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《应用科技研究》(Applied Science and Technology Research)是工程与技术领域国际开放获取期刊,发表应用科学与工程技术方向的原创研究、综述及工程应用案例,涵盖材料、电子信息、计算机、人工智能、环境与能源等领域,强调理论创新与工程实践融合及成果的可验证、可复现与转化价值,实行严格双盲同行评审制度。
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Research Articles
PDCA循环在工程项目进度管理中的应用机制与优化路径
工程项目进度受计划目标、资源投入、技术条件、合同关系与现场协同共同影响。传统管理重计划编制、轻过程反馈,设计变更、材料供应和专业交叉等扰动易削弱原计划的约束力。针对计划可实施性不足、资源与任务脱节、检查滞后及纠偏经验难以固化等问题,本文构建以分级计划、资源协同、偏差识别和标准化改进为核心的 PDCA 进度管理框架,并以四川成都 A 厂房项目为例进行分析。研究表明, PDCA 的价值不在于机械划分四个阶段,而在于形成... -
Research Articles
铌酸钠基(NaNbO3-based)反铁电陶瓷储能性能改善研究进展
环境友好型无铅反铁电陶瓷因其超快放电速率和高储能密度,在脉冲功率系统中展现出巨大的应用潜力。目前,铌酸钠 ( NaNbO 3 ) 基陶瓷因其在实现高储能密度方面的潜力而受到广泛关注,这源于其特有的双电滞回线特征,即具有较高的 P max 和较低的 P r (即较大的极化差 Δ P = P max - P r )。本文突破了传统综述的策略罗列模式,基于 “ 容差因子( t )与离子... -
Research Articles
陶瓷催化膜反应器技术进展
本文围绕陶瓷催化膜反应器中催化与分离协同技术在材料中的研究进展,梳理了溶胶 - 凝胶法、中空纤维构型设计及共烧结等陶瓷膜制备与调控工艺的发展,通过将催化活性位点与膜孔道选择分离性相结合,实现了反应分离过程的同步进行。在此基础上从催化合成降解、水污染控制等方面,阐述了其在气 / 液相选择性合成与水体难降解微污染物高效消除中的优势;同时描述了催化氧化与电化学作用在抑制膜污染及实现原位自清洁方面的协同效应。未来新型催化材料与... -
Research Articles
Investigation of Electron Spin Polarization-Regulated Lithium Metal Deposition Behavior and Its Interfacial Mechanisms
Abstract: Lithium metal anodes, featuring an ultrahigh theoretical specific capacity and a low electrochemical potential, are widely regarded as promising candidates for next-generation high-energy-density batteries.... -
Research Articles
Recent Advances in Crystalline-Amorphous Heterointerface Engineering of High-Entropy Oxides for Oxygen Evolution Catalysis
High-entropy oxides (HEOs) have demonstrated great potential in enhancing the activity and stability of oxygen evolution reaction (OER) catalysts for water electrolysis, owing to their entropy-stabilization effect, ...
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