SciOpen Open Access Resource

🎉 SciOpen Surpasses 100 Journals Milestone, Accelerating Global Scientific Innovation! We are thrilled to announce that SciOpen has reached an exciting new milestone—our platform now hosts over 100 journals! 🌍📚 Since our launch in June 2022, SciOpen has worked tirelessly to provide an international digital publishing platform that integrates the entire journal production process, from rapid publication to global dissemination. With a focus on innovation and efficiency, we aim to offer scholars worldwide a more streamlined experience in academic publishing and collaboration. What sets us apart? ✨ Our platform is powered by advanced AI technology that supports intelligent reading, adaptive Q&A, and seamless interpretation of research papers in both Chinese and English. These tools enhance the way researchers access and utilize academic content, ultimately driving faster innovation. As we continue to grow, we are dedicated to exploring new technologies and deepening our partnerships across institutions globally. Together, we can push the boundaries of scientific discovery and technological advancement. 🌐 Want to learn more? Visit us at https://lnkd.in/gpRfUWgz #OpenAccess #ScientificInnovation #AI #SciOpen100 #GlobalCollaboration #AcademicPublishing

Q&A with Yingfang Liu on SciOpen's AI and Manuscript Security Policies 🧩🤖📜 Yingfang Liu is a member of our Academic Promotion team at SciOpen, who oversees ethical issues in academic publishing. Yingfang shares how SciOpen ensures manuscript confidentiality and their guidelines on AI use in scholarly writing! 🔍 Q: How does SciOpen secure authors’ manuscripts before publishing? 👉 A: Manuscripts submitted to SciOpen are treated as confidential documents. Reviewers and editors are prohibited from uploading any part of a manuscript to public AI platforms. This policy extends to all manuscript-related communications, including decision letters that may contain sensitive information. 🔍 Q: Does SciOpen have specific guidelines regarding AI and AI-assisted technology in manuscripts? 👉 A: SciOpen adheres to the COPE position statement on AI usage and follows the guidelines provided by STM Generative AI in Scholarly Communications. Here are the core principles: 🔵 AI and AI-assisted technologies cannot be listed as an author or co-author. 🔵 Authors are required to disclose any AI usage in their submission cover letter, including details of how AI tools were applied. 🔵 Information about AI tools should be clearly included in sections like Methodology or Acknowledgements. Authors must review and be accountable for any AI-generated content included in their manuscripts. SciOpen is committed to staying up-to-date with AI advancements to refine these policies as necessary, ensuring ethical practices in research and publishing. Have any questions about SciOpen’s AI policies? Comment below! 👇 #AI #AcademicPublishing #Research #AIInResearch #PublishingPolicies #ScholarlyCommunication #ManuscriptSecurity #ResearchEthics #OpenAccess #SciOpen #EthicalAI #AIinPublishing #Q&A #Insider #Interview

🌍 The Future of Energy: What's Leading the Way? 🌱 At SciOpen Open Access Resource, we're excited to showcase groundbreaking research from a wide range of journals which are shaping tomorrow's energy landscape! Here are some highlights: ☀️ Solar Power - New dye designs boost solar cell efficiency by over 10%. https://lnkd.in/egcswAtk 💧 Hydrogen Fuel - Cutting-edge hybrid electrolysis slashes energy use for hydrogen production. https://lnkd.in/eaYDmQ4Q 🌾 Biofuels - Engineered yeasts promise sustainable, high-energy biofuels for heavy transport. https://lnkd.in/eXadqPJQ 🔁 Sustainable Tech - Techno-economic analysis reveals the viability of a biofuel-driven future. https://lnkd.in/eZq7yyca Together, these studies signpost us to a brighter, greener future! 🌞🔋 Cast your vote on which renewable energy will define our future below! #Green #ChemicalEngineering #RenewableEnergy #Sustainability #Tech

🏗️ Innovating Deconstruction with Virtual Reality 🏗️ As infrastructure ages and sustainability goals grow more urgent, deconstruction is becoming a critical process. A new study published in the Journal of Intelligent Construction explores how virtual reality (VR) can revolutionize deconstruction planning. This innovative approach allows planners to: - Compare deconstruction methods safely and cost-effectively. - Use VR simulations to test deconstruction processes, reducing real-world risks. - Apply this technique to complex projects like nuclear power plant decommissioning. By leveraging VR technology, this methodology enhances decision-making and mitigates risk in high-stakes deconstruction projects. 🔗 Read the full study on SciOpen here:https://lnkd.in/ecmfAmtG The research was conducted by an international team, including Yinghui Zhao and Gabriel Earle from the University of Waterloo, showcasing how VR applications can be a game-changer for infrastructure management. #VirtualReality #Deconstruction #Sustainability #SmartConstruction #SciOpen #VR #Tech #Nuclear

🌊 Exploring Fluid Flow in Curved Elastic Tubes: Hydrodynamics Redefined 🌊 A new study published in the Journal of Intelligent Construction investigates the complex hydrodynamics of three-dimensional incompressible fluid flow in curved elastic tubes. Using an arbitrary Lagrangian-Eulerian (ALE) finite element method, the study reveals: - Tube deformations caused by fluid flow and the impact of velocity on inner tube regions. - The deviation from Poiseuille’s profile, with higher velocities observed on the inner side of bent tubes during deformation. - Key insights for designing curved pipelines that ensure more efficient flow dynamics and reduce structural stress. This research offers valuable guidance for optimizing pipeline systems across industries such as energy, construction, and fluid transport. 🔗 Read the full study on SciOpen here: https://lnkd.in/evh6KPf4 The study was led by Peng Ni from The University of Sydney and Dehong Fang from Northern Illinois University, whose combined expertise in fluid dynamics and computational modeling continues to advance engineering research in this crucial field. #FluidDynamics #PipelineDesign #EngineeringResearch #SmartConstruction #SciOpen

🏗️ Revolutionizing Structural Health Monitoring with Smart Aggregates 🏗️ In an era of rapid infrastructure development, ensuring the safety and durability of concrete structures is more critical than ever. A new study published in the Journal of Intelligent Construction explores recent advancements in piezoelectric smart aggregates for structural health monitoring (SHM). These innovative sensors, embedded in concrete, offer real-time monitoring of: - Early-age concrete strength, ensuring structures are safe for further construction. - Crack detection and damage monitoring, helping prevent catastrophic failures. - Long-term structural health, providing continuous updates on the condition of key infrastructure like bridges and dams. This research offers a roadmap for improving the reliability and efficiency of SHM, making our infrastructure safer and more resilient. 🔗 Read the full study on SciOpen here: https://lnkd.in/eq75iTMh This groundbreaking research is led by Prof. Jianpeng Jin and Dr. Pengfei Li from Tsinghua University and Chongqing Jiaotong University, respectively, along with an international team of experts in civil engineering and piezoelectric technology. #StructuralHealthMonitoring #SmartTech #PiezoelectricMaterials #ConcreteSafety #SciOpen #Construction #Safety #Tech #Materials #Concrete #CivilEngineering

🌊 Pioneering Smart Hydropower on the Lancang River 🌊 Published in the Journal of Intelligent Construction, this comprehensive study explores the evolution of intelligent construction and smart operation in the Lancang River Hydropower Projects. From initial digital dam technologies to the development of smart hydropower systems, the research highlights: - Innovations in real-time monitoring and intelligent decision-making for dam safety and operation. - Advanced technologies for automated control of underground engineering and dynamic management systems. - The role of digital twins in improving construction and operational efficiency, ensuring safety, and preventing disasters. These findings provide a roadmap for the future of hydropower, offering insights into creating more sustainable and efficient energy systems. 🔗 Read the full study on SciOpen here: https://lnkd.in/e3Xqaw3N This pioneering research is led by Hongqi Ma and Haibin Xiao from Huaneng Lancang River Hydropower Co., Ltd. Their expertise is shaping the future of intelligent hydropower technologies and contributing to advancements in sustainable energy development. #Hydropower #SmartTechnology #SustainableEnergy #LancangRiver #SciOpen

🔋 Advancing Battery Technology: V-Doped Co-Free Li-Rich Cathodes 🔋 In a step towards next-generation Li-ion batteries, a new study published in Energy Materials and Devices demonstrates the significant improvements made with V-doped Co-free Li-rich layered oxides. By constructing a layered-spinel coherent structure, the material exhibits: - A remarkable increase in initial Coulombic efficiency from 74.4% to 91.6%. - Enhanced voltage stability with minimal decay of 0.47 mV per cycle. - Strong resistance to surface-interface reactions, crucial for maintaining capacity retention and reducing oxygen release. This innovative approach offers a simple and scalable method to improve battery performance for high-energy storage applications. 🔗 Read the full study on SciOpen here: https://lnkd.in/e4d4EK6x This research is led by Dr. Chenyu Liu and Dr. Dong Luo from the Guangdong University of Technology and the Hunan University of Science and Technology, respectively. Their contributions are paving the way for the commercialization of high-performance battery materials! #BatteryTech #EnergyStorage #MaterialsScience #SciOpen #LiIonBatteries

🔋 Optimizing Graphene for Superior Electrochemical Capacitance 🔋 A recent study published in Energy Materials and Devices provides groundbreaking insights into optimizing the electrochemical properties of graphene. By investigating the effects of structural defects and substitutional doping (nitrogen and boron), researchers uncovered key findings: - Introducing structural defects led to the largest increase in the density of states (DOS), which directly enhances capacitance. - Nitrogen and boron doping caused shifts in the potential of zero charge (PZC), but structural defects had a more significant impact on quantum capacitance (CQ). This research opens new doors for the development of graphene-based supercapacitors, pushing the boundaries of energy storage technology. 🔗 Read the full study on SciOpen here: https://lnkd.in/dC9pDQYP The study is co-authored by @Alex Aziz of The Manchester Metropolitan University and Hirotomo Nishihara from Tohoku University, among others. Their work is critical for advancing materials research, focusing on improving energy storage solutions through graphene optimization. 🌟 #Graphene #Supercapacitors #EnergyStorage #MaterialsScience #SciOpen

📦 Tackling Last Mile Logistics in China’s Rural Revitalization 📦 A new study, published in the Journal of Highway and Transportation Research and Development, delves into the challenges and solutions for improving last mile logistics under China's rural revitalization strategy. 🗝️Key findings include: - High costs and slow delivery remain significant barriers for rural distribution. -Solutions focus on enhancing planning, logistics tracking, technology innovations, and infrastructure development to ensure more efficient delivery services. - Improving rural logistics systems can boost local economies and enhance residents' access to goods, increasing satisfaction and overall happiness. This research presents actionable steps to revitalize rural logistics and address the pressing issues that affect rural development. 🔗 Read the full study on SciOpen here: https://lnkd.in/eZZycneT This impactful research was led by Qiang Wang and Yanhong Li of the China Academy of Transportation Sciences, contributing to essential advancements in logistics and transportation within the context of China’s national strategies. #SupplyChain #Delivery #Logistics #RuralTransport #LogisticsSolutions #TransportationResearch #LastMile #SciOpen #Research