Home >

Cross Disciplinary Cooperation Helps Textile Innovation And Development, And "Light Of Textile" Visits Huazhong University Of Science And Technology

2024/12/19 21:25:00 1

??? 日本語 Fran?ais English 中文

Huazhong University Of Science And Technology;

　　 The specially designed photonic structure of optical metamaterial fabric has bridged the gap between different disciplines and created a feasible scheme for large-scale manufacturing of metamaterial fabric; The layered morphology designed metamaterial fabric has excellent daytime passive radiation cooling ability, which represents the important progress of intelligent clothing in the field of personal thermal management; Metamaterial fabric solves the contradiction between thickness and cooling performance... Tao Guangming, director of the Research Center for Intelligent Fiber Devices and Equipment of Huazhong University of Science and Technology, as the main person who completed the flexible photoelectric super fabric project, won the first prize of the Natural Science Award of the Science and Technology Award of the China Textile Industry Federation in 2024.

　　 On December 11, 2024, a delegation led by Ye Zhimin, President of the Textile Light Science and Technology Education Foundation, and Chen Siqi, Deputy Secretary General, visited Huazhong University of Science and Technology, and made a visit to the first prize project of the Natural Science Award of the 2024 "Textile Light" Science and Technology Award of the China Textile Industry Federation "Research on Multi physical Quantity Precision Response Mechanism and Stable Forming Technology of Flexible Photoelectric Hyperfabric" The completion unit makes a return visit. The project is mainly completed by Tao Guangming, director of the Research Center for Intelligent Fiber Devices and Equipment of Huazhong University of Science and Technology, professor and doctoral advisor of Wuhan National Research Center for Optoelectronics, School of Materials Science and Engineering, School of Physical Education, winner of the National Science Fund for Distinguished Young Scholars, Hou Chong, professor of the School of Optics and Electronic Information of Huazhong University of Science and Technology, Zhang Qichong, a researcher of Suzhou Institute of Nanotechnology, Chinese Academy of Sciences, and others participated in the forum.

　　 Project name: Research on the accurate response mechanism of multiple physical quantities and stable molding technology of flexible photoelectric super structure fabric

　　 Main completion units: Huazhong University of Science and Technology, Wuhan Textile University, Qingdao University, Zhejiang University, University of Electronic Science and Technology of China

　　 Mainly completed by: Tao Guangming, Xia Zhigang, Tian Mingwei, Ma Yaoguang, Wu Jiawei, Yu He

　　 From "photoelectric" to "textile", why cross the border?

　　 From the "photoelectric" industry famous for high technology to the "textile" industry growing up from traditional industries, as the main finisher of the first prize project of the Natural Science Award of China Textile Federation in 2024, why did Professor Tao Guangming choose cross-border development?

　　 Professor Tao Guangming said that his affinity with the textile industry should start from his experience of returning home after learning. According to Professor Tao Guangming, when he first returned to China, many institutions of higher learning offered him an olive branch, but he finally chose to enter Huazhong University of Science and Technology and set foot in the scientific research field combining optoelectronics and textiles, which was influenced by Academician Xu Weilin, a textile and polymer material scientist.

　　 The textile industry, which seems to be a traditional industry, actually weaves civilization by spinning clothes, and goes to the sea. "Old trees and new branches" are intertwined with tradition and technology, which breeds potential and opportunities beyond many people's imagination.

　　 The combination of photoelectricity and textile can realize innovation and breakthrough in many aspects. The application of photoelectric technology can realize the multi-function of textile materials. By introducing photoelectric functional materials, new properties of textiles can be endowed, such as cooling, conductivity, sensing, etc. The modified textile has a wide application prospect in the fields of smart wear, smart home, medical health and so on. The combination of photoelectric and textile can also promote the intelligent upgrading of the textile industry and promote interdisciplinary research and innovation.

　　 Professor Tao Guangming said that Huazhong University of Science and Technology has a good scientific research environment, platform advantages and resource endowment. It is both an advantage and a pressure for them to engage in scientific research in the textile field in a non textile professional college. The first prize of the Natural Science Award of the "Light of Textile" China Textile Federation Science and Technology Award issued by the China Textile Industry Federation proves that the team's scientific research achievements have been recognized by the textile industry, which is particularly important for them, and fully reflects the inclusiveness of China's textile academic and industrial fields.

　　 "Many people don't understand why scientists majoring in optoelectronics apply for awards in the textile industry?"

　　 Professor Tao Guangming explained that with scientific and technological innovation and industrial development, the textile industry is not only the traditional and basic industry of "clothing and quilt", but also can cross integrate with new energy, food, aerospace and other disciplines, with a strong industrial foundation and broad application prospects. Therefore, it is very important for interdisciplinary textile practitioners to let more people know what they are doing and understand the cutting-edge attributes of the textile industry.

　　 Be a tough researcher

　　 Although China's basic fiber and textile industry ranks first in the global production scale, the high value-added photoelectric functional fiber and fabric technology is still "choked" by the United States.

　　 "There are many scientific research directions in the textile industry, and we have chosen a direction that no one has explored, that is, to bite the bullet." As a leader of interdisciplinary scientific research, Professor Tao Guangming and his team have chosen the direction of optoelectronic super structure fabric, hoping to break through the "choke" technology and lead the innovation of textile technology.

　　 The core of flexible optoelectronic super structure functional fabric is to endow fiber materials with new functions through accurate structural design, and realize the high performance of fabric devices by using large-scale advanced manufacturing technology.

　　 In view of the problems that exist at present, such as the precise response mechanism of multiple physical quantities is unknown, the response interface is difficult to form stably, and the precise coupling regulation of multiple physical quantities is difficult, Professor Tao Guangming's team has built a systematic theory of "structure weaving device" around the precise response mechanism of multiple physical quantities and the stable forming technology of flexible optoelectronic super fabric, The micro disordered macro ordered structure and the precise response law of photothermal physical quantities were found, the stable forming theory of the fabric with precise control of multiple physical quantities under the coupling effect of multiple external fields was clarified, and the precise coupling control mechanism of multiple physical quantities under multiple scenes was revealed.

　　 The concept of "Metafabric of optical metamaterial" first proposed by Professor Tao Guangming has been widely recognized worldwide, and the related achievements rank first in the search of the keyword "Metafabric" in the Web of Science database. The team has built the world's first production line of optical metamaterial fabric devices, realized a 10000 ton full process macro stable production capacity from materials to devices, and actively promoted the high-end upgrading of traditional industries.

　　 It is worth mentioning that Professor Tao Guangming's team has established an internationally leading 10000 ton full process macro stable production process from materials to devices, which has undertaken a number of major national projects. It has achieved engineering application demonstration in many leading enterprises at home and abroad and in areas of major national demand, breaking the bottleneck of optical metamaterial fabrics from laboratory to industrial production.

　　 Gather all efforts to build a modern textile industry system

　　 During the symposium, Professor Tao Guangming focused on the important information of the award-winning projects, as well as the ongoing pilot production and industrial services.

　　 Professor Tao Guangming and his team hope to constantly improve the scientific research level and innovation ability of the team by the route of interdisciplinary, demand oriented and close combination of industry university research cooperation, and hope to further promote the transformation and application of scientific research achievements by establishing cooperative relations with enterprises in the textile industry. He said that the "Light of Textile" China Textile Federation Science and Technology Award has strong authority and high recognition in the textile industry. He hoped to establish in-depth cooperation with enterprises in the textile industry by applying for the Science and Technology Award, and further explore the application fields and social benefits of its scientific research projects.

　　 Ye Zhimin pointed out that the textile industry is a pillar industry related to China's national economy and social development, a basic industry to solve the problem of people's livelihood and beautify life, and an advantageous industry for international cooperation and integrated development. It has the characteristics of complete industrial chain, mature technology, broad market, etc. In the context of building a modern textile industry system, this year's "Light of Textile" China Textile Federation Science and Technology Award added a natural science award for the first time, which not only echoes the national science and technology award system, but also aims to strengthen the support for scientific and technological innovation in the whole textile industry chain, and enhance the attention and reward for basic research and applied basic research in natural science. Ye Zhimin said that Huazhong University of Science and Technology is the first stop of this return visit, which fully reflects the strong support and high recognition of the Textile Light Science and Technology Education Foundation for the award-winning projects led by Professor Tao Guangming.

　　 The China Textile Industry Federation and the Textile Light Science and Technology Education Foundation are committed to stimulating the innovative vitality of young and middle-aged scientific research workers, consolidating the scientific and technological foundation of the industry, cultivating new quality productivity, strengthening the combination of production, learning and research, and enhancing the overall competitiveness of the industry through the whole industry science and technology award work. The addition of interdisciplinary scientific research forces represented by Professor Tao Guangming's team is exactly what the industry is looking forward to. Looking forward to the future, more interdisciplinary scientific research teams are expected to devote themselves to the textile industry, jointly promote basic research and scientific and technological innovation in the textile industry, and actively promote the construction of a modern textile industry system.

　　 Ye Zhimin and his delegation also visited the Wuhan National Research Center for Optoelectronics and the laboratory of the Research Center for Intelligent Fiber Devices and Equipment. Professor Tao Guangming introduced the scientific principles and application scenarios of a series of new materials and equipment, such as intelligent elastic bands for anti group training, intelligent mattresses and cushions for pressure distribution monitoring, passive cooling coatings, intelligent swimming platforms and face masks for cold areas.

　　 Ye Zhimin, Chairman of the Textile Light Science and Technology Education Foundation, presented Tao Guangming, Director of the Research Center for Intelligent Fiber Devices and Equipment of Huazhong University of Science and Technology, with The Light of Money.

(Source: Textile and Clothing Weekly)