面对人工智能技术驱动的深刻变革,高校图书馆正从传统的资源中心向创新中心转型。为探索开放创新生态的构建路径,文章以美国国会图书馆的Innovator in Residence(IIR)项目为核心范例,综合运用案例分析与比较研究方法,系统剖析了其运作...面对人工智能技术驱动的深刻变革,高校图书馆正从传统的资源中心向创新中心转型。为探索开放创新生态的构建路径,文章以美国国会图书馆的Innovator in Residence(IIR)项目为核心范例,综合运用案例分析与比较研究方法,系统剖析了其运作机制、核心理念以及在不同机构中的多元化实践样态,构建了一个由AI技术与AI素养教育双核驱动,以开放创新平台、创新服务机制、创新能力体系、创新支持环境为四根支柱的生态系统模型,并结合中国国情提出了本土化实施策略,为我国高校图书馆“因校制宜”地构建多层次、动态演进的创新项目体系,提供了理论高度与实践价值兼备的行动蓝图。展开更多
Composites made from biopolymers and natural fibers are gaining popularity as alternative sustainable structural materials.Biopolyesters including polylactic acid(PLA),polybutylene succinate(PBS),and polyhydroxyalkano...Composites made from biopolymers and natural fibers are gaining popularity as alternative sustainable structural materials.Biopolyesters including polylactic acid(PLA),polybutylene succinate(PBS),and polyhydroxyalkanoate(PHA),when mixed with natural fibers such as kenaf,hemp,and jute,provide an environmentally acceptable alternative to traditional fossil-based materials.This article examines current research on developments in the integration of biopolymers with natural fibers,with a focus on enhancing mechanical,thermal,and sustainability.Innovative approaches to surface treatment of natural fibers,such as biological and chemical treatments,have demonstrated enhanced adhesion with biopolymer matrices,increasing attributes such as tensile strength and rigidity.Furthermore,nano filling technologies such as nanocellulose and nanoparticles have improved the attributes of multifunctional composites,including heat conductivity and moisture resistance.According to performance analysis,biopolymernatural fiber-based composites may compete with synthetic composites in construction applications,particularly in lightweight buildings and automobiles.However,significant issues such as degradation in humid settings and longtermendurancemust be solved.To support a circular economy,solutions involve the development ofmoisture-resistant polymers and composite recycling technology.This article examines current advancements and identifies problems and opportunities to provide insight into the future direction of more inventive and sustainable biocomposites,and also the dangers they pose to green technology and industrial materials.These findings are significant in terms of the development of building materials which are not only competitive but also contribute to global sustainability.展开更多
Purpose–This study summarizes the overall situation of the resources of the national science and technology innovation platform in the railway industry,including the distribution of platform types,supporting institut...Purpose–This study summarizes the overall situation of the resources of the national science and technology innovation platform in the railway industry,including the distribution of platform types,supporting institutions,construction sites,professional fields,etc.,to provide a reference for the further improvement and optimization of the national science and technology innovation platform system in the railway industry.Design/methodology/approach–Through literature review,field investigation,expert consultation and other methods,this paper systematically investigates and analyzes the development status of the national science and technology innovation platform in the railway industry.Findings–Taking the national science and technology innovation platform of the railway industry as the research object,this paper investigates and analyzes the construction,development and distribution of the national science and technology innovation platform of railway industry over the years.And the National Engineering Research Center of High-speed Railway and Urban Rail Transit System Technology was taken as an example to introduce its operation effect.Originality/value–China Railway has made great development achievements,with the construction and development of national science and technology innovation platform in the railway industry.In recent years,a large number of national science and technology innovation platforms have been built in the railway industry,which play an important role in railway technological innovation,standard setting and commodification,and Railway Sciences provide strong support for railway technology development.展开更多
The intertwined challenges of climate change, resource scarcity, and conflict require innovative integrated solutions that address both environmental and societal vulnerabilities. Technological innovation offers a tra...The intertwined challenges of climate change, resource scarcity, and conflict require innovative integrated solutions that address both environmental and societal vulnerabilities. Technological innovation offers a transformative pathway for climate change adaptation and peacebuilding, with emphasis on a holistic approach to managing resource conflicts and environmental challenges. This paper explores the synergies between emerging technologies and strategic framework to mitigate climate-induced tensions and foster resilience. It focuses on the application of renewable energy systems to reduce dependence on contested resources, blockchain technology to ensure transparency in climate finance, equitable resource allocation and Artificial Intelligence (AI) to enhance early warning systems for climate-related disaster and conflicts. Additionally, technologies such as precision agriculture and remote sensing empower communities to optimize resource use, adapt to shifting environmental conditions, and reduce competition over scares resources. These innovations with inclusive governance and local capacity-building are very primordial. Ultimately, the convergence of technology, policy, and local participation offers a scalable and replicable model for addressing the dual challenges of environmental degradation and instability, thereby paving the way for a more sustainable and peaceful future.展开更多
The new quality productivity is the productivity driving high-tech,which has the ability to empower the future emerging industries with foresight.Therefore,the theoretical perspective of new quality productivity studi...The new quality productivity is the productivity driving high-tech,which has the ability to empower the future emerging industries with foresight.Therefore,the theoretical perspective of new quality productivity studies the soul and countermeasures of Chinese science and technology enterprises has far-reaching theoretical and practical significance.This study primarily focuses on the following three aspects:First,in the digital age,understanding the challenges and issues faced by traditional tech companies due to new quality productivity,exploring organizational innovation mechanisms applicable to tech enterprises to guide their development direction;Second,researching the intrinsic driving relationship between new quality productivity and the organizational innovation capabilities of tech enterprises,redefining the soul of tech enterprise organizations to enhance organizational combat effectiveness,cohesion,and vitality;Finally,using the DT provincial branch as a case study,discussing how new quality productivity shapes the soul of organizational culture in tech enterprises,enhancing organizational capabilities,strengthening internal collaboration,promoting agile,flexible,and efficient operations,and accelerating innovation,efficiency,and value creation in tech enterprises.展开更多
Innovation in the period product category has experienced a boost in recent years as part of the growing interest in women’s health products.Disruptive brands,start-ups and the area of Fem Tech are key areas to watch...Innovation in the period product category has experienced a boost in recent years as part of the growing interest in women’s health products.Disruptive brands,start-ups and the area of Fem Tech are key areas to watch.Collectively they are destigmatizing this category,and we can finally use the word“period”in marketing,as well as talking about the issues women deal with.Simultaneously,there has been an explosion in products in the sexual health category and a move away from outdated,reserved language.展开更多
文摘面对人工智能技术驱动的深刻变革,高校图书馆正从传统的资源中心向创新中心转型。为探索开放创新生态的构建路径,文章以美国国会图书馆的Innovator in Residence(IIR)项目为核心范例,综合运用案例分析与比较研究方法,系统剖析了其运作机制、核心理念以及在不同机构中的多元化实践样态,构建了一个由AI技术与AI素养教育双核驱动,以开放创新平台、创新服务机制、创新能力体系、创新支持环境为四根支柱的生态系统模型,并结合中国国情提出了本土化实施策略,为我国高校图书馆“因校制宜”地构建多层次、动态演进的创新项目体系,提供了理论高度与实践价值兼备的行动蓝图。
文摘Composites made from biopolymers and natural fibers are gaining popularity as alternative sustainable structural materials.Biopolyesters including polylactic acid(PLA),polybutylene succinate(PBS),and polyhydroxyalkanoate(PHA),when mixed with natural fibers such as kenaf,hemp,and jute,provide an environmentally acceptable alternative to traditional fossil-based materials.This article examines current research on developments in the integration of biopolymers with natural fibers,with a focus on enhancing mechanical,thermal,and sustainability.Innovative approaches to surface treatment of natural fibers,such as biological and chemical treatments,have demonstrated enhanced adhesion with biopolymer matrices,increasing attributes such as tensile strength and rigidity.Furthermore,nano filling technologies such as nanocellulose and nanoparticles have improved the attributes of multifunctional composites,including heat conductivity and moisture resistance.According to performance analysis,biopolymernatural fiber-based composites may compete with synthetic composites in construction applications,particularly in lightweight buildings and automobiles.However,significant issues such as degradation in humid settings and longtermendurancemust be solved.To support a circular economy,solutions involve the development ofmoisture-resistant polymers and composite recycling technology.This article examines current advancements and identifies problems and opportunities to provide insight into the future direction of more inventive and sustainable biocomposites,and also the dangers they pose to green technology and industrial materials.These findings are significant in terms of the development of building materials which are not only competitive but also contribute to global sustainability.
文摘Purpose–This study summarizes the overall situation of the resources of the national science and technology innovation platform in the railway industry,including the distribution of platform types,supporting institutions,construction sites,professional fields,etc.,to provide a reference for the further improvement and optimization of the national science and technology innovation platform system in the railway industry.Design/methodology/approach–Through literature review,field investigation,expert consultation and other methods,this paper systematically investigates and analyzes the development status of the national science and technology innovation platform in the railway industry.Findings–Taking the national science and technology innovation platform of the railway industry as the research object,this paper investigates and analyzes the construction,development and distribution of the national science and technology innovation platform of railway industry over the years.And the National Engineering Research Center of High-speed Railway and Urban Rail Transit System Technology was taken as an example to introduce its operation effect.Originality/value–China Railway has made great development achievements,with the construction and development of national science and technology innovation platform in the railway industry.In recent years,a large number of national science and technology innovation platforms have been built in the railway industry,which play an important role in railway technological innovation,standard setting and commodification,and Railway Sciences provide strong support for railway technology development.
文摘The intertwined challenges of climate change, resource scarcity, and conflict require innovative integrated solutions that address both environmental and societal vulnerabilities. Technological innovation offers a transformative pathway for climate change adaptation and peacebuilding, with emphasis on a holistic approach to managing resource conflicts and environmental challenges. This paper explores the synergies between emerging technologies and strategic framework to mitigate climate-induced tensions and foster resilience. It focuses on the application of renewable energy systems to reduce dependence on contested resources, blockchain technology to ensure transparency in climate finance, equitable resource allocation and Artificial Intelligence (AI) to enhance early warning systems for climate-related disaster and conflicts. Additionally, technologies such as precision agriculture and remote sensing empower communities to optimize resource use, adapt to shifting environmental conditions, and reduce competition over scares resources. These innovations with inclusive governance and local capacity-building are very primordial. Ultimately, the convergence of technology, policy, and local participation offers a scalable and replicable model for addressing the dual challenges of environmental degradation and instability, thereby paving the way for a more sustainable and peaceful future.
文摘The new quality productivity is the productivity driving high-tech,which has the ability to empower the future emerging industries with foresight.Therefore,the theoretical perspective of new quality productivity studies the soul and countermeasures of Chinese science and technology enterprises has far-reaching theoretical and practical significance.This study primarily focuses on the following three aspects:First,in the digital age,understanding the challenges and issues faced by traditional tech companies due to new quality productivity,exploring organizational innovation mechanisms applicable to tech enterprises to guide their development direction;Second,researching the intrinsic driving relationship between new quality productivity and the organizational innovation capabilities of tech enterprises,redefining the soul of tech enterprise organizations to enhance organizational combat effectiveness,cohesion,and vitality;Finally,using the DT provincial branch as a case study,discussing how new quality productivity shapes the soul of organizational culture in tech enterprises,enhancing organizational capabilities,strengthening internal collaboration,promoting agile,flexible,and efficient operations,and accelerating innovation,efficiency,and value creation in tech enterprises.
文摘Innovation in the period product category has experienced a boost in recent years as part of the growing interest in women’s health products.Disruptive brands,start-ups and the area of Fem Tech are key areas to watch.Collectively they are destigmatizing this category,and we can finally use the word“period”in marketing,as well as talking about the issues women deal with.Simultaneously,there has been an explosion in products in the sexual health category and a move away from outdated,reserved language.
