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The Woolmark company 2023世界地球日特别策划：和地球一起减负

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国际公关 2024年第7期 69-70页

作者： The Woolmark company、FINN PArTNErS

获奖情况：环境保护与绿色传播金奖申报单位：The Woolmark company、FINN PArTNErS项目背景作为国际权威的羊毛纺织品认证机构，The Woolmark company长期致力于推广羊毛在可持续方面的影响力。相比于目前市场上更受关注的“废弃物再...

获奖情况：环境保护与绿色传播金奖申报单位：The Woolmark company、FINN PArTNErS项目背景作为国际权威的羊毛纺织品认证机构，The Woolmark company长期致力于推广羊毛在可持续方面的影响力。相比于目前市场上更受关注的“废弃物再生、循环利用”话题，The Woolmark company希望令消费者关注天然纤维本身的环保特性，做出更负责任的消费决策。

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番禺市桥先锋社区微改造,广州,广东,中国

世界建筑 2024年第4期 50-53页

作者： Guangzhou Atelier cnS Architectural Design Limited company School of Architecture, South China University of Technology Guangzhou Urban Planning and Design company Limited 广州市竖梁社建筑设计有限公司华南理工大学建筑学院广州市城市规划设计有限公司

先锋社区位于市桥之心,自古以来承担着番禺政商中心的城市职能,是千年番禺历史文化的缩影,拥有显赫的宗族聚落文化和丰富的工商贸易文化遗存。21世纪以来,因番禺积极融入广州主城区发展,向北形成经济、教育、居住集聚区,导致番禺城市重... 详细信息

先锋社区位于市桥之心,自古以来承担着番禺政商中心的城市职能,是千年番禺历史文化的缩影,拥有显赫的宗族聚落文化和丰富的工商贸易文化遗存。21世纪以来,因番禺积极融入广州主城区发展,向北形成经济、教育、居住集聚区,导致番禺城市重心北移,市桥的功能和空间日渐衰落,成为番禺城市发展的洼地,旧日荣光不再。在中国全面推进城镇老旧小区改造的背景下,本项目以历史文化保护与集体回忆再现为导向,探究不同于一般老旧社区微改造的新路径、新思路。

关键词：历史文化保护老旧社区城市职能微改造集聚区集体回忆重心北移文化遗存

radar System Engineering

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Journal of Systems Engineering and Electronics 1995年第1期6卷 48-56页

作者： Dale r. Billetter(raytheon company, Massachusetts. USA) raytheon company Massachusetts USA

Abstract

关键词： radar tracking Target tracking Systems engineering and theory Equations Noise

Synthesis and characterization of nanocarbon from waste batteries via an eco-friendly method

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Waste Disposal and Sustainable Energy 2024年第2期6卷 197-208页

作者： Maraim Kh.Uoda Hussein Q.Hussein rana r.Jalil Chemical Engineering Department College of EngineeringUniversity of BaghdadBaghdadIraq Thi.Qar Oil company NassriyaIraq Petroleum research and Development Center BaghdadIraq

The widespread use of disposable batteries to power common electronic devices is a major source of *** are growing environmental and health concerns due to the expansion of e-waste around the ***,developing a reli-able system for recycling old batteries has reached the top of the recycling priority *** current study presents a novel approach to synthesis carbon nanoparticles(CNPs)from spent batteries via an eco-friendly method that offers economical,environment-friendly,and nontoxic approaches in comparison to conventional chemical *** synthesized nano-particles were characterized by field emission scanning electron microscopy(FE-SEM),energy-dispersive X-ray(EDX),powder X-ray diffractometry(XrD),UV-VIS absorption analysis(UV),Fourier transform infrared spectroscopy(FT-Ir),Atomic force microscope(AFM),and thermo-gravimetric analysis(TGA).The average diameter of the synthesized particles was 40.16 nm,and the particles tended to be aspherical in *** analysis also predicted the presence of pure carbon,with some contamination arrived at 15%(in weight).This is a novel study in which nanocarbons were synthesized in a brine(7600x10-6)from a target(CNPs>75 nm),which paves the way for future use of CNPs derived from spent batteries and helps the environment by decreasing the amount of electronic waste dumped in landfills.

关键词： Novel Zn-C battery Carbon nanoparticles Characterization Eco-friendly methods

Development and Application of Universal Formability Technology

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Journal of Materials Science & Technology 2001年第4期17卷 471-472页

作者： Yanwu Xu Ford Motor.company,USA Ford Motor Co. Detroit Michigan United States

Using mathematical plasticity theories, universal formability (UF) technology has been developed and applied in the automotive stamping engineering and production. As a formability analysis tool, this technology is the major methodology for the development of stamping expert system (solution provider) for (a) product design and feasibility analysis, (b) material automatic selection using nomograms, (c) draw die design using pre-models, and (d) UF and robustness analysis of die performance in finite element analysis (FEA) environment.

关键词： Development and Application of Universal Formability Technology mode

Kaoline-based catalyst for a high stability desulfurization of sour heavy naphtha in a three-phase oscillatory baffled reactor

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Particuology 2024年第1期84卷 249-260页

作者： Hassan M.Hmood Saba A.Gheni Safaa M.r.Ahmed Mudheher M.Ali Hamid Yonis Saleh Mohammed H.Mohammed Awad E.Mohammed Marwan A.Mahomood Hiba r.Mohammed Ahmed A.Hassan Adam Harvey North refineries company Ministry of OilIraq Chemical Engineering Department Tikrit UniversityIraq Ministry of Oil Iraq AL-Hawija Technical Institute Northern Technical UniversityMoselIraq School of Engineering Newcastle UniversityUK

To meet the rapidly increasing demand for energy and the dramatic depletion of conventional crude oil,it is imperative to utilize sour *** no coke being produced,oxidative desulfurization(ODS)of naphtha lowers its sulfur content and average molecular *** this article,we outline a method for heavy naphtha non-extractive ODS using a very stable *** technique involves the use of a solid catalyst with oxygen gas as the *** necessitated relatively high mixing intensities;hence a three-phase Oscillatory Baffled reactor(OBr)was *** catalyst was based on the zeolite ZSM-5,prepared from natural kaolin by a series of delamination and activation steps and impregnated with Fe.A TiO2 nanolayer was applied,using the sol-gel method,to prevent rapid *** reactor performance was evaluated to minimize the sulfur content in the naphtha *** to the protective coating,the sulfur conversion stabilized at 90%.The results of this work establish the use of natural clay-based catalysts in a continuous,three-phase ODS,particularly with regard to proving long-term *** also showed that modest ODS can be achieved using an environmentally friendly oxidant,at mild operating conditions,whilst maintaining stability.

关键词： Natural kaoline Desulfurization Three-phase Oscillatory baffled reactor

Estimation of the amount of erosion at unconformities in the last stage of the Eocene Sanduo period in the Subei Basin,China

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Petroleum Science 2009年第4期6卷 383-388页

作者： Chen Liqiong Jiangsu Oilfield company,SINOPEC,Jiangsu 225009,China Jiangsu Oilfield company SINOPEC Jiangsu China

Strata erosion is a widespread phenomenon in sedimentary basins. The generation, migration, and accumulation of hydrocarbon is influenced by the scale of erosion, so estimating the amount of erosion is essential in the analysis of oil and gas bearing basins. According to the geological features in the Subei Basin and the actual data, using the integrated method, we estimated the level of erosion at the unconformities caused by the Sanduo event. By using the mudstone interval transit time method and the vitrinite reflectance method on data from typical wells, it can be concluded that the Gaoyou, Jinhu, and Hongze depressions suffered strong strata erosion from the late Eocene to Oligocene, and the total strata erosion thickness was 300–1,100 m. Different tectonic units in the same depression have extremely uneven erosion intensity: the low convex regions have the maximum erosion thickness, amounting to 800–1,100 m; the slope regions have an erosion thickness of generally 600–800 m; the erosion thickness of the slope-hollow transition zone is 300–500 m. For the whole basin, we used the strata thickness trend analysis method combined with the interval transit time and vitrinite reflectance methods to estimate the erosion thickness in the Sanduo period. The results show that the most severe erosion of the Sanduo event in the Subei Basin is between 1,000 m to 1,200 m, mainly located in depressions around the Jianhu Uplift; the deep hollow area has the least erosion, generally about 300–600 m, and the erosion in the slope area is about 600–900 m. Compared with the northern part, the southern part has relatively little erosion. It is also proved that the Sanduo movement has heterogeneous intensity, and the western region has greater intensity than the eastern region.

关键词： Unconformity estimation of erosion mudstone interval transit time method vitrinite reflectance method Subei Basin

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社区服务机器人设计,城市生活的友好伴侣

工业设计 2024年第1期 15-15页

作者： Hyundai Motor.company Hyundai Motor.company

经历了长期的发展,服务机器人正在经历转变,逐步成为社区服务的一部分,成为人们的生活伴侣。在这一场景下,友好性和可接近性是未来服务机器人设计的主要方向。设计师们开发了一个品牌形象,通过像素风的显示方式实现与用户直观和独特的... 详细信息

经历了长期的发展,服务机器人正在经历转变,逐步成为社区服务的一部分,成为人们的生活伴侣。在这一场景下,友好性和可接近性是未来服务机器人设计的主要方向。设计师们开发了一个品牌形象,通过像素风的显示方式实现与用户直观和独特的沟通方式,这款服务机器人被视为友好的终身伴侣,包括儿童在内的任何人都可以与之分享他们的特殊时刻。

关键词：服务机器人显示方式机器人设计友好性社区服务可接近性沟通方式品牌形象

Preparation and Application of C60 High Performance Concrete

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International Journal of Minerals,Metallurgy and Materials 1998年第4期12卷 241-244页

作者： Jizhong Li(Concrete company of Beijing Urban Construction Group, Heijing 100039, China) Concrete company Beijing Urban Construction Group Beijing 100039 China

C60 High Performance Concrete (HPC) was prepared by limiting cement content and adopting compositesuperplasticizer, low-alkalinity expansive agent and high-quality line mixture. The results showed that the performance of the prepared C60 HPC was excellent. By adopting some advanced construction techniques such as usingsecondary vibration and secondary face compaction, controlling temperature difference and paying special attentionto early curing in the construction process, the prepared C60 HPC had been successfully applied in the monolithicstructure of huge building.

关键词： concrete performance construction techniques application of C60 high performance concrete