly developed as one of its key areas. In the major basic research “climbing plan†recently implemented in China, 7 of the 30 major issues have direct relations with materials. The research project funded by the National Natural Science Foundation of China is about one-fourth of the materials involved. At present, of the 150 key laboratories that have been built and are under construction, 35 are related to material technology, organization, structure, characterization and testing, which exceeds one-fifth of the total number.
It is understood that the research hot spots of the world's new materials are mainly concentrated in the fields of electronic information materials, new energy materials, nano materials, electronic component materials, and new semiconductor materials. Accelerating our country’s pace in the development of these materials is increasingly important. To this end, Prof. Yang Minmin, a professor at the National Instruments Functional Materials Engineering Research Center and a consultant of the Instrumentation and Materials Branch of the China Instrument and Control Society, suggested that the relevant state departments should attach great importance to the materials science and materials industry, give priority to supporting key enterprises and research institutes with Material innovation and technological innovation, vigorously develop the organ newspaper products with intellectual property rights, and at the same time pay attention to the research and development of process technology and process equipment.
2. Nanomaterials have become a hot topic Nanomaterials and technologies have become one of the important hotspots for the current development of science and technology. The application development of nanomaterials and technologies in China has made important progress so far, and a number of technologies with independent intellectual property rights have been formed, and industrialization has started. For the first time, the Department of Physics of Tsinghua University successfully used nanotubes as a template to successfully prepare 1-nm nanorods with a diameter of 3nm-40nm and a length of up to micron, and successfully grown carbon nanotubes on a silicon substrate. . Based on the needs of display screens and picture tubes, Yantai Jialong Group Electronic Materials Factory in Shanxi Province used nanotechnology to synthesize three-way synthetic nano-particles containing nano-precious metal ruthenium as the main component, and developed surface modification and decomposition techniques for metal nanoparticles, successfully A coating material with transparent, conductive and wave-absorbing functions was made and a pilot-scale production line with an annual output of 80 tons was established.
Regarding the development prospects of nanomaterials, Zhang Lide, a senior researcher of the Chinese Academy of Sciences and the chief scientist of nanomaterials of the national "973" project, looked forward. He believes that in the future, nanomaterials will be exhibited in nanometer semiconductors, nanowires, nanodisplay materials, and nanometer external light materials, Nanomaterials and nanostructures, packaging materials and technologies for high-density storage, solar energy conversion materials, high-performance environmentally-friendly nanofiltration membranes, self-assembled functional materials, electronic ceramic materials, nano-sensing materials, and devices form hot spots.
As the development of Spark Plasma Sintering (SPS) technology for preparing nano-functional materials, Zhang Jiuxing, Dean of Materials Science and Technology College of Beijing University of Technology, expounded at the meeting. He said that SPS, as a kind of material preparation and processing technology for environmental municipalities, is in line with the development of China's material industry. He suggested that national authorities should pay great attention to this technology. Under the unified leadership and organization of the relevant departments of the country, relevant scientific and technological forces within the United Nations should establish a research platform for new functional materials and bulk nanomaterials with SPS as the core technology. To promote the development of this technology. The development of new materials The rapid development of the new materials industry is crucial for improving the level of the manufacturing industry, and the rapid development of China's manufacturing industry has also raised a large number of opportunities for the development of the materials industry.
1. The development of new materials cannot be delayed. New materials, especially new functional materials, are necessary conditions for sustainable social development. At present, the development level of new materials represented by functional materials has become an important indicator of a country's overall strength. "Anyone who has mastered the new materials, who has mastered the future", so all countries in the world have made great efforts to research and develop new materials represented by functional materials as a major strategic decision of the 21st world. According to reports, the total sales of new global materials in 2000 reached as much as 400 billion U.S. dollars, and it is expected that by 2005 it will exceed 535 billion U.S. dollars, with an average annual growth rate of 6%.
The Chinese government also attaches great importance to the research and development of new materials. There have been "863 plans" and "973 plans." In these plans, new materials have been greatly developed as one of its key areas. In the major basic research “climbing plan†recently implemented in China, 7 of the 30 major issues have direct relations with materials. The research project funded by the National Natural Science Foundation of China is about one-fourth of the materials involved. At present, of the 150 key laboratories that have been built and are under construction, 35 are related to material technology, organization, structure, characterization and testing, which exceeds one-fifth of the total number.
It is understood that the research hot spots of the world's new materials are mainly concentrated in the fields of electronic information materials, new energy materials, nano materials, electronic component materials, and new semiconductor materials. Accelerating our country’s pace in the development of these materials is increasingly important. To this end, Prof. Yang Minmin, a professor at the National Instruments Functional Materials Engineering Research Center and a consultant of the Instrumentation and Materials Branch of the China Instrument and Control Society, suggested that the relevant state departments should attach great importance to the materials science and materials industry, give priority to supporting key enterprises and research institutes with Material innovation and technological innovation, vigorously develop the organ newspaper products with intellectual property rights, and at the same time pay attention to the research and development of process technology and process equipment.
2. Nanomaterials have become a hot topic Nanomaterials and technologies have become one of the important hotspots for the current development of science and technology. The application development of nanomaterials and technologies in China has made important progress so far, and a number of technologies with independent intellectual property rights have been formed, and industrialization has started. For the first time, the Department of Physics of Tsinghua University successfully used nanotubes as a template to successfully prepare 1-nm nanorods with a diameter of 3nm-40nm and a length of up to micron, and successfully grown carbon nanotubes on a silicon substrate. . Based on the needs of display screens and picture tubes, Yantai Jialong Group Electronic Materials Factory in Shanxi Province used nanotechnology to synthesize three-way synthetic nano-particles containing nano-precious metal ruthenium as the main component, and developed surface modification and decomposition techniques for metal nanoparticles, successfully A coating material with transparent, conductive and wave-absorbing functions was made and a pilot-scale production line with an annual output of 80 tons was established.
Regarding the development prospects of nanomaterials, Zhang Lide, a senior researcher of the Chinese Academy of Sciences and the chief scientist of nanomaterials of the national "973" project, looked forward. He believes that in the future, nanomaterials will be exhibited in nanometer semiconductors, nanowires, nanodisplay materials, and nanometer external light materials, Nanomaterials and nanostructures, packaging materials and technologies for high-density storage, solar energy conversion materials, high-performance environmentally-friendly nanofiltration membranes, self-assembled functional materials, electronic ceramic materials, nano-sensing materials, and devices form hot spots.
As the development of Spark Plasma Sintering (SPS) technology for preparing nano-functional materials, Zhang Jiuxing, Dean of Materials Science and Technology College of Beijing University of Technology, expounded at the meeting. He said that SPS, as a kind of material preparation and processing technology for environmental municipalities, is in line with the development of China's material industry. He suggested that national authorities should pay great attention to this technology. Under the unified leadership and organization of the relevant departments of the country, relevant scientific and technological forces within the United Nations should establish a research platform for new functional materials and bulk nanomaterials with SPS as the core technology. To promote the development of this technology.
1. The development of new materials cannot be delayed. New materials, especially new functional materials, are necessary conditions for sustainable social development. At present, the development level of new materials represented by functional materials has become an important indicator of a country's overall strength. "Anyone who has mastered the new materials, who has mastered the future", so all countries in the world have made great efforts to research and develop new materials represented by functional materials as a major strategic decision of the 21st world. According to reports, the total sales of new global materials in 2000 reached as much as 400 billion U.S. dollars, and it is expected that by 2005 it will exceed 535 billion U.S. dollars, with an average annual growth rate of 6%.
The Chinese government also attaches great importance to the research and development of new materials. There have been "863 plans" and "973 plans." In these plans, new materials have been greatly developed as one of its key areas. In the major basic research “climbing plan†recently implemented in China, 7 of the 30 major issues have direct relations with materials. The research project funded by the National Natural Science Foundation of China is about one-fourth of the materials involved. At present, of the 150 key laboratories that have been built and are under construction, 35 are related to material technology, organization, structure, characterization and testing, which exceeds one-fifth of the total number.
It is understood that the research hot spots of the world's new materials are mainly concentrated in the fields of electronic information materials, new energy materials, nano materials, electronic component materials, and new semiconductor materials. Accelerating our country’s pace in the development of these materials is increasingly important. To this end, Prof. Yang Minmin, a professor at the National Instruments Functional Materials Engineering Research Center and a consultant of the Instrumentation and Materials Branch of the China Instrument and Control Society, suggested that the relevant state departments should attach great importance to the materials science and materials industry, give priority to supporting key enterprises and research institutes with Material innovation and technological innovation, vigorously develop the organ newspaper products with intellectual property rights, and at the same time pay attention to the research and development of process technology and process equipment.
2. Nanomaterials have become a hot topic Nanomaterials and technologies have become one of the important hotspots for the current development of science and technology. The application development of nanomaterials and technologies in China has made important progress so far, and a number of technologies with independent intellectual property rights have been formed, and industrialization has started. For the first time, the Department of Physics of Tsinghua University successfully used nanotubes as a template to successfully prepare 1-nm nanorods with a diameter of 3nm-40nm and a length of up to micron, and successfully grown carbon nanotubes on a silicon substrate. . Based on the needs of display screens and picture tubes, Yantai Jialong Group Electronic Materials Factory in Shanxi Province used nanotechnology to synthesize three-way synthetic nano-particles containing nano-precious metal ruthenium as the main component, and developed surface modification and decomposition techniques for metal nanoparticles, successfully A coating material with transparent, conductive and wave-absorbing functions was made and a pilot-scale production line with an annual output of 80 tons was established.
Regarding the development prospects of nanomaterials, Zhang Lide, a senior researcher of the Chinese Academy of Sciences and the chief scientist of nanomaterials of the national "973" project, looked forward. He believes that in the future, nanomaterials will be exhibited in nanometer semiconductors, nanowires, nanodisplay materials, and nanometer external light materials, Nanomaterials and nanostructures, packaging materials and technologies for high-density storage, solar energy conversion materials, high-performance environmentally-friendly nanofiltration membranes, self-assembled functional materials, electronic ceramic materials, nano-sensing materials, and devices form hot spots.
As the development of Spark Plasma Sintering (SPS) technology for preparing nano-functional materials, Zhang Jiuxing, Dean of Materials Science and Technology College of Beijing University of Technology, expounded at the meeting. He said that SPS, as a kind of material preparation and processing technology for environmental municipalities, is in line with the development of China's material industry. He suggested that national authorities should pay great attention to this technology. Under the unified leadership and organization of the relevant departments of the country, relevant scientific and technological forces within the United Nations should establish a research platform for new functional materials and bulk nanomaterials with SPS as the core technology. To promote the development of this technology. The development of new materials The rapid development of the new materials industry is crucial for improving the level of the manufacturing industry, and the rapid development of China's manufacturing industry has also raised a large number of opportunities for the development of the materials industry.
1. The development of new materials cannot be delayed. New materials, especially new functional materials, are necessary conditions for sustainable social development. At present, the development level of new materials represented by functional materials has become an important indicator of a country's overall strength. "Anyone who has mastered the new materials, who has mastered the future", so all countries in the world have made great efforts to research and develop new materials represented by functional materials as a major strategic decision of the 21st world. According to reports, the total sales of new global materials in 2000 reached as much as 400 billion U.S. dollars, and it is expected that by 2005 it will exceed 535 billion U.S. dollars, with an average annual growth rate of 6%.
The Chinese government also attaches great importance to the research and development of new materials. There have been "863 plans" and "973 plans." In these plans, new materials have been greatly developed as one of its key areas. In the major basic research “climbing plan†recently implemented in China, 7 of the 30 major issues have direct relations with materials. The research project funded by the National Natural Science Foundation of China is about one-fourth of the materials involved. At present, of the 150 key laboratories that have been built and are under construction, 35 are related to material technology, organization, structure, characterization and testing, which exceeds one-fifth of the total number.
It is understood that the research hot spots of the world's new materials are mainly concentrated in the fields of electronic information materials, new energy materials, nano materials, electronic component materials, and new semiconductor materials. Accelerating our country’s pace in the development of these materials is increasingly important. To this end, Prof. Yang Minmin, a professor at the National Instruments Functional Materials Engineering Research Center and a consultant of the Instrumentation and Materials Branch of the China Instrument and Control Society, suggested that the relevant state departments should attach great importance to the materials science and materials industry, give priority to supporting key enterprises and research institutes with Material innovation and technological innovation, vigorously develop the organ newspaper products with intellectual property rights, and at the same time pay attention to the research and development of process technology and process equipment.
2. Nanomaterials have become a hot topic Nanomaterials and technologies have become one of the important hotspots for the current development of science and technology. The application development of nanomaterials and technologies in China has made important progress so far, and a number of technologies with independent intellectual property rights have been formed, and industrialization has started. For the first time, the Department of Physics of Tsinghua University successfully used nanotubes as a template to successfully prepare 1-nm nanorods with a diameter of 3nm-40nm and a length of up to micron, and successfully grown carbon nanotubes on a silicon substrate. . Based on the needs of display screens and picture tubes, Yantai Jialong Group Electronic Materials Factory in Shanxi Province used nanotechnology to synthesize three-way synthetic nano-particles containing nano-precious metal ruthenium as the main component, and developed surface modification and decomposition techniques for metal nanoparticles, successfully A coating material with transparent, conductive and wave-absorbing functions was made and a pilot-scale production line with an annual output of 80 tons was established.
Regarding the development prospects of nanomaterials, Zhang Lide, a senior researcher of the Chinese Academy of Sciences and the chief scientist of nanomaterials of the national "973" project, looked forward. He believes that in the future, nanomaterials will be exhibited in nanometer semiconductors, nanowires, nanodisplay materials, and nanometer external light materials, Nanomaterials and nanostructures, packaging materials and technologies for high-density storage, solar energy conversion materials, high-performance environmentally-friendly nanofiltration membranes, self-assembled functional materials, electronic ceramic materials, nano-sensing materials, and devices form hot spots.
As the development of Spark Plasma Sintering (SPS) technology for preparing nano-functional materials, Zhang Jiuxing, Dean of Materials Science and Technology College of Beijing University of Technology, expounded at the meeting. He said that SPS, as a kind of material preparation and processing technology for environmental municipalities, is in line with the development of China's material industry. He suggested that national authorities should pay great attention to this technology. Under the unified leadership and organization of the relevant departments of the country, relevant scientific and technological forces within the United Nations should establish a research platform for new functional materials and bulk nanomaterials with SPS as the core technology. To promote the development of this technology.
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