Wuhan Textile University Launched The "Challenge Cup" Excellent Project Propaganda

On the 8th, Wuhan Textile University held the 18th "Challenge Cup" press conference and the launching ceremony of excellent project publicity.

It is reported that since the launch of the competition in October 2022, Wuhan Textile University has sent more than 40 teachers and students to the final. After 5 days of fierce competition, the school achieved excellent results with the hard work of all the participating teachers and students and the support of the rear team. Among them, in the "Challenge Cup" main event, a total of 1 grand prize, 2 first prizes, 2 second prizes and 1 third prize were won; In the red special activities, it won 1 grand prize and 1 third prize in total; Won one second prize in the special contest of "unveiling the list and taking the lead"; In the "black technology" exhibition activity, he won one "galaxy level" work (the highest award); Won 1 special award for cumulative innovation. The university won the "Cup of Excellence" (the only university in Hubei Province) for the first time with the result of ranking 31st in the total score of the national team, and became the initiator of the 19th "Challenge Cup" competition.

The project of the School of Environmental Engineering of Wuhan Textile University, New Carbon Recovery Water Treatment Technology Driven by Polymerizable and Degradable Catalytic Interface Acceleration, won the main Saite Prize. The project mainly solves the technical problems of efficient and low-carbon wastewater treatment in China's economic development, especially the key point of toxic organic wastewater treatment, and has carried out research on directional regulation of pollutant interface catalytic removal path, To achieve the dual goals of carbon recovery and water treatment.

The first prize in the main competition of the project "Serving the country with" paper "- sandwich structure special aramid composite insulating paper" of the College of Materials Science and Engineering, which studies the physical and chemical characteristics of PPS and aramid fibers, proposes to use PPS as a new material to replace traditional aramid paper raw materials, and independently develops the preparation technology of PPS superfine fibers, We have innovatively developed a new process of microfiber manufacturing and molding - low-temperature in-situ plastic, and made the first design for the structure of aramid paper. The key indicators of the sandwich structure aramid paper produced by us have exceeded the foreign high-end products.

The project "Telling a Good Chinese Story": Research on the Continuous Path of Intangible Cultural Heritage Display Narration and Intelligent Communication - Empirical Investigation Based on Multidimensional Intangible Cultural Heritage Exhibition Cases "of the Academy of Arts and Design won the first prize in the main event. The project is committed to the protection, inheritance and dissemination of intangible cultural heritage, and promoting the creative transformation and innovative development of Chinese excellent traditional culture.

The project of Birmingham Fashion and Creative College, "Smart Painting and Handwriting - Research on the Practice of Digital Interactive Art Shaping Rural Red Culture", won the red special award. The project is based on the vision of telling good Chinese red stories and spreading good rural red culture. In the face of the current situation of the revival and promotion of red culture and the irreversible reduction of the number of veterans in the War of Resistance against Japan, from the perspective of digital science and technology, the project deeply explores the revolutionary stories of red villages and the deeds of veterans in the War of Resistance against Japan through digital cultural and creative products and online cloud based small programs.

The project of the national key laboratory of new textile materials and advanced processing technology jointly built by the province and the ministry, Cellulose Nanocrystalline Coatings, won the national "galaxy level" work (the highest prize) in the "Black Science and Technology" exhibition activity. Inspired by colorful organisms in nature, the project is based on the self-assembly of cellulose nanocrystals to form chiral photonic structures and produce structural color characteristics, It is proposed to prepare functional photonic coatings with cellulose nanocrystals as structural units, compounded with micro absorbers and bio plasticizers; The coating can be applied on the surface of textiles, wood, plastics, glass, metal and other substrates on a large scale to form a stable, durable, extreme environment resistant and biodegradable bright structural color.

Aiming at the major strategic needs of the country and the frontiers of disciplines, Wuhan Textile University has focused on promoting technological innovation in key areas of the industry, injected source power into the cultivation of top-notch innovative talents, and transformed the advantages of scientific and technological innovation into advantages of talent cultivation. First, relying on the joint construction of the national key laboratory by the province and the ministry, a high-level scientific research and innovation team has been created through internal training and external introduction, which has condensed scientific problems, carried out technical research, and injected source power into the cultivation of innovative talents. The second is to cultivate top-notch teachers with innovative and entrepreneurial abilities in the process of promoting high-level scientific research projects, so as to guide students to compete and obtain a batch of high-quality discipline competition results. Third, undergraduate students are encouraged to enter teams and laboratories to stimulate research enthusiasm. The school promotes junior undergraduate students to enter teams and laboratories, with the goal of cultivating students' interest in scientific research. Inspiration and research enthusiasm of students can be stimulated through hands-on experiments. (End)