Economic development, energy demand, and carbon emission prospects ofChina's provinces during the 14th Five-Year Plan period: Application ofCMRCGE model

This study focuses on a national regional coordinated development strategy and adopts China Multi-Regional Computable General Equilibrium model to analyze the economic and social development, energy demand, and carbon emissions of the provinces during the 14th Five-Year Plan (FYP, 2021 2025) period based on the economic development and energy demand since the New Normal. The main conclusions are the following: 1) Under the guidance of the regional coordinated development strategy, 13 provinces/municipalities are expected to have a per capita gross domestic product (GDP) of more than US$15,000, and 16 provinces/municipalities will have a per capita GDP of US$10,000 15,000. All provincial economies are expected to achieve steady and rapid development by the end of the 14th FYP. 2) The total energy consumption of the provinces is expected to reach 5.45 Gtce (excluding Tibet) in 2025, and the average annual growth rate is approximately 1.5%. The growth of energy demand will remain in low speed. The key point of energy demand will gradually shift from the eastern to the middle area, while the proportion of energy use in the western provinces will remain stable, which is consistent with the economic development stage and regional coordinated development strategy. 3) The annual average carbon intensity (mainly considering carbon emissions from energy use) of the provinces will approximately with most provinces dropping by over 4.0%. The trend of a considerable decline in carbon intensity, as observed in recent years, is expected to continue.

ZTE SDR Solution Nominated for GSMA's 14th Global Mobile Awards

ZTE Corporation (ZTE) has been shortlisted for the Best Network Technology Advance Award at the 2009 Global Mobile Awards for its cutting-edge Software Defined Radio (SDR) solution. ZTE is the only Chinese company nominated for this global award

The 14th China International Trade Fair for Apparel Fabrics and Accessories

1,129 suppliers from around the world will bring the latest products to one of the most important apparel textile trade events in northern China.Intertextile Beijing Apparel Fabrics,to be held 27-29 March 2008,is an ideal destination for sourcing apparel textiles and accessories from mass market

Installation Ceremony for the 14th Living Buddha Gyamya

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Vehicle emissions of primary air pollutants from 2009 to 2019 and projection for the 14th Five-Year Plan period in Beijing, China

Over the past decade,the emission standards and fuel standards in Beijing have been upgraded twice,and the vehicle structure has been improved by accelerating the elimination of 2.95 million old vehicles.Through the formulation and implementation of these policies,the emissions of carbon monoxide(CO),volatile organic compounds(VOCs),nitrogen oxides(NO_(x)),and fine particulate matter(PM_(2.5))in 2019 were 147.9,25.3,43.4,and 0.91 kton in Beijing,respectively.The emission factor method was adopted to better understand the emissions characteristics of primary air pollutants from combustion engine vehicles and to improve pollution control.In combination with the air quality improvement goals and the status of social and economic development during the 14th Five-Year Plan period in Beijing,different vehicle pollution control scenarios were established,and emissions reductions were projected.The results show that the emissions of four air pollutants(CO,VOCs,NO_(x),and PM_(2.5))fromvehicles in Beijing decreased by an average of 68% in 2019,compared to their levels in 2009.The contribution of NOx emissions from diesel vehicles increased from 35% in 2009 to 56% in 2019,which indicated that clean and energy-saving diesel vehicle fleets should be further improved.Electric vehicle adoption could be an important measure to reduce pollutant emissions.With the further upgrading of vehicle structure and the adoption of electric vehicles,it is expected that the total emissions of the four vehicle pollutants can be reduced by 20%-41% by the end of the 14th Five-Year Plan period.

中国石化“十四五”主要勘探进展与发展战略

在系统梳理中国石油化工股份有限公司(简称中国石化)“十四五”以来高质量勘探举措、理论技术进展及油气勘探成果的基础上,提出了油气勘探发展战略。“十四五”以来,中国石化坚定资源发展信心,大力推动高质量勘探实践,在塔里木、四川、渤海湾、准噶尔、鄂尔多斯等盆地的深层碳酸盐岩、陆相页岩油、深层页岩气、中西部碎屑岩、成熟探区隐蔽油气藏、深层煤层气等领域取得了主要勘探成果,为石油稳增长、天然气快上产夯实了储量基础。同时,发展完善了超深走滑断控缝洞型油气成藏理论、创新形成了页岩油成储成烃富集理论、深化了海相页岩气“二元富集”与致密碎屑岩油气差异富集机理认识等;攻关形成了复杂地质结构与储层结构条件下的以地震勘探、深层—超深层钻完井、超深层测录试井、水平井压裂技术等为代表的关键技术与工程工艺技术。展望未来,中国石化探区具备石油稳定发展、天然气快速发展的资源基础,勘探工作聚焦保拓矿权、勘探突破、规模增储三大核心责任,以深地工程、页岩油气示范工程、致密碎屑岩效益攻坚、常非统筹为统领,加快推进战略突破发现,落实规模增储阵地,进一步夯实上游可持续发展资源基础。

“十四五”时期义乌市跨境电商发展的驱动机制研究

义乌是中国小商品进入全球商贸流通体系的第一枢纽,也是引领全国跨境电商新模式、新业态发展的前沿阵地。加快发展跨境电商是新时期义乌打造全球大众贸易双循环中心,高质量、高水平建成世界小商品之都,实现经济社会数字化转型的关键路径。本文通过回顾“十三五”时期义乌市跨境电商的发展历程,分析“十四五”时期义乌市跨境电商的发展趋势,评估当前义乌市跨境电商面临的问题和挑战,从而明确“十四五”时期义乌市跨境电商的总体要求和发展目标,制定“十四五”时期义乌市跨境电商的发展策略,以期为政府部门制定相关政策提供理论支撑与对策参考。

高校图书馆志愿服务体系构建研究——基于西安交通大学图书馆实践

志愿服务在我国高校图书馆被广泛实施,为数智时代图书馆高质量发展提供新视野、新路径。西安交通大学图书馆“十四五”规划提供面向学生社团、志愿者创新实践项目支持,助力西迁精神的传承、科学精神的培养和人文素质的养成。观念引领、制度保障、文化滋养和数智驱动项目实施,目标性构建“三层次六维度”2EPC模式志愿服务体系框架,图书馆志愿服务迈向制度化、规范化、专业化、智慧化建设轨道。采用单案例深描揭示研究过程演变和机理,深入挖掘情景要素及其相互影响机制,以期为高校图书馆志愿服务提供参考借鉴。

基于NVivo的省级公共图书馆“十四五”发展规划文本质性分析

探讨分析各省级公共图书馆“十四五”发展规划,有助于了解全国公共图书馆未来事业发展方向,进而促进公共文化体系构建。以“十四五”时期27个省级公共图书馆的发展规划文本为研究对象,借助NVivo软件对这些政策文本进行质性分析。通过文本编码,构建开放式编码、主轴编码和选择性编码的三级体系框架,归纳分析参考点数。研究表明,各省级公共图书馆“十四五”期间发展重点集中在推广全民阅读活动、搭建多元资源保障体系、助力智慧图书馆建设以及开展合作交流等方面。此外,不同地区具有区域性差异。未来应该重视用户需求的精准化识别,打造更好的文化传播氛围,助力图书馆事业高质量发展。

战略规划背景下我国高校图书馆事业发展探析

“双一流”高校是我国教育强国战略重点建设的高校,其图书馆战略规划内容代表了我国高校图书馆对图书馆事业发展的规划与思考。文章选取我国“双一流”高校图书馆的“十四五”战略规划文本作为研究对象,采用科学计量学方法对其进行检索并提取关键词,利用VOSviewer1.6.20对关键词共现矩阵进行聚类和可视化,在此基础上从资源、服务、技术和管理四个领域对高校图书馆的发展规划内容进行了统计并分析,以期为我国图书馆事业的未来发展提供借鉴。

“十四冬”助推高职体育课程思政建设的路径研究

“十四冬”是历届全国冬季运动会中规模最大、项目最多、标准最高的一届,其丰富的赛事文化内涵是高职院校加强体育课程思政建设工作的重要契机。本文分析高校体育课程思政实施中所存在的问题,提出“十四冬”助推高职体育课程思政建设的实践路径,以“十四冬”赛事文化提高课程思政实施质量,丰富体育教师的知识、技能与经验,建立体育赛事助力课程思政建设的资源共享机制。

融入课程思政的高职公共英语教材——基于“十四五”职业教育国家规划教材的研究

通过对“十四五”职业教育国家规划教材中的八种高职公共英语教材进行研究,了解这些教材融入课程思政的理念、内容和方法等,为未来编写高职公共英语教材及课堂融入课程思政起到借鉴作用。

第十四届全运会大气污染物减排措施对西安市气溶胶中水溶性离子和含碳组分的影响

人为源密集的城市是空气污染影响的主要区域,厘清城市地区排放源的变化与大气污染物浓度之间的影响作用机制,有助于协调我国大气污染防控与城市社会经济发展之间的关系。为研究第十四届全运会期间大气污染物减排措施对西安市大气污染物(PM_(2.5)、PM_(10)、SO_(2)、NO_(2)、O_(3)和CO)的影响,于2021年8月6日至10月1日使用在线监测仪器观测了环境六要素、气象要素和PM_(2.5)中的气溶胶化学组分(有机碳、元素碳和水溶性离子)。结果表明:大气污染物减排措施对主要污染物O_(3)和PM_(2.5)浓度日变化的影响不同,主要由温度对光化学过程的影响和扩散条件差异导致。O_(3)在减排措施实施期间晴天峰值浓度更高、持续时间更长、浓度变化更迅速。PM_(2.5)在减排措施实施前晴天白天的峰值浓度较高,并在减排措施实施期间晴天夜间的峰值浓度较高。大气污染物减排措施对PM_(2.5)中化学组分的影响不同,尤其是对有机碳的组成影响较大。与减排措施实施前晴天相比,减排措施实施期间晴天NO_(3)^(-)、SO_(4)^(2-)、NH_(4)^(+)、Cl^(-)、Ca^(2+)、Na^(+)和NO_(2)^(-)浓度降低了17.9%~71.8%,K^(+)、Mg^(2+)和元素碳浓度增加了1.9%~13.6%,有机碳浓度仅降低了1.0%,但是一次有机碳浓度增加了13.6%,二次有机碳浓度降低了4.7%。NO_(3)^(-)/SO_(4)^(2-)值在减排措施实施期间晴天(0.53)远低于减排措施实施前晴天(1.66),表明减排措施实施期间交通源的贡献显著降低。降雨对NO_(3)^(-)和NH_(4)^(+)的清除较弱,反而会增加其浓度,但对K^(+)、Mg^(2+)、Ca^(2+)和Na+的清除作用较强。NO_(3)^(-)、SO_(4)^(2-)和NH_(4)^(+)在减排措施实施前后均是水溶性离子最重要的组成,在水溶性离子中的占比为90.8%(减排措施实施前的晴天)~95.8%(减排措施实施期间的雨天)。二次有机碳是有机碳的主要组成,占比为75.5%(减排措施实施期间的雨天)~79.9%(减排措施实施前的晴天)。不同阶段的水溶性离子和含碳气溶胶浓度日变化特征不同。NO_(3)^(-)、SO_(4)^(2-)和NH_(4)^(+)浓度晴天的日变化为单峰型分布,雨天为多峰型分布。

信息化智能时代财会人才培养框架若干思考

改革开放以来,中国历经了三次重大会计变革,由手工记账到会计电算化,再由电算化到财务共享中心,现在正式步入了信息化智能会计时代,实现了人力替换和成本节约。通过利用智能技术合理的实现财务数据的信息化、模块化,加速提升了财务会计发展与市场经济的契合程度,从而提高经济效益和社会效应。本文从十四五规划出发,基于ESG的理念,为应对当下和未来市场经济对财会人才的需求,通过供应侧优化,提出财会人员培养若干建议。

The April 14th, 2010 Yushu earthquake, a devastating earthquake with foreshocks

In the early morning of April 14th, 2010, a strong earth- quake (Ms7.1, http://www.csndmc.ac.cn; Mw6.9, http://neic. usgs.gov) occurred in Yushu district, Qinghai Province, China. More than 2000 lives were lost and over 100000 injured,

有效推动新时代食用菌产业的高质量发展

2022年12月8日,《易门县“十四五”食用菌产业发展规划(2021-2025年)》正式发布。本文中对《规划》颁布的背景和原因进行了简述,并从产业发展环境、总体思路、发展目标、产业空间及结构布局、重点任务、保障措施等方面对其内容进行解读与特点分析,以期为推动新时代食用菌产业高质量发展提供参考。