Demonstration and Radiation Extension mode of Agricultural Technology——A Case of the Science and Technology Project of High Yield in Hebei Province

Firstly,relying on the science and technology project of high yield in Hebei Province,connotation of agricultural technology demonstration and extension mode and the high yield grain project in Hebei Province is introduced.Extension mode of agricultural technology demonstration and radiation is constructed.Agricultural technology demonstration and radiation mode includes the radiation center,primary irradiation and secondary irradiation.Secondly,management system and operational mechanism of agricultural technology demonstration and radiation mode are discussed,mainly expressed in establishing leading group in each demonstration county(city),carrying out leader contract responsibility system,establishing expert advisor steering group and setting up core experts group for subject,establishing technical experts group for subject,setting up leading group in the radiation area,carrying out chief expert responsibility system and technician matrix responsibility system,establishing the operating mechanism of "open,flow,competition and collaboration" with "test area-expert two-way selection" as the core content.Finally,countermeasures to improve the agricultural technology demonstration and radiation mode is put forward,such as establishing the rural technology demonstration base,strengthening cooperation with enterprises,and adopting flexible technical training,so as to promote the spread of agricultural high-tech,to increase the contribution rate of agricultural technology,and to offer ideas for agricultural technology extension model at the new era.

Performance Evaluation Management and Meta-norm Execution Cost of Major Science and Technology Project

Major science and technology project generally got high social expectations as a result of harge investment.To ensure that the science and technology teams follow the norms of S&T research and make full use of the investment,the effective norms maintenance mechanism must be established which includes punishment for violators and burnout of teams of supervisors,namely setting up the meta-norm execution mechanism.It is very important to establish the effective major science and technology project evaluation system to reduce the norm and metanorm execution cost.In this paper,the principles,methods and implementation system guarantee of evaluation system building are studied as well.

Business Invitation in Science and Technology for China Nonferrous Metal Projects

1. The production of high grade ferrite permanent magnet device (Beijing General Research Institute of Metallurgy) 2. Beijing Jinlong Science and Trade Comprehensive Building (A,B) (Beijing General Research Institute of Nonferrous Metals)

Studies on China graphene research based on the analysis of National Science and Technology Reports

The study tries to reveal the situation and development trends of China's graphene research utilizing National Science and Technology Reports(NSTR) as the new data resource. Findings show a continual increase of graphene projects sponsored by the government. Most of them are from the National Basic Research Program of China and the National High-tech R&D Program,which reflects mainly aiming for breakthroughs of China's graphene research in major frontier fields and promoting industrial competitiveness. As a new material in nanometer area,the graphene research mainly focuses on nanometer research area. Besides,it has also involved more in the promising applications,such as advanced energy technology,biological and medical technology,testing and analytical instrument technology,etc. Major players are universities and research institutes,and they have collaborated a lot. Few enterprises have played an important role in the collaboration network,so China's graphene research is still mainly in the basic research step. Key scholars with their research interests have been revealed.

Thoughts on the Development of Bridge Technology in China

In the history of bridge engineering, demand has always been the primary driving force for development. Driven by the huge demand for construction since China’s reform and opening-up, Chinese bridge has leapt forward both quantitatively and qualitatively in three major stages, by completing the transition from “follower” to “competitor,” and nally to “leader.” A new future is emerging for Chinese bridge engi- neering. As an important part of China’s transportation infrastructure, the bridge engineering industry is facing challenges in this new era on how to support the construction of a new form of transportation. This paper provides a summary of the status of bridge technology in China, based on a basic analysis of stock demand, incremental demand, and management demand. It is our belief that the Chinese bridge engi- neering industry must ful ll three outstanding requirements: construction ef ciency, management effec- tiveness, and long-term service. Intelligent technology based on information technology provides a new opportunity for innovation in bridge engineering. As a result, the development path of bridge engineering needs to be changed. This paper puts forward the idea of developing a third-generation bridge project that is characterized by intelligence, and discusses this project’s implications, development focus, and plan. In this way, this work provides a direction for the improvement of the core competitiveness of China’s bridge engineering industry.

Discussion about the standard system on urban domestic water saving technology in China

Standard is the technical foundation of national economic and social development, and it is the basic rule of establishing social regulation. Researching and constituting the standard system of urban domestic water saving technology is to offer important science basis for revising standard plan and standardize research plan. This paper introduces the present situation of our urban domestic water saving technical standard system, problem and the development direction in the future, as well as project planning of constructing urban domestic water saving technical standard system.

Present Situation and Thinking of the Evaluation and Management of Biomedical Projects in Shenzhen Industrial Park of Shenzhen-Hong Kong Cooperation Zone

Objective To put forward some suggestions for the improvement of the evaluation system of Shenzhen Industrial Park of Shenzhen-Hong Kong Innovation Cooperation Zone by studying the scientific research project evaluation and management system of Japan Agency for Medical Research and Development(AMED).Methods Through literature review,lessons were drawn from the review and management policies and methods of biomedical projects implemented by Japan AMED.Then some reference was provided to the review and management of the projects in Shenzhen Industrial Park.Results and Conclusion A basic review framework has been set up in Shenzhen Industrial Park,which consists of scientific research management institution of Shenzhen Industrial Park,Third-Party Review Institution and Science Committee.However,there are three problems in this system:unclear selection criteria of review experts,insufficient supervision and lack of project evaluation standards.These problems can be solved by establishing an expert think tank,setting up graded project supervisors to have the dynamic monitoring,and developing a general evaluation scale for evaluating scientific research projects in Shenzhen Industrial Park.

国家级重大科技计划中标准化科研项目的对比分析及对我国标准化科研工作的借鉴意义——以国家重点研发计划、NITRD和PRISM为例

本文使用文献调研法、网站调研法、特征归纳法、分析比较法对美国NITRD、日本PRISM、我国重点研发计划进行了调研和分析比较。全面梳理了所收集到的科技计划的背景、战略意义及目标,通过对比分析,发现在科技计划的管理模式上、资助方式及产学研结合方面,日本PRISM计划和美国NITRD计划更加关注高校、初创私营科研机构的创新环境,促进科研创新环境的建立和发展。并从标准化科研角度切入,建议应在科技计划中设立标准化科研专项并持续加大标准化专项经费投入,及对标准化专业科研团体的扶持和培育力度。

吉林省科技发展计划项目绩效管理的现状分析

本文以吉林省科技发展计划项目的绩效管理工作为研究对象,对吉林省科技项目绩效评价工作的现状进行了研究,深入剖析了目前项目绩效管理工作中存在的问题,并提出完善吉林省科技项目绩效管理工作的建议主张。

应用实践导向的机器学习导论课程教学探讨

机器学习技术有很强的理论性和实用性。为提高学生对机器学习课程的兴趣和主动性,以计算机科学与技术专业机器学习导论教学为例,探究应用实践导向的机器学习导论课程教学改革,对每个机器学习算法设置对应的应用实践项目,构建1学时机器学习理论知识对应1学时项目实践的教学方式,将机器学习算法融入到实践项目中。教学实践证明,应用实践导向的机器学习导论教学模式能够明显提高理论和实践结合教学方法的效率,提高学生的积极性和主动性,培养学生解决实际问题的能力。

基于科技项目评审专家异质性的共识测度方法

提出一种基于科技项目评审数据的专家共识测度方法。此方法针对专家异质性难以测度问题,首先通过历史评审数据确定专家评审偏好,其次利用专家发文量、h指数等指标计算专家权威度,而后利用专家研究方向与评审项目研究内容得到主题覆盖度,三者结合得到专家权重;针对共识度的测算,利用专家权重,通过互反矩阵共识决策模型计算共识方案,再通过排名偏差重叠计算专家方案与共识方案的相似度得到共识度。该专家共识测度方法既结合了专家历史信息和当下信息,又考虑了专家权威度、研究方向等极易导致共识度产生偏差的异质性指标。最后,通过比较分析验证了此方法的有效性与合理性。

新城市科学:技术、计算、变革与应用

技术发展推动了城市科学的进步。第四次工业革命已推动城市科学进入新城市科学阶段。本文归纳总结了新城市科学的发展脉络,对其内涵和外延进行了拓展,并将以城市作为实验室的新城市科学归纳为以下3个维度:(1)新的城市科学方面,海量、高密、高频的新数据,主动城市感知等新技术及人工智能等新方法的发展促进了研究范式的转变;(2)新城市的科学方面,技术带来了城市本体,即个体日常活动、社会组织和城市空间的变革,越来越多的研究开始试图刻画这些变革的时空规律;(3)未来城市方面,新技术的发展将驱动未来城市的变革,城市科学家开始对未来城市空间原型进行推演并对其创造方式进行创新。城市科学工作者应抓住时代机遇,共同推进新城市科学的发展。

基于DEMATEL方法的科学基金项目绩效关键影响因素识别及实证研究——以促进海峡两岸科技合作联合基金项目为例

基础研究是应用研究和重大创新之源,联合基金作为国家基金委联合地方政府支持基础研究的主渠道之一,对提升地区原始创新能力、促进人才队伍建设发挥重要作用。为了真实反映促进海峡两岸科技合作联合基金资助项目的学术水平,从创新成果、人才培养、合作交流、项目延伸和间接影响等5个维度构建结题项目绩效评价指标体系,运用DEMATEL法分析15个二级指标之间的关联影响,结合多层次模糊综合评价法构建模型,并以某大学承担的重点支持项目为案例对影响项目绩效的关键因素进行实证分析,确定这个项目绩效评价等级。实证结果表明:DEMATEL法可以识别影响项目绩效的关键指标;模糊综合评价模型既考虑了评价对象的模糊性,也兼顾了指标体系的层次性,综合评价结果更具科学性。

国家战略目标导向的科研:“863”计划与“973”计划

通过对国家战略目标导向下的两个国家重大科技计划——“863”计划和“973”计划的深度解读分析,从任务提出背景、组织管理机制、效益与影响三方面揭示国家战略目标导向下科研工作组织的理念和运行机制,分析了政府、市场和专家在服务国家战略目标的科研活动中所扮演的角色,以及自由探索与国家目标之间的关系,并以此启发未来科技举国体制的实施。

2023年度化学科学部基金项目评审工作综述

本文总结了2023年度化学科学部基金项目评审工作,介绍了化学科学部的项目申请、评审与资助情况,对资助存在的共性问题进行了分析,并提出下一年工作设想。

我国教师教育研究课题的实然样态与应然走向--基于2006-2023年全国教育科学规划课题的数据分析

全国教育科学规划课题以解决教育发展与改革中的理论和实践问题为目的,具有前沿性、全局性、导向性等特点。以全国教育科学规划课题为研究对象,呈现教师教育类课题的发展趋势和发展问题,有助于把握教师教育领域的研究动态。通过对教师教育类课题的立项数据和主题内容的分析发现:当前,教师教育类课题在立项数量上较为稳定,但在立项单位、立项区域上较不均衡,立项单位间的合作不够密切;研究已形成稳定的核心主题,但仍存在教师教育理论研究薄弱的问题;课题成果数量不足,挂靠课题现象较为明显。基于以上问题,提出加强科研单位间合作、鼓励基础教育教师参与课题、夯实教师教育理论研究、提高课题成果转化率等有效举措。

科技计划项目评审专家精准评价模型研究———以江苏省科技计划项目评审为例

评审专家是科技计划项目评审工作的关键核心,其专业能力水平、诚信等方面因素对保证评审质量至关重要.本文以江苏省科技计划项目评审为例,研究借助大数据分析技术,探索构建了一套覆盖客观和主观要素多个维度的评审专家智能评价模型,能够精准绘制专家全息画像,对优化现有专家评价模式以及实现专家精细化管理具有一定的参考价值.

国家重大科技基础设施运行管理的改进方法与实践——以EAST全超导托卡马克核聚变实验装置为例

中国科学院合肥物质科学研究院等离子体物理研究所先后建成中国第一个圆截面超导托卡马克核聚变实验装置,以及世界上第一个非圆截面全超导托卡马克核聚变实验装置(EAST)。为持续改进EAST的运行管理,从顶层设计、组织实施和评估评价等方面分析EAST管理实践的有关探索与创新,具体包括:建立所领导、物理与实验运行部至一级系统的三级管理体系,能够更好围绕成果产出进行统一规划和分级管理;基于“计划—实施—检查—行动(PDCA)”管理理论,形成覆盖EAST运行周期的全过程管理机制;通过国内外评估制定设施中长期、近期计划,设置物理与实验运行部,负责主导EAST装置运行计划与目标的制定。另外,根据设施构成、结合运行需求设置一级系统,起用青年骨干担任负责人,分解任务、明确责任;同时,加强设施运行评估,部署实施系列改进举措,如优化基础研究组织模式和管理方式、创新国际合作模式等。根据EAST运行管理经验,对中国重大科技基础设施的运行和管理提出优化科研组织模式、完善管理方法、建设大科学工程团队、加强开放与合作等对策建议。

2023年度无机非金属材料学科基金项目评审工作综述

本文统计和分析了2023年度国家自然科学基金委员会工程与材料科学部无机非金属材料学科(E02)基金项目的申请、受理、评审和资助情况、二级代码分布情况及申请中存在的主要共性问题,总结了本学科加强基础研究举措及实施成效,并介绍了2024年学科优先资助领域、重点资助方向、申请注意事项及对未来工作的思考,旨在为广大科研人员了解该学科领域的资助现状、人才成长规律和未来发展方向提供参考。

科技伦理治理:核心要义、面临困局及实现机制

科技伦理是科技活动开展过程中要遵循的价值理念和行为规范,科技伦理治理是现代社会治理的重要组成部分,也是中国建设成为世界科技强国的重要保障。科技伦理治理内嵌伦理共治,是多元主体参与的互动协商过程。随着新兴科技的发展,中国对科技伦理治理的重视程度不断提升,但仍然面临相关政策难以有效落地的问题。本文基于治理目标、治理主体、治理对象、治理手段和治理模式这五方面治理要素,分析中国科技伦理治理面临的困局,构建“一体一基三翼”的科技伦理治理机制,为促进中国科技伦理治理顶层设计更好地“落地”、推进科技创新健康有序发展提供参考。