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Found 9 results for "学术交流"

New progress in research on mesoporous materials: influence of solvent volume and exploration of industry frontiers
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New progress in research on mesoporous materials: influence of solvent volume and exploration of industry frontiers

Effect of solvent volume on mesoporous silica nanoparticles Mesoporous silica nanoparticles are widely used in biomedicine, catalysis, adsorption and other fields. Biology News reports that solvent volume significantly affects the structure and texture properties of biosurfactant-assisted mesoporous silica nanoparticles, providing new ideas for preparation and optimization. Chinese Pioneer in Mesoporous Materials Research Chinese scientists have made remarkable achievements in the field of mesoporous materials. Professor Zhao Dongyuan of Fudan University was named a "Top Chinese Scientist" by Yicai Global for his contribution to the research of mesoporous materials, especially in catalysts and drug delivery systems.

Jul 27, 2026 Edison
Porous material research welcomes another breakthrough: Domestic scientific research teams have frequently achieved good results in the field of mesoporous materials
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Porous material research welcomes another breakthrough: Domestic scientific research teams have frequently achieved good results in the field of mesoporous materials

Domestic research on mesoporous materials has yielded fruitful results China's scientific achievements in the field of mesoporous materials have continued to emerge, and many scientists and research teams have been recognized internationally.The Shanghai Jiaotong University Research Group recently published the latest results on the co-delivery system of nucleic acid and chemotherapy drugs, which has significantly improved the targeting and therapeutic effect of drugs.The research of the research group of Shanghai Jiaotong University not only shows the application potential of mesoporous materials in the field of biomedicine, but also provides new ideas for the development of material science in the future. At the same time, Professor Zhao Dongyuan of Fudan University, as a pioneer in the field of mesoporous materials, has been highly praised by domestic counterparts.

Jul 18, 2026 Edison
Bridging biomedicine and materials science: the latest progress and achievements in mesoporous materials
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Bridging biomedicine and materials science: the latest progress and achievements in mesoporous materials

Introduction With the rapid development of biotechnology and materials science, mesoporous materials, as a new type of materials with broad application prospects, has shown its unique value in many fields.This article will focus on the latest achievements and achievements of Chinese scientists in the field of mesoporous materials research, and explore its far-reaching impact on industrial development. Mesoporous Materials Pioneer: Contribution of Professor Dongyuan Zhao As a pioneer in the field of mesoporous materials research, Professor Zhao Dongyuan's work has not only promoted the development of this field, but also won China a reputation in the international scientific community.Professor Zhao's research focuses on

Jun 12, 2026 Edison
Advanced Materials: Breakthroughs in multiple fields and industry conferences gather the cutting-edge of new materials technology
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Advanced Materials: Breakthroughs in multiple fields and industry conferences gather the cutting-edge of new materials technology

Introduction Advanced Materials, as a top journal in the field of materials science, has always been committed to reporting the most cutting-edge and innovative research findings. Recently, the journal has not only collaborated with Xi'an Jiaotong University in academic publishing, launching a series of academic special issues related to advanced materials, but also reported on several significant breakthroughs in technological innovation, including fast-charging batteries and optically tunable materials. Furthermore, the successful convening of the second International Academic Conference on Advanced Materials and Aerospace Structural Mechanics heralds new development opportunities for the field of materials science. Collaboration between Academia and Industry: Xi'an

Jun 11, 2026 Edison
New breakthroughs in the field of porous materials: Chinese researchers shine on the international stage
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New breakthroughs in the field of porous materials: Chinese researchers shine on the international stage

Introduction In recent years, with the continuous advancement of materials science and technology, mesoporous materials have become one of the hotspots in the scientific research field due to their unique physicochemical properties and broad application prospects. Chinese scientists have made particularly significant contributions in this area, from groundbreaking work to the constant emergence of application achievements, demonstrating China's leading position and technological strength in the research of mesoporous materials. The following are several important achievements and honors of Chinese research teams in the field of mesoporous materials research in recent years. Zhao Dongyuan: Pioneer of Mesoporous Materials Zhao Dongyuan, as a pioneer in mesoporous materials research in China

Jun 10, 2026 Edison
Advanced Materials: Industry cutting-edge research and market trends
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Advanced Materials: Industry cutting-edge research and market trends

Preamble Advanced Materials, as a world-leading scientific journal, has always been a barometer of research and development in materials science. Recently, the journal has not only published several innovative research papers but also reported on commercial dynamics within the industry. This article will focus on these news materials to explore new advances in the field of materials science, particularly in battery technology and optical regulation. Rapid Charging Technology Advances Orbital Hybridization Nanocrystal Interfaces Enable Fast Charging Aqueous Zinc Batteries Without Anodes In the field of electronic engineering, charging speed and energy density have always been among the most closely watched performance metrics. Recently

Jun 05, 2026 Edison
Advanced Materials Industry Trends: Scientific research achievements are blooming, and growth is sought amid stock market fluctuations
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Advanced Materials Industry Trends: Scientific research achievements are blooming, and growth is sought amid stock market fluctuations

Scientific Research Highlights Frequenty Appear, Advanced Materials Becomes a Stage for Materials Science Research Recently, the journal Advanced Materials has continuously published research achievements from multiple higher education institutions in China, highlighting China's rapid progress and significant accomplishments in the field of materials science. These achievements not only provide new directions for the fundamental research in materials science but also bring possibilities for breakthroughs in the practical application of new materials. Xian Jiaotong University's Academic Special Issue Shines According to the news from Xian Jiaotong University, the latest issue of Advanced Ma

Jun 03, 2026 Edison
Advanced materials technology welcomes new breakthroughs and market boom
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Advanced materials technology welcomes new breakthroughs and market boom

Introduction With the continuous advancement of technology, the advanced materials sector has ushered in new development opportunities. Recently, Advanced Materials journal has consecutively reported on academic special issues and research achievements from Chinese universities, while the capital market has also shown high attention to the advanced materials industry, especially the silicon carbide field. This article will comprehensively analyze these developments and explore the latest trends in the advanced materials industry. Academic Frontier Xian Jiaotong University’s Special Issue Released According to reports, Advanced Materials journal has recently published a special issue from Xian Jiaotong University. This special issue covers

May 30, 2026 Edison
Thermal management system industry outlook: technological innovation and market growth from 2025 to 2036
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Thermal management system industry outlook: technological innovation and market growth from 2025 to 2036

引言 随着全球电子设备的功耗不断增大,以及对能效和可靠性的要求日益提高,热管理系统技术已成为众多电子与汽车工业的关键发展方向之一。本文将对2025年至2036年间热管理系统的技术创新和市场增长趋势进行分析,基于最近发表的几项研究与报告,探讨该行业的未来走向。 市场概览 热管理系统市场规模及其份额 根据Fortune Business Insights的最新报告指出,至2034年,热管理系统市场的

Apr 28, 2026 Edison