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2017-09-27

World Tribology Conference Successfully Concluded Our School's Multidisciplinary Exchange Fruitful

世界摩擦学大会是摩擦学领域最高级别的国际会议,始办于1997年,于2017年首次移步中国。适逢20周年之际,本届大会吸引了2000余名中外摩擦学工作者共聚北京,探讨世界摩擦学科学、工程及技术的可持续发展。  9月18日,第六届世界摩擦学大会在北京国际会议中心正式拉开序幕,由中国机械工程学会摩擦学分会主办,清华大学承办。开幕式上,清华大学党委书记、校务委员会主任陈旭,大会主席、清华大学机械学院院长、清华大学天津高端装备研究院(简称“高端院”)院长雒建斌院士参与致辞环节,雒建斌在致辞中表示,本次大会将聚焦能源、绿色相关的摩擦学发展需求,关注新生领域,争取创造更加高效、安全、绿色的地球家园。   雒建斌院士    会议为期五天,从9月18日开幕到22日闭幕,按照摩擦学的不同方向设立了摩擦科学、磨损及表面工程等9个相关主题会场,并举办“摩擦领域科技展览”。高端院及下设的润滑技术研究所(简称“润滑所”)、润滑与摩擦检测中心(简称“检测中心”)、表界面微纳技术研究所(简称“表界面所”)、先进能源装备技术研究所(简称“先进能源所”)、工业自动化装备与技术研究所(简称“工业自动化所”)共同组建了一支专业技术团队,参与到本次大会的学术报告、海报展示、科技展览等多个环节,展台区展示的科技成果转化产品和技术原理建造模型受到参观者的广泛关注,并吸引了清华大学附属中学(简称“清华附中”)学生们的集体参观。  高端院展区现场    高端院常务副院长何永勇介绍我院基本情况    清华附中学生参观爬壁机器人      润滑技术研究所:  润滑所研发组长张继平,研发工程师李小磊、淮文娟出席本次会议,其中淮文娟为本次会议的报告嘉宾,以“Tribologicalpropertiesofsulfur_and_phosphorus_freeorganicmolybdenum(SPFM)compoundsasadditivesinoil”为题主要阐述非硫磷有机钼在基础油、发动机油、齿轮油中的性能测试、表面分析、作用机理及与其他添加剂的协同作用。  李小磊在展会现场介绍润滑技术研究所基本情况  淮文娟进行学术报告      润滑与摩擦检测中心:  检测中心的智能润滑系统展台亮相科技展览馆,此项技术利用在线传感器与智能专家系统对设备润滑状态进行故障诊断与反馈调节,能够实现智能化的磨损故障诊断与最优化的设备润滑管理,对新工业时代背景下装备运维领域的发展具有重要意义。检测中心共有四人参与了本次学术会议,并分别进行了学术交流和海报展示。其中,高端院副院长、检测中心主任张向军以“Non_equilibriumthermodynamicsmodelandexperimentsonthin_filmlubrication:theroleofinterfacialinteraction”为题进行了学术交流,引起了参会专家的高度赞扬;胡志红分享了“TheInfluenceofAbrasivesinGreaseonTribologicalPropertiesofSteelMaterial”的学术报告;周鹏飞与刘艺展示了题为“Theactionmechanismandregularitiesoftheadditiveforfriction_increasinggrease”和“MorphologyAnalysisofEnginevalveGuideWearSurface”的学术海报。  张向军副院长为参会人员介绍智能润滑系统  张向军副院长做学术交流      表界面微纳技术研究所:  表界面所所长汪家道带领的博士生AwaisMahmood所展示的学术海报“Moleculardynamicssimulationofwettingbehaviorofadropletoncarbon_nanotubes”被评选为大会最佳海报,常务副所长杜川关于PTFE自组装涂层工业滤料的学术海报“PolytetrafluoroethyleneSelf_assemblyCoatingUsedinIndustrialFlueGasFiltrationMaterial”获得一致好评,同时,表界面所亮相科技展览会的技术产品甲醛净化布备受关注,推广量大幅提升。  汪家道介绍甲醛净化布的优势性能  先进能源装备技术研究所:  科技展览会上,先进能源所展出的海上浮动式核电站、加速器驱动先进核能系统均为先进能源所参与设计和开发项目的模型产品,吸引多名专家学者参观,并与研究所工程师徐雅晨、孙嘉琦现场交流讨论。同时徐雅晨、孙嘉琦分别展示了题为“ExperimentalStudyonTribologicalbehaviorofW_Ni_FeAlloyAgainstSIMPSteelintheDifferentAtmospheres”和“ElastohydrodynamicLubricationofBearingsinCollingCircuitofLead_BismuthBasedReactor”的学术海报。    先进能源所的展品展示    先进能源所学术海报      工业自动化装备与技术研究所:  工业自动化所亮相的三轮磁吸附爬壁机器人、四轮爬壁机器人、AGV全向轮小车是集研究所在工业自动化、特种机器人和无损检测技术与装备方向的科技成果转化产品,展览首日即有500人驻留并观看爬壁机器人及AGV小车的运行。展会现场,常务副所长赵志刚,技术工程师吴景然、李凯、邹威、杨东宇、张悦悦、丁雨林对中外学者关于磁吸附爬壁机器人的应用功能、吸附原理等询问一一作出解答。  大会主席、高端院院长雒建斌视察展位工作  团队合影    为期5天的大会总结了近期摩擦学各个方向的研究成果,在盛会的助力下,高端院与世界摩擦学权威学术专家、同行科研人员相互学习,掌握了世界摩擦学研究的最新发展方向,也让更多的行业专家、企业集团了解了高端院团队在摩擦学领域以及其它智能制造方面的优势与实力。  清华大学天津高端装备研究院始终坚持以高端装备设计、制造和技术服务为切入点,在轨道交通、海洋航空、机器人、工业建设等高端装备制造中不断进行润滑、摩擦方面的技术创新,先后与海尔集团、徐工集团、南车集团、中航工业、郑州奥特等知名企业展开合作。相信未来的高端院能够继续发挥清华尖端技术的平台效应,为更多的高端制造企业提供品质服务、优质产品。    院务部企宣办报道文/赵娜

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2017-09-29

High-end hospital sand industry team helps the 13th Conference of the Parties of the United Nations Convention to Combat Desertification

The United Nations Convention to Combat Desertification is one of the three major environmental conventions under the framework of the United Nations Conference on Environment and Development. It was adopted in Paris on June 7, 1994 and officially entered into force in December 1996. On September 15, 2017, the 13th Conference of the Parties to the United Nations Convention to Combat Desertification came to an end in Ordos, Inner Mongolia Autonomous Region, China. Since its opening on September 6, the two-week meeting has attracted more than 2000 representatives from 196 contracting countries and more than 20 international organizations. All parties have conducted in-depth consultations and discussions on the issue of combating desertification. For a long time, the Sand Industry Engineering Equipment Research Institute of Tianjin High-end Equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute") has been committed to promoting the sustainable development of the sand industry, developing and designing a complete set of mechanical equipment around the needs of Salix wood manufacturing technology, and relying on the Inner Mongolia Qingyan Salix Industrial Engineering Technology Center Co., Ltd. jointly established by the High-end Institute and the People's Government of Yijinhuoluo Banner in Ordos City, focusing on the comprehensive utilization of Inner Mongolia, science and technology to promote the development of the Salix industry, with the Salix industry to promote desertification control. Li Maolin, executive deputy director of the Sand Industry Engineering Equipment Research Institute, attended the conference. The first phase of the project started construction on October 16, 2016. At present, a Salix profile production line with an annual output of 15000 m and a wood structure housing production line with an annual output of 30000 ㎡ have been built in Yijinhuoluo Banner, Ordos City. On June 30, 2017, the first batch of Salix wood was successfully rolled off the production line. On September 6, the first batch of Salix wood-"Tianjiao Shengmu Pavilion" was unveiled at the Conference of the Parties, which quickly received representatives from all over the world. Widely concerned, works of art have been produced in the desert, and China's determination and measures to combat desertification have won praise from the world. Chinese and foreign representatives gathered at the end of the Tianjiao Shengmu Pavilion Conference. The sand industry team of the high-end hospital will continue to work hard to continuously improve process technology, optimize production equipment, improve management mode and improve staff skills. Do not forget your initiative mind will continue to move forward on the road of promoting desertification control with Salix industry. Salix Wood Products to the International Stage Sand Industry Engineering Equipment Research Institute Report/Wang Qian

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2017-09-30

Our hospital participated in the signing ceremony of Xinhua News Agency's joint research and development of China's desertification control index.

On September 26, 2017, the China Economic Information Service (an enterprise directly under Xinhua News Agency) and six R & D institutions held a joint R & D signing ceremony for the China Desertification Control Index in Beijing. Li Maolin, Executive Deputy Director of the Institute of Sand Industry Engineering Equipment, Tianjin High-end Equipment Research Institute, Tsinghua University, participated in the signing ceremony. The signing ceremony China Economic Information Service adopted the 16 model, in conjunction with China Desert Control and Sand Industry Association, Tsinghua University Tianjin High-end equipment Research Institute, Desertification Research Institute of Chinese Academy of Forestry Sciences, Inner Mongolia Autonomous region Sand Prevention and Control Association, Inner Mongolia Autonomous region Sand Industry Grass Industry Association and Ordos City Desertification Control and Sand Industry Grass Industry Association jointly developed China Desertification Control Index. According to the signed research and development agreement, several institutions will give full play to their respective resource advantages to collaborate in the research and development of China's desertification control index, and on this basis, establish a desertification control index big data management system. The opening of this work is an important measure to implement the spirit of the 13th Conference of the Parties to the United Nations Convention to Combat Desertification held in Ordos, Inner Mongolia this month. It aims to use data standards to improve the modernization of desertification control and contribute to global desertification control. China's wisdom, work together to build a community with a shared future for global environmental governance. Sand Industry Engineering Equipment Research Institute Report/Wang Qian

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2017-09-30

The blade server of the Advanced Energy Equipment Technology Institute of our institute was officially put into use.

On September 22, 2017, the Shuguang blade server purchased by the Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as the "High-end Institute") Advanced Energy Equipment Technology Research Institute (referred to as the "Advanced Energy Institute") was officially put into use. Through the financial support of the Industrial Technology Research Institute, the blade server has been successfully deployed and will be used for high-performance computing in scientific research. With the rapid development of information society, human demand for information processing capabilities is getting higher and higher, not only oil exploration, aerospace defense, scientific research and other demand for high-performance computers, and finance, enterprises and other broader areas of high-performance computing demand is also growing rapidly. Since May 2017, Advanced Energy Institute has completed market research, competitive negotiation, server room location, room environment renovation and other work of high-performance HPC servers, and finally built an excellent high-performance HPC computing platform, which will be used for OTSG flow field analysis of small reactors and 3D modeling platforms of small reactors and digital nuclear power. The overall double-precision peak performance of the high-performance HPC computing system on the server blade platform reaches 7.04 trillion times per second, including 10 dual-channel computing nodes. The computing network adopts high-speed InfiniBand switches for system-wide line-speed switching. The platform provides complete cluster system software, including: node Linux operating system; Shuguang Gridview cluster operating system provides system monitoring, management, alarm, statistics, job scheduling and other commonly used mathematical function libraries, openMP and MPI parallel development environment, GPU development environment, and other related HPC development environment. The computing platform has the characteristics of high computing performance, large memory capacity, low overall power consumption, high density, and high reliability. Server Blade Node For the high-performance HPC servers purchased this time, Advanced Energy Institute will also provide high-performance computing platforms and high-performance computing services to research institutes in related technical fields, so as to promote the development of high-end institutes in the field of high-performance computing. Report by Advanced Energy Equipment Technology Research Institute/Zhang Zhiqing Figure/Zhang Zhiqing

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2017-10-11

Tianjin Municipal Party Committee Formulated and Issued "Opinions on Comprehensively Strengthening the Work of Urban Grassroots Party Building"

街道社区党组织是党在城市基层工作的基础,是社会治理体系中的一级重要“战区”,担当执政使命,关乎执政根基。日前召开的市委城市基层党的建设工作会议,深入学习贯彻习近平总书记系列重要讲话精神特别是关于城市基层党建工作重要指示精神,全面落实全国城市基层党建工作经验交流座谈会精神,对我市城市基层党建工作作出部署。同时,市委制定印发了《关于全面加强城市基层党建工作的意见》《中国共产党天津市街道工作委员会工作规则》《天津市社区工作者管理办法》三个指导性文件。本报将对这三个文件进行报道。   为切实加强党对城市基层工作的领导,进一步巩固党的执政基础,形成符合社会主义现代化大都市特点和规律的城市党建新格局,近日,市委制定印发了《关于全面加强城市基层党建工作的意见》(以下简称《意见》)。   《意见》围绕加强党对城市基层工作的领导,牢固树立城市大党建的理念,着力构建城市基层党建工作新格局,从健全完善城市基层党建工作机制、强化街道社区党组织领导核心地位、提高城市基层党建工作整体效应等5个方面提出了20项工作措施。   四级联动五事联办推进区域协同共治   《意见》提出,构建市、区、街道、社区四级联动机制,把城市基层党建作为一项系统工程,形成有机衔接、有序推进、有效运转的四级联动组织体系、责任体系、制度体系,建立四级城市基层党建联席会议制度,逐级建立并严格执行基层党建情况通报、动态管理、巡查检查、跟踪问效制度,合力推进城市基层党的建设。健全街道工委和社区党委兼职委员工作机制,全面构建以街道党工委为核心,社区党组织为基础,辖区单位党组织共同参与的区域化党建领导体系,实现大事共议、实事共办、要事共决、急事共商、难事共解“五事联办”,推进区域协同共治。   “区域化”“网格化”绘就党建新格局   《意见》明确,坚持区域化党建和网格化党建相结合,构建完善“社区党委—网格党支部—楼门党小组”网格化组织体系,推动沿街商铺、广场公园、文化团队、志愿者队伍和流动党员集中点建立党的组织,把党建工作、服务群众、市容环境、安全稳定等纳入网格管理,推动需求在网格发现、资源在网格整合、问题在网格解决,提高服务党员、服务群众的精准化精细化水平。   取消街道招商引资、协税护税等职能   《意见》强调,深化街道体制改革,完善街道职能定位,强化街道抓党建职责,取消招商引资、协税护税等职能及相应考核指标,把工作重心转移到抓党建、抓治理、抓服务上来,转移到营造良好发展环境上来;推进社区减负增效,取消对社区工作“一票否决”事项,不得将社区作为行政执法、拆迁拆违、环境整治、城市管理、安全生产等工作事项的责任主体;加强街道党建工作力量配备,推动街道干部下沉到社区指导帮建;全面推进社区党组织书记、居委会主任“一肩挑”。   考察干部要了解“八小时之外”社区表现   《意见》明确,深化单位党组织到驻地社区、在职党员到居住地社区“双报到”,确定共建项目,建立健全责任约束和评价机制,推进组织联建、党员联管、资源联用、活动联办、服务联做;全面建立在职党员社区表现档案,引导在职党员管好自己、带好家人、引领楼门、服务社区;社区党组织每季度确定一天为“固定活动日”;明确考察干部到居住地社区了解情况,了解“八小时之外”社区表现情况。   打造“红色物业”共建幸福社区    《意见》要求,推进党建引领社区自治共治,形成以社区党组织为核心,居委会和居务监督委员会为基础,业委会、物业企业、社会组织为纽带,驻区单位和各类经济组织共同参与的社区治理机制;加强社区“一委一居一站”建设,强化社区工作站公共管理服务功能;加强社区党组织对业委会和物业企业的领导,在业委会中成立党的工作小组,打造“红色物业”,使物业企业成为党组织联系和服务群众的重要力量;社区党组织领导居委会、居务监督委员会、业委会换届工作;积极推进城市化进程中村转社区改制,完善组织架构,加快形成覆盖城乡社区的管理服务体系。   “权随责走”“费随事转”确保经费用到实处   《意见》明确,强化基层基础保障,持续加大财政支持力度,严格落实“权随责走”“费随事转”,确保各类经费足额到位、用到实处;投放到社区的各类资源要以社区党组织为主渠道落实;突出党建元素和承载功能,高标准建设街道、社区党群服务中心,鼓励建设区级党群服务中心,统一街道社区党群服务中心标识,充分发挥团结凝聚和服务党员群众的功能作用。   用“按键”之“键”推动党建之“建”   《意见》提出,加快推进党建信息化建设,推动现代信息技术与城市基层党建深度融合,以智慧党建引领智慧城市建设;整合党建信息系统资源,依托“津云”大数据平台,提升“天津党建”数字化平台功能,全面推行党员电子档案,加快构建基层党组织建设信息系统,构建区域化管理服务平台,用“按键”之“键”推动党建之“建”。   党员在哪里党建覆盖到哪里   《意见》还明确了扩大城市新兴领域党建覆盖,深入实施非公有制经济组织和社会组织党的组织和党的工作“全覆盖”工程;依托产权单位、物业企业等建立商务楼宇党组织,以园区为单位建立党建工作机构,依托街道党工委或市场管理部门建立商圈市场党组织,统筹抓好社区社会组织党建覆盖;强化基层党组织政治功能和服务功能,推动党建工作规范化建设,全面提升城市基层党建工作水平。   为推动《意见》的贯彻落实,市委还制定印发了《贯彻落实〈中共天津市委关于全面加强城市基层党建工作的意见〉任务责任清单》,进一步细化任务分工,明确牵头单位和责任部门,以清单管理将党建责任任务层层传导落实。 2017年10月11日来源:天津日报

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2017-10-12

Gather the Majestic Strength to carry forward the past and forge ahead into the future-the birth of the 19th National Congress of the Communist Party of China

历史发展的重要关头,总有一批批优秀分子挺立潮头,勇担使命;   民族复兴的宏图伟业,要靠一代代共产党人不忘初心,接续奋斗。   2017年9月29日,中国共产党第十九次全国代表大会代表名单正式向社会公布。   在以习近平同志为核心的党中央坚强领导下,全国40个选举单位精心组织、周密安排,选举产生了凝聚全党意志的十九大代表。他们是从全体党员中千挑万选出的优秀分子,是经各级党组织逐级遴选产生的杰出代表。   肩负使命,开拓未来。   承载着8900多万名党员和450多万个党组织的重托,2287名代表将在即将召开的党的十九大上,履行神圣职责,认真总结过去5年工作,制定适应时代要求的行动纲领和大政方针,选举产生新一届中央委员会和中央纪律检查委员会,为实现“两个一百年”奋斗目标、实现中华民族伟大复兴的中国梦擘画新篇。   事关全局的重大任务——选好代表是开好十九大的重要基础。党中央高度重视,作出一系列决策部署,确保代表选举工作圆满成功   金秋的北京,总会给人带来特别的期待。   2017年8月31日,中共中央政治局会议建议,中国共产党第十九次全国代表大会于2017年10月18日在北京召开。   中华民族伟大复兴的奋斗史,即将迎来又一个重要时刻。   改革开放以来,我们党先后召开7次全国代表大会,一笔笔绘就了中国特色社会主义事业的宏伟蓝图,一次次奏响了迈向中华民族伟大复兴的壮美乐章。   即将召开的党的十九大,是在我国全面建成小康社会决胜阶段、中国特色社会主义发展关键时期召开的一次十分重要的大会。大会将高举中国特色社会主义伟大旗帜,以马克思列宁主义、毛泽东思想、邓小平理论、“三个代表”重要思想、科学发展观为指导,贯彻习近平总书记系列重要  讲话精神和党中央治国理政新理念新思想新战略,为决胜全面建成小康社会、开创中国特色社会主义新局面吹响奋进的号角。   十九大代表肩负着新的历史使命,凝聚着全党意志,承载着人民期望。他们的政治素质、履职能力、组成结构,直接影响议事决策质量,关乎大会顺利召开。选好十九大代表,关系到党的领导核心作用的发挥,关系到党的事业兴旺发达,关系到党和国家的长治久安。   党中央高度重视十九大代表选举工作。习近平总书记多次听取汇报,作出重要指示,提出明确要求,为做好这项工作指明了正确方向。   2016年9月、10月,中央政治局常委会和中央政治局先后召开会议,就十九大代表选举工作进行专门研究,提出了做好这项工作的总体要求和工作任务,强调各级党组织要高度重视,认真履行职责,精心组织实施,确保圆满完成选举任务。   2016年10月,中共中央印发《关于党的十九大代表选举工作的通知》,明确了选举单位的划分、代表名额分配、代表条件和构成、产生程序等政策规定。   党中央要求,十九大代表选举工作要以党章为根本遵循,坚持党的性质,加强党的领导,发扬党内民主,严肃选举纪律,突出政治标准和先进性,体现广泛代表性,改善代表结构,规范产生程序,确保十九大代表素质优良、结构合理、分布广泛、党员拥护。   在继承中创新,在创新中发展,是我们党推进工作的一条重要经验。   按照中央要求,十九大代表选举工作既坚持以往成熟做法,又充分吸收党内选举的新鲜经验,在许多方面作出改进和完善。   ——严把人选政治关,坚持把政治标准放在首位,突出考察人选的理想信念、政治品格和道德修养。   ——严把人选廉洁关,对所有人选党风廉政情况进行核查,坚决防止“带病提名”“带病当选”。   ——进一步优化代表结构,突出向基层倾斜,适当提高生产和工作第一线代表比例,准确认定人选身份,防止“顶帽子”。   ——充分发扬党内民主,坚持走群众路线,组织动员所有基层党组织和党员参加代表人选的推荐提名。   ——强调把纪律和规矩挺在前面,对违规违纪问题“零容忍”,一经发现坚决查处。   经党中央批准,中央组织部召开会议,对十九大代表选举工作作出具体安排,并组织开展选举工作业务培训,制作了代表选举产生流程图,确保代表选举工作制度化、程序化、规范化;代表选举过程中,加强与各选举单位的沟通联系,对有关政策问题及时研究答复,总结推广好经验好做法,强化工作指导。中央宣传部、中央组织部根据党中央批准的宣传方案,组织新闻媒体积极开展宣传,为代表选举工作顺利进行营造良好的舆论氛围。   按照党中央统一部署,从2016年11月开始,十九大代表选举工作在全党范围内有序展开。各选举单位以高度的政治责任感和历史使命感,精心组织实施,扎实开展代表选举工作。   党中央高度重视、领导有力,各级党组织周密安排、抓好落实,广大党员群众热情关注、踊跃参与,确保了代表选举工作圆满成功,为党的十九大胜利召开凝聚起广泛的思想共识,汇聚起强大的正能量。   好中选优的遴选标准——十九大代表应是共产党员中的优秀分子。各级党组织坚持把政治标准放在第一位,层层审核、严格把关,确保选出符合中央要求、党员拥护的代表   中国共产党是中国工人阶级的先锋队,同时是中国人民和中华民族的先锋队,是中国特色社会主义事业的领导核心,代表中国先进生产力的发展要求,代表中国先进文化的前进方向,代表中国最广大人民的根本利益。十九大代表选举必须坚持党的性质,体现先进性、代表性。   龚德凌是江西省芦溪县源南学校党总支书记,这次光荣当选十九大代表。1987年大学毕业后,他响应号召支援山区教育,30年如一日扎根基层,为贫困山村教育呕心沥血、默默奉献。过去几年里,龚德凌作为省、市、县、乡党代会代表,认真履行职责,积极反映党员群众的意见,共提出提案或建议30余条,为促进当地教育事业发展作出积极贡献。   为把像龚德凌这样的基层一线优秀党员选出来,江西省认真落实中央要求,突出先进性、广泛性、代表性,从近年来表彰的先进模范人物中梳理出一批工人、农民、专业技术人员等优秀党员名单,供基层党组织和党员在推荐代表人选时参考。   像江西一样,全国其他选举单位严格按照中央规定代表应具备的五项条件开展推荐提名,引导基层党组织和广大党员坚持标准、好中选优,把那些理想信念坚定、政治立场正确、作风品行优良、工作业绩突出、履职能力较强的党员推荐上来。   在坚持中央规定的代表条件基础上,一些省区市结合脱贫攻坚、科技创新、维护民族团结和社会稳定的实际,进一步细化代表条件,并认真落实到推荐提名中。   天下大事必作于细,成于严。   严,体现在严把人选政治关。   讲政治是共产党人的立身之本。党的十八大以来,习近平总书记多次强调,政治问题,任何时候都是根本性的大问题。我们党作为马克思主义政党,讲政治是突出的特点和优势。讲政治这一条如果不过关,其他都不过关。   十九大代表选举过程中,各选举单位坚持把政治标准放在首位,着重了解人选对党忠诚、坚守理想信念、严守政治纪律和政治规矩方面的情况,着重了解坚持中国特色社会主义道路自信、理论自信、制度自信、文化自信,牢固树立政治意识、大局意识、核心意识、看齐意识等方面的情况,着重了解坚决同以习近平同志为核心的党中央保持高度一致,坚定不移维护党中央权威和集中统一领导等方面的情况。   河南、青海等地明确人选政治标准的具体要求,坚决把政治立场不坚定、政治观点模糊、执行党的路线方针政策不坚决的人挡在门外。河北省制定“负面清单”,明确了13种不能推荐为代表人选的情形。   始终把政治标准作为“硬杠杠”,严格对照、甄别核查,确保选出的代表政治过硬、立场坚定,坚决贯彻党中央决策部署。政治上有问题的,一票否决。   严,体现在严把人选廉洁关。   广西壮族自治区蒙山县蒙山镇北楼村党总支书记黄树新被推荐为代表人选后,区党委组织部对他进行了严格组织考察。   “我们找了他身边45人谈话,进村入户全方位听取群众意见。对他的廉政审查情况,要求他所在的乡镇党委书记和纪委书记‘双签字’进行把关,落实党组织书记的第一责任、纪检部门的监督责任。”考察组副组长、区党委组织部干部四处处长全宇飞说。为严把人选廉洁关,考察组综合运用巡视、审计、年度考核等结果,认真梳理党纪政纪处分情况、民主生活会和组织生活会上党员群众所提的意见,综合分析、严格核查每个人选的廉洁情况。   所有考察对象的档案材料必审,纪检机关的意见必听,违纪违法线索具体的信访举报必查,考察对象是党员领导干部的个人有关事项报告必核……选举过程中,各选举单位认真落实“四必”要求,对人选进行“全面体检”。对企业、金融等方面的代表人选,还征求了工商、税务、环保等行政执法和行业主管部门的意见。   对代表人选中的所有中管干部,中央纪委审核了党风廉政情况,中央组织部查核了个人有关事项报告。对存在问题不宜作为代表人选的,及时作了调整。   坚持把廉洁要求作为原则底线,毫不放松、绝不含糊,确保把品行良好、清正廉洁的优秀党员选出来。廉洁上有硬伤的,坚决挡在门外。   千淘万漉始见金。   据中央组织部有关负责人介绍,当选代表总体上符合中央规定的条件,具有较高的思想政治素质、良好的作风品行和较强的议事能力,在生产工作中做出了显著成绩。十九大召开前,十九大代表资格审查委员会还将对当选代表进行资格审查。   发扬民主的成功实践——十九大代表的产生充分体现了广大党员意志。各选举单位发扬民主、严格程序、严肃纪律,使代表选举成为民主集中制教育和严肃党内政治生活的过程   发扬民主才能好中选优,严格程序才能保证质量。   中央要求,十九大代表选举要坚持党的领导与发扬民主有机统一,按照自下而上、上下结合、反复酝酿、逐级遴选的办法产生,具体程序分为推荐提名、组织考察、确定代表候选人初步人选名单、确定代表候选人预备人选、会议选举5个环节。   环环相扣、周密有序的程序,充分体现了民主集中制原则,保障了党员的民主权利,激发了广大党员的参与热情。   内蒙古自治区阿拉善盟地广人稀,盟党委组织推荐小组携带着几十个流动票箱,走遍全盟27万平方公里,动员偏远乡村的基层党组织和党员参与推荐提名。   “党组织千方百计地保障我的选举权,他们这么重视我的推荐意见,我怎么能辜负党组织的信任。”内蒙古自治区阿拉善盟85岁高龄、有着69年党龄的蒙古族党员白顺一笔一划填写完相关信息后,将十九大代表推荐票郑重投入票箱。   选举过程中,各选举单位结合“两学一做”学习教育,采取专题党课、媒体宣传、印发手册等多种方式,组织党员深入学习、准确领会中央关于十九大代表选举工作的重要精神和政策规定;利用上门通报情况、视频连线、短信、微信、电话联系等多种形式,组织广大党员参与推荐提名。   针对流动党员、离退休党员和年老体弱党员的实际,福建、辽宁等地充分运用党员组织关系排查成果,采取多种方式征求他们的意见。四川省结合开展“走基层、送温暖”活动,湖北省组织开展主题党日活动,让所有基层党组织和党员都参与进来。中央直属机关、中央国家机关根据所属党组织实际情况,广泛宣传发动,细化推荐提名环节步骤;工商银行、建设银行等结合金融单位特点,在支行、二级分行、一级分行扎实组织开展推荐提名,确保参与率。   据统计,各选举单位基层党组织参与实现了全覆盖,党员参与率平均达到99.2%,比十八大时提高了1.2个百分点。   在这一过程中,各选举单位把中央要求与各自实际结合起来,采取多种方式推荐提名。18个省区市按中央分配的代表名额,适当扩大比例、逐级分配名额进行推荐提名;10个省区市按中央分配的代表名额,组织各推荐单位和基层党组织进行全额推荐提名;其他省区市把两种方式结合起来推荐提名。   各级党组织充分发扬党内民主,保障和落实党员民主权利,凡是未经多数基层党组织和党员提名的不作为推荐人选,凡是未征求下级党组织意见、未经多数党组织和党员同意的不报送上级党组织。   许多党员干部深有感触地说,选好十九大代表,扛起的是党员的政治责任,托举的是党的崇高使命。一次推荐提名就是一堂生动的党课,不仅强化了责任担当,更激发了学先进、赶先进、当先进的劲头。   ——严格考察,确保质量。   各选举单位切实发挥党组织领导和把关作用,严格按照代表条件对人选实行差额考察,多渠道、多层次、多侧面了解情况,努力做到考准考实。   

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2017-10-17

The "Tianjin Equipment Manufacturing Friction Reduction Engineering Technology Center" applied by our institute was approved to be established.

On October 13, 2017, Tianjin Science and Technology Commission issued a notice (Jin Kechuang [2017] No. 131). The "Tianjin Equipment Manufacturing Friction Reduction and Consumption Reduction Engineering Technology Center" applied by our institute was approved by Tianjin Science and Technology Commission. This is the first provincial engineering center approved by our institute. The project center will be established for 2 years and is expected to be completed and accepted in October 2019. The establishment of "Tianjin equipment manufacturing friction reduction and consumption reduction engineering technology center" conforms to the historical trend of China's transformation from a "manufacturing power" to a "green manufacturing power", and is an important bridge between research institutions and industries to realize technology application and promotion. The engineering center mainly relies on the application technology of friction reduction and consumption reduction of Tianjin High-end Equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute") to build four technical pillars: research on friction and wear laws of key components and systems, friction reduction and consumption reduction technology and surface engineering of typical friction pairs, research and development of special friction materials and new lubricating materials, intelligent lubricating system of large-scale equipment and big data technology, and is committed to research and development of energy saving operation and maintenance and consumption reduction in equipment manufacturing industry. As a technology transformation platform, it is planned to gather more upstream and downstream industries through the engineering center to drive and lead new technical services and technology research and development high-tech enterprises, which will inject energy saving, consumption reduction, and green environmental protection into the city's existing traditional industries. The vitality of new technologies will increase competitiveness through energy saving, consumption reduction, quality improvement and efficiency improvement; at the same time, use the opportunity of in-depth cooperation between engineering centers and enterprises to derive emerging technology industry directions, it provides an important opportunity to promote and derive energy-saving and environmentally friendly enterprises. In accordance with the requirements of the relevant management regulations of Tianjin Engineering Center, our institute will focus on strengthening the technology agglomeration capacity and industrial chain radiation capacity in the field of friction reduction and consumption reduction, improve the common technology development capacity and engineering level, and provide strong support for the development of technology-based small and medium-sized enterprises in an all-round way, so as to provide new impetus for high-end institutes to better play the leading role of friction reduction and consumption reduction technology innovation highland. Scientific Research Department Report/Quanlimei

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2017-10-18

Relevant person in charge of Tianjin Smart City Research Institute Co., Ltd. visited the Industrial 4.0 Research Institute of our institute

On the afternoon of September 29, 2017, Zhang Shun, Minister of Technology of Tianjin Smart City Research Institute Co., Ltd. (hereinafter referred to as "Institute of Intelligence"), Zheng Hui, Minister of Planning and Consulting Department, and Wang Hui, Project Manager of Industrial Development Department, went to Tianjin High-end Equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute") Industrial 4.0 Research Institute (hereinafter referred to as "4.0 Institute") for exchange visits. He Yongyong, Executive Vice President of the High-end Institute, Yang Bo, Vice Minister of the Industry Department of the High-end Institute, and Hu Yuming, Executive Deputy Director of the 4.0 Institute, received the guests. As a wholly-owned subsidiary of Tianjin Municipal Commission of Industry and Information Technology, the Institute of Intellectual Research has always been committed to integrating smart city research resources, building an interactive platform for information exchange, promoting the coordinated and efficient development of smart industries, and is committed to industrial informatization transformation and building an industrial big data service platform. It overlaps and complements many businesses opened by industrial 4.0. During the discussion between the 4.0 Institute of the High-end Institute and the person in charge of the Institute of Intellectual Research, the two sides conducted in-depth discussions and exchanged views on smart cities, urban planning, intelligent manufacturing and other aspects, and after the talks systematically combed the scope of cooperation and specifically discussed the reserve projects that can be undertaken by relying on the Industry and Information Technology Commission and the Internet Information Office. This exchange and discussion discussed the possibility of cooperation between the two sides in the fields of intelligent manufacturing and intelligent cities, and strive to seek common development on the road of green and sustainable development, and finally achieve resource sharing, mutual benefit and win-win results. Industrial 4.0 Research Institute Report/Liu Yutu/Liu Yu.

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2017-10-18

The Institute of Industrial 4.0 of our institute inspects Qingdao International Academician Port and Qingdao National High-tech Zone

On September 28, 2017, at the sincere invitation of Qingdao Economic and Information Commission of Shandong Province (hereinafter referred to as "Qingdao Economic and Information Commission"), he Yongyong, executive vice president of Tianjin High-end equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute"), Hu Yuming, executive deputy director of Industrial 4.0 Research Institute (hereinafter referred to as "4.0 Institute"), and his party went to Qingdao International Academician Port (hereinafter referred to as "Academician Port") and Qingdao National High-tech Zone (hereinafter referred to as "High-tech Zone") for a one-day field visit. Wang Jian, deputy director of Qingdao Economic and Information Commission, Zhou Lin, deputy director of the Internet Industry Promotion Department, Tan Peng, member of the Standing Committee of Qingdao Licang District Committee and head of Academician Port Management Committee, and Xiao Yanheng, deputy director of the High-tech Zone Management Committee, received and accompanied the high-end institute inspectors to visit the exhibition halls and bases of Academician Port and High-tech Zone. The head of the industrial 4.0 visited the exhibition hall of the academician port. the head of the industrial 4.0 visited the exhibition hall of the high-tech zone. during the business exchange, the heads of the academician port and the high-tech zone respectively spoke highly of the achievements made by the high-end institute in transforming scientific research achievements, boosting local economic development, intelligent manufacturing and green manufacturing in the 4.0. At the same time, the specific scope, cooperation mode and shared resources of the manufacturing knowledge service center are discussed and exchanged, and a more compatible and complementary intention idea is initially formed. Through this inspection, the High-end Institute, Qingdao Economic and Information Commission, Academician Port, and High-tech Zone reached a preliminary consensus on the cooperation demands that may be reached in the future, laying the foundation for the next step to explore a feasible cooperation model. The person in charge of the Institute of Industrial 4.0 held a discussion with the person in charge of the Institute of Industrial 4.0 held a discussion with the person in charge of the High-tech Zone. The academician port is located in the industrial fields of network information technology, biomedicine, high-end equipment manufacturing, new energy and new materials, high-end design, etc., and adopts the operation mode of "government guidance, enterprise management, market operation and focus on entrepreneurship". Focus on the introduction of world-class academicians at home and abroad. The high-tech zone adheres to the development orientation of high-end leadership, intensive development, and excellent ecology, forming a hub for the city's scientific and technological innovation, and creating a world-class ecological science and technology new city. The high-end institute has a certain degree of agreement with Academician Port and High-tech Zone in promoting the transformation of scientific research results. Both strive to graft academic and research resources to the local area to solve the problem of integration of knowledge, industry, and industry. Based on the national strategy, Based on the local, serving the local industry, bringing different degrees of benefits to the local economy, the two sides will have broad space for cooperation in many fields in the future. Industrial 4.0 Research Institute Report/Liu Yutu/Liu Yu.

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2017-10-19

Dr. Neubert of Siemens China Research Institute visited the Institute of Additive Manufacturing Technology and Engineering

On October 12, 2017, Dr. HeinzNeubert of the Material Forming Team of Siemens China Research Institute and his party visited the Institute of Additive Manufacturing Technology and Engineering (hereinafter referred to as "Additive Manufacturing Institute") of Tianjin High-end Equipment Research Institute (hereinafter referred to as "High-end Institute") of Tsinghua University for a visit and exchange. Executive Deputy Director Guo Chao received his party and accompanied Dr. Neubert to visit the exhibition hall of high-end Institute and listened to the introduction and explanation by Fan Jing, Vice Minister of Institute. Dr. HeinzNeubert and his party had an in-depth understanding of the technology and team of the Institute, and affirmed the professional ability of the Institute. This visit has promoted the cooperation process of the two sides in the 3D printing technology of electron beam selective melting of high-temperature alloys. Siemens China Research Institute is an important part of the global innovation network of Siemens Academia Sinica, which was established in 1998 and began to expand rapidly in 2004. The mission of the Siemens Research Institute in China is to develop unique innovations that serve Siemens' business in China and globally. At present, about 380 top researchers work in the world-class innovation laboratories of Siemens China Research Institute in Beijing, Shanghai and Nanjing. The two sides took a group photo in front of the exhibition hall of the institute. Report by the Institute of Additive Manufacturing Technology and Engineering

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2017-10-19

Swedish delegation on spent fuel and low-level radioactive waste disposal visits Chinese Academy of Sciences

The Swedish nuclear power delegation invited by Tsinghua University Tianjin High-end Equipment Research Institute (referred to as "High-end Institute"), State Key Laboratory of Tribology, and New Qingyan Investment Co., Ltd. visited the Chinese Academy of Sciences on the morning of October 12, 2017. Relevant persons in charge of the Tianjin High-end Equipment Research Institute of Tsinghua University accompanied the visit and exchange; Academician Zhan Wenlong, former vice president of the Chinese Academy of Sciences, received the delegation. The Swedish delegation first introduced the exchanges with the high-end institute, and asked Academician Zhan Wenlong to support and help the cooperation between the two parties. Academician Zhan Wenlong introduced the progress of the pilot project ADS undertaken by the Chinese Academy of Sciences, including the site selection and the second phase of the project in Huizhou City, Guangdong Province; and the new pilot project being launched. The relevant person in charge of our institute introduced the basic situation of the construction process, organizational structure, and scientific research results of the high-end institute, and expressed the desire to continue in-depth cooperation in the two pilot projects undertaken by the Chinese Academy of Sciences. Finally, the Swedish delegation introduced Sweden's technological advantages in the geological disposal of spent fuel and the disposal of medium and low-level radioactive waste, as well as the results of the visit with the high-end hospital. Nuclear power spent fuel and medium and low-level geological storage technology is the shortage and key technology of nuclear power radioactive waste disposal in China. At the same time, it has the characteristics of multi-discipline and technology intersection, high reliability requirements, long research and development cycle and high investment demand. Sweden SKB company in the field of research and development for 40 years, the cumulative investment 40 billion, engineering applications in the forefront of the world. China's R & D foundation in this field is very weak. The introduction, digestion, absorption and application of this technology will fill the domestic gap and produce huge social benefits and economic value. ADS Vision Chart Advanced Energy Equipment Technology Research Institute Report/Sheng Xuan Yu.

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2017-10-20

Deng Maicun, member of the Party Leadership Group and Secretary-General of the Chinese Academy of Sciences, visited our hospital accompanied by Kong Dechang, Deputy Secretary of the Dongli District Committee and District Mayor.

On October 19, 2017, Deng Maicun, member of the party group and secretary-general of the Chinese Academy of Sciences, accompanied by Kong Dechang, deputy secretary of the Dongli District CPC Committee and district mayor, visited Tianjin High-end equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute"). Zheng Li, vice chairman of the CPPCC and secretary of the Huaming Street Party Committee, Fu Sheng, director of the Huaming High-tech Zone Management Committee, and responsible persons of Dongli District. Wood Min, vice president of the high-end hospital, and Fan Jing, assistant minister of the hospital affairs department, received the leaders of the Chinese Academy of Sciences. Deng Maicun and his party visited the exhibition hall of the high-end institute and learned about the system and mechanism, operation mode, current development status, scientific research and industrialization progress of the high-end institute. Later, they learned in detail the innovative achievements in the fields of robot and automation equipment technology, additive manufacturing (3D printing) and laser processing technology, special fine manufacturing technology, green energy saving and consumption reduction technology, integrated circuit equipment manufacturing and other technical fields in the achievement exhibition area. When talking about the industrialization process of our hospital, Deng Maicun asked in detail about the industrial transformation forms of our hospital, and Woodman gave a detailed introduction to the three current industrialization forms of our hospital. Later, Deng Maicun personally experienced the subway driver simulator, learned about the team, and had a more comprehensive understanding of the technical team of various forms of cooperation in the high-end hospital. Woodman introduced the industrialization form of our institute. At the end of the investigation, Deng Maicun affirmed the overall development achievements of the high-end institute and expected the Chinese Academy of Sciences and the high-end institute to continue to promote the coordinated development of Beijing, Tianjin and Hebei with the advantages of the large institute. Introduction of Future Planning: Report on Enterprise Publicity Office of Hospital Affairs Department/Wang Xiaotu/Zhao Na

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2017-10-23

Mao Zedong on the Image of the Big Party

1939年10月,毛泽东在《〈共产党人〉发刊词》中提出,“统一战线、武装斗争、党的建设”是党在中国革命中战胜敌人的三个法宝,并着重阐述了党的建设问题。他要求全党同志充分认识党已经“成为全国性的大党”、已经“不是从前的样子”,深刻理解党的建设是一项“伟大的工程”、一个“光荣而又严重的任务”,明确提出“建设一个全国范围的、广大群众性的、思想上政治上组织上完全巩固的布尔什维克化的中国共产党”的目标。这些重要论述,至今仍有重要借鉴意义。   “中国共产党是世界上最大的政党”“大就要有大的样子”。习近平总书记2017年10月25日同中外记者见面时说起、12月1日在中国共产党与世界政党高层对话会上再次强调的这句话,言简意赅,语重心长,宣示了“永远做人民公仆、时代先锋、民族脊梁”“为中国人民谋幸福、为中华民族谋复兴、为人类谋和平与发展”的担当和决心。学习这个重要论断时,再重读近80年前毛泽东所写的《〈共产党人〉发刊词》,深有感触,体会良多。从一定意义上说,党的建设目标就是要把党建设成什么样子。这个目标的具体要求,就是党的具体样子,也就是毛泽东眼中的大党形象。    大党要有大担当    中国共产党自成立之日起,就满怀信心地以改造中国为己任,义无反顾地肩负起为人民谋幸福、为民族谋复兴的历史使命。经过18年艰苦卓绝的斗争,在毛泽东同志撰写这篇《〈共产党人〉发刊词》之际,党已经在大革命、土地革命战争和抗日战争的锻炼中,成长为团结全国人民进行革命的中流砥柱。毛泽东强调“全国范围的”样子,就是要求全党同志认识到“党所处的环境,党所负的任务”发生的变化,特别是认识到“党的组织已经从狭小的圈子中走了出来,变成了全国性的大党”“党的武装力量,也在同日寇的斗争中重新壮大起来和进一步坚强起来了”“党在全国人民中的影响,更加扩大了”,从而以更加自觉的精神状态进行伟大斗争。1954年9月,毛泽东在全国人大一届一次会议开幕词中指出,要把我国建设成为一个伟大的社会主义国家,“领导我们事业的核心力量是中国共产党”。1956年9月,他在中共八大开幕词中再次指出:“我们的党现在比过去任何时期都更加团结,更加巩固了。我们的党已经成了团结全国人民进行社会主义建设的核心力量。”实践充分证明,致力于民族复兴的大担当,是党成为坚强领导核心的关键因素,也是党团结带领全国人民夺取革命和建设胜利的重要原因。    大党要有大情怀    中国共产党以全心全意为人民服务为根本宗旨,坚持一切为了群众,一切依靠群众,从群众中来,到群众中去。毛泽东强调“广大群众性的”样子,就是要求全党同志深刻认识“党开辟了人民政权的道路”“在全国人民中间的很高的政治信仰”,从而牢记党的根本宗旨,践行党的群众路线,把党的正确主张变为群众的自觉行动。具体到当时的情况,最重要的是贯彻全面抗战路线,“动员全国人民,进行反投降、反分裂、反倒退的坚决的斗争”。毛泽东在《〈共产党人〉发刊词》中还提出,18年来党逐步学会并坚持了武装斗争,“中国共产党的武装斗争,就是在无产阶级领导之下的农民战争”,而且党已经能够把武装斗争这个主要斗争形式“同工人的斗争,同农民的斗争(这是主要的),同青年的、妇女的、一切人民的斗争”等形式在全国范围内配合起来。1954年10月,毛泽东在国防委员会第一次会议上进一步强调:“我们的方向就是人民的方向,这是载于宪法的。”也正因为如此,毛泽东一贯强调反对官僚主义,因为它“在人民面前把共产党表现得不像样子,大大损害了共产党的威信”。实践充分证明,把人民放在心中最高位置的大情怀,是党得到人民群众拥护、立于不败之地的根本保障。    大党要有大要求    打铁必须自身硬。中国共产党能够战胜一个个强大敌人,一个重要因素就是以铁的纪律团结力量、统一思想、凝聚人心,并驰而不息,久久为功,不断强化。1937年8月,毛泽东在《矛盾论》中鲜明地指出:“一个政党要引导革命到胜利,必须依靠自己政治路线的正确和组织上的巩固。”毛泽东在《〈共产党人〉发刊词》中提出“使党铁一样地巩固起来”的大要求,是因为当时“有大批的新党员所形成的很多的新组织”需要巩固,老组织“也发生了在思想上、政治上、组织上进一步巩固”的问题。在他看来,思想上巩固的样子,就是了解“中国的历史状况和社会状况、中国革命的特点、中国革命的规律”“善于将马克思列宁主义的理论和中国革命的实践相结合”;政治上巩固的样子,就是在统一战线、武装斗争和党的建设三个基本问题上具有经验,“政治上坚定起来”,能够“正确地处理党的政治路线”;组织上巩固的样子,就是能够掌握住正确的组织路线,不断发展党员干部队伍,壮大组织的力量,清理“投机分子和敌人的暗害分子”,并在统一战线中坚持“组织上的独立性”。为了使党更加巩固起来,毛泽东在不同场合反复强调要不懈努力。1943年8月8日,他在中央党校第二部开学典礼上语重心长地说,我们的任务很艰巨,要进行新民主主义革命和社会主义革命。“我们要把政治水平和理论水平提高,使我们党更统一,不结班子,结成一个大党。每一个人都能够不怕牺牲,能够无限忠心,能够联系群众,能够独立工作,能够遵守纪律,团结一致地坚决地向敌人斗争。”实践充分证明,从各个方面加强党的建设的大要求,是不断增强党的凝聚力、战斗力和领导力、号召力的重要保证。    大党要有大境界    指导思想是一个政党的精神旗帜。在风云变幻的中国近代历史舞台上,先后出现过大大小小三百多个政党和政治团体,可谓“你方唱罢我登场”。中国共产党之所以脱颖而出,关键在于把马克思主义作为自己的行动指南。毛泽东强调“布尔什维克化的”样子,就是要求全党同志铭记马克思主义政党的本质属性,并据此全面加强自身建设。1937年6月3日,他在中央政治局会议上就指出,“革命的与布尔什维克的传统,这是我们党的正统,包括政治上的、组织上的、工作作风上的一切好的东西”,没有这个传统,就不能说明“为什么能够维持党,团结党,巩固党,克服党内错误,并同敌人作坚决战斗而得到革命的成绩,造成阶级及人民信任的大政党的地位”。毛泽东在《〈共产党人〉发刊词》中总结党的历史,从党的事业和革命大局出发,进一步阐述布尔什维克化的要求,指出党的布尔什维克化的过程,“同党的政治路线密切地联系着”“同党对于统一战线问题、武装斗争问题之正确处理或不正确处理密切地联系着”。因此,“党更加布尔什维克化,党就能、党也才能更正确地处理党的政治路线,更正确地处理关于统一战线问题和武装斗争问题”。实践充分证明,以马克思主义为指导,为共产主义、社会主义而奋斗的大境界,是党在胜利和顺境时不骄傲不急躁,在困难和逆境时不消沉不动摇的精神支柱。   党的建设永远在路上,党的样子不断在变化。在革命、建设和改革的各个历史时期,党都提出了明确的自身建设任务和目标。党的十九大立足于“中国特色社会主义进入新时代,我们党一定要有新气象新作为”这个大背景,提出新时代党的建设总要求,强调“把党建设成为始终走在时代前列、人民衷心拥护、勇于自我革命、经得起各种风浪考验、朝气蓬勃的马克思主义执政党”。在变与不变之中,党的建设一脉相承、与时俱进,党的样子愈加清晰、日益高大。简而言之,既不忘初心、牢记使命,又自我革新、永葆朝气,不仅要做世界上最大的政党,而且要“真正成为世界上最强大的一个政党”,永远做人民公仆、时代先锋、民族脊梁,始终为中国人民谋幸福、为中华民族谋复兴、为人类谋和平与发展。2017年10月23日学习时报

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