A Review of the Research on the Influencing Factors of Enterprise Key Core Technology Breakthrough

The breakthrough of key core technology is a theoretical and practical strategic issue to realize the rise of the country.This paper analyzes the concept of key core technology and its breakthrough and analyzes its characteristics.Based on the perspective of participants,this paper summarizes the influencing factors of key core technology breakthroughs in enterprises:internal and external enterprises,universities and scientific research institutions,and government.This paper expands the relevant research on key core technology breakthroughs and provides inspiration for enterprises to carry out key core technology research and breakthrough practices.

Prospects for green steelmaking technology with low carbon emissions in China

The steel industry is a major source of CO_(2) emissions,and thus,the mitigation of carbon emissions is the most pressing challenge in this sector.In this paper,international environmental governance in the steel industry is reviewed,and the current state of development of low-carbon technologies is discussed.Additionally,low-carbon pathways for the steel industry at the current time are proposed,emphasizing prevention and treatment strategies.Furthermore,the prospects of low-carbon technologies are explored from the perspective of transitioning the energy structure to a“carbon-electricity-hydrogen”relationship.Overall,steel enterprises should adopt hydrogen-rich metallurgical technologies that are compatible with current needs and process flows in the short term,based on the carbon substitution with hydrogen(prevention)and the CCU(CO_(2) capture and utilization)concepts(treatment).Additionally,the capture and utilization of CO_(2) for steelmaking,which can assist in achieving short-term emission reduction targets but is not a long-term solution,is discussed.In conclusion,in the long term,the carbon metallurgical process should be gradually supplanted by a hydrogen-electric synergistic approach,thus transforming the energy structure of existing steelmaking processes and attaining near-zero carbon emission steelmaking technology.

Risk preferences and the low-carbon agricultural technology adoption:Evidence from rice production in China

Climate change which is mainly caused by carbon emissions is a global problem affecting the economic development and well-being of human society.Low-carbon agriculture is of particular significance in slowing down global warming and reaching the goal of“carbon peak and carbon neutrality”.Therefore,taking straw incorporation as an example,this paper aims to investigate the impact of risk preferences on farmers’low-carbon agricultural technology(LCAT)adoption.Based on a two-phase micro-survey data of 1038 rice farmers in Jiangsu,Jiangxi,and Hunan provinces,this paper uses experimental economics methods to measure farmers’risk aversion and loss aversion to obtain the real risk preferences information of the farmers.We also explore the data to examine the actual LCAT adoption behavior of farmers.The results revealed that both risk aversion and loss aversion significantly inhibit farmers’LCAT adoption:more risk-averse or more loss-averse farmers are less likely to adopt LCAT.It is further found that crop insurance,farm scale and governmental regulations can alleviate the negative impact of risk aversion and loss aversion on farmers’LCAT adoption.Therefore,we propose that local governments need to promote low-carbon agricultural development by propagating the benefits of LCAT,extending crop insurance,promoting appropriate scale operations,and strengthening governmental regulations to promote farmers’LCAT adoption.

Low-carbon technology innovation responding to climate change from the perspective of spatial spillover effects

China's technological efforts to tackle climate change have lasted for many years. It is necessary to test the effect of these efforts with quantitative method. To be exact, whether and how China's low-carbon technology innovation responds to climate change should be tested. Based on the2004-2015 panel data of 30 provinces in China, we use the method of ESDA analyzing the spatial correlation of China's low-carbon innovation technology. Furthermore, we use the spatial Durbin model empirically analyzing the spatial spillover effects. The results obtained are as follows: first,supply and demand of Chinese low-carbon innovation has some deviation in the spatial distribution. The low-carbon technology innovation as the supply factor shows the characteristics of expanding from the east to the west. Innovation in eastern China has always been the most active, but innovative activities in the middle and western China are gradually decreased.However, carbon emissions have the characteristics of moving westward, implying the change of technology demand different from technology supply. Second, China's low-carbon innovation actively responds to the trend of climate change, indicating China's technological efforts have paid off. However, the spatial spillover effects are not significant, showing that the efforts in each region of China still work for himself. Third, environmental regulation and market pull are important factors for low-carbon technology innovation. Among them, both supporting policy and inhibitory policy have significant impact on the local low-carbon technology innovation, but no significant spatial spillover effects. It shows that environmental policies in different regions are competitive and lack of demonstration effects. Economic growth and export as market pull have higher level of effect on low-carbon technology innovation for both local and adjacent areas.Some policy implications are proposed based on these results finally.

Dual carbon goal and agriculture in China:Exploring key factors influencing farmers’behavior in adopting low carbon technologies

Identifying the factors influencing farmers’adoption of low-carbon technologies(FA)and understanding their impacts are essential for shaping effective agricultural policies amied at emission reduction and carbon sequestration in China.This study employs a meta-analysis of 122 empirical studies,delves into 23 driving factors affecting FA and addresses the inconsistencies present in the existing literature.We systematically examine the effect size,source of heterogeneity,and time-accumulation effect of the driving factors on FA.We find that significant heterogeneity in the factors influencing FA,except for farming experience,sources of heterogeneity from the survey zone,methodology model,technological attributes,report source,financial support,and the sampling year.Additionally,age,farming experience,and adoption cost negatively correlate with FA.In contrast,educational level,health status,technical training,economic and welfare cognition,land contract,soil quality,terrain,information accessibility,demonstration,government promotion,government regulation,government support,agricultural cooperatives member,peer effect,and agricultural income ratio demonstrate a positive correlation.Especially,demonstration and age show a particularly strong correlation.Finally,the effect of demonstration,age,economic and welfare cognition,farming experience,land contract,soil quality,information accessibility,government promotion,and support,as well as agricultural cooperative membership and peer effects on FA,are generally stable but exhibit varying degrees of attenuation over time.The effect of village cadre,family income,farm scale,gender,health status,technical training,and off-farm work on FA show notable temporal shifts and maintain a weak correlation with FA.This study contributes to shaping China’s current low-carbon agriculture policies across various regions.It encourages policymakers to comprehensively consider the stability of key factors,other potential factors,technological attributes,rural socio-economic context,and their interrelations.

Discussion on low-carbon economy and low-carbon building technology

The paper introduced low-carbon economy and low-carbon technology, and proposed the de-tailed technical measures of low-carbon build-ing technology. Moreover, it has quantitatively calculated the “implicit” CO2 emission of C40 and C50 concrete columns, aluminium curtain wall, wall paintings and common floor decora-tion materials. The calculation results show that it is preferable to use high strength concrete, reduce the usage of aluminium materials and use wooden floor according to location. The paper can be a reference for quantitative meas-urement to the low-carbon technology and en-ergy efficiency.

Breakthrough in the China's Separation Technology for Extraction of Rare Earth Elements

Separation technology of rare earth elements （REEs）, as the critical step in the separation process, had long been fraught with technical difficulty. A research project conducted by Baotou Shibo Rare Earth Extraction ＆ Equipment Co. Ltd., Baotou REE Research Institute, and Baotou Steel ＆ REE Group Hi-Tech Co. Ltd （Inner Mongolia）, has successfully solved the problem using a centrifugal extractor and advanced techniques to achieve a key breakthrough.

New Technology “Flotation to Form Agglomerates and Magnetic Separation” Allows Great Breakthrough for World Low-Grade Light Rare Earth Ores

Rare earth resources are relatively scarce worldwide, but their global consumption is increasing year-by-year. At present, China has about 36% of the global rare earth reserves, but provides 90% of the world＇s supply, which has generally met world demand and promoted the development of the world economy. In order to continuously and stably supply rare earths to international markets, the Chinese Government has financially supported the Institute of Multipurpose Utilization of Mineral Resources within the China Geological Survey to study the utilization of low-grade rare earth ores. Following many years of experimental research, the project has developed a new technology entitled ＂Flotation to Form Agglomerates and then Magnetic Separation＂, which will bring a technological revolution to the world＇s light rare earth ore dressing.

Interpretation of Low-carbon City Planning and Design——A Case Study of Gaochun Zijin Science and Technology Special Community

It is an important and unique approach of achieving sustainable urban development to save and use energy intensively, reduce carbon emission, and take the low-carbon development road. Taking Gaochun Zijin Science and Technology Special Community for example, this paper introduced planning measures for building a low-carbon city, including building a green network, compound utilization of urban spaces, establishing green transportation, using renewable resources, development of green architecture, so as to provide references for the future researches on the low-carbon urban development.

New Breakthroughs in China's Coal Gasification Technology

It is learned from the 2013 Summit Forum on Strategic Development of Coal-to-Natural Gas in China that the China Sedin Engineering Company,Ltd.has developed with independent intellectual property rights two experimental furnaces for pressurized gasification of crushed coal,5 m

Separation Technology of the World's Only Chambersite Deposit Has Achieved A Big Breakthrough

Chambersite is a rare mineral worldwide, a manganese chloride borate （Mn3BTO13C1）, which was first discovered in the recovered brine from a salt dome at Chambers, Texas, USA. This rare mineral has been proven to have a great utilization value in anti-nuclear radiation, high- temperature friction materials, medicine and stealth materials, and can be used in aerospace and aviation fields. China has the world＇s only mineable chambersite deposit in Jixian County, Tianjin.

Research on Incentive Mechanism and Analysis of the Obstacles in the Application of Low-carbon Logistics Technology

Low-carbon logistics technology is a modem technology with green environmental protection concept as the core, which can effectively reduce the carbon emissions of all links in logistics activities, and thus achieve the goal of maximizing the use of resources and reducing environmental pollution. With the deepening of the concept of environmental protection, the application of low-carbon logistics technology is not only an inevitable choice for adapting to social development and responding to environmental protection slogans, but also an inevitable choice for the logistics industry to achieve sustainable development goals. Based on the brief introduction of low-carbon logistics technology, this paper analyzes the main obstacles of the application of the technology, and proposes corresponding incentive mechanism according to the obstacle factors, aiming at alleviating the resistance in the practical application of low-carbon logistics technology and promoting the realization of low-carbon logistics development.

Energy-Saving Construction Technologies for Buildings

The development of the construction industry is shifting towards low-carbon construction,so it is necessary to improve and optimize related construction concepts,methods,and processes.By improving resource and energy control efficiency in building projects,minimizing construction waste,and reducing environmental impact,a foundation for the sustainable development of the industry can be established.This paper mainly analyzes the significance of low-carbon energy-saving construction technology and the control factors of construction,summarizes the status quo of the development of building energy-saving construction,and puts forward strategies for applying building energy-saving construction technology.These strategies serve to achieve low-carbon and energy-saving goals to promote the healthy development of energy-saving construction.

An Intelligent Control Method for the Low-Carbon Operation of Energy-Intensive Equipment

Based on an analysis of the operational control behavior of operation experts on energy-intensive equipment,this paper proposes an intelligent control method for low-carbon operation by combining mechanism analysis with deep learning,linking control and optimization with prediction,and integrating decision-making with control.This method,which consists of setpoint control,self-optimized tuning,and tracking control,ensures that the energy consumption per tonne is as low as possible,while remaining within the target range.An intelligent control system for low-carbon operation is developed by adopting the end-edge-cloud collaboration technology of the Industrial Internet.The system is successfully applied to a fused magnesium furnace and achieves remarkable results in reducing carbon emissions.

Low-carbon scenario and technologies in modern city——Case study of Shenyang

From a multi-dimensional perspective of economic development,carbon dioxide and industrial pollutant emission and resource consumption in the case study of Shenyang,this paper analyzes the resource consumption and environmental impact in the process of urban economic development and low-carbon transition and evaluates the emission reduction potential and scenario of various technologies. The results show that city plays a key role in global low-carbon economic construction,and it is pointed out that emission reduction technology in urban scale can reduce total amount of carbon emission to substantial extent. From the aspect of future development,the input of technology and economic growth pattern should be strengthened so as to realize economic development as well as the total amount reduction of pollutant emission.

Research on the Development of Low-carbon Industry Based on Technological Innovation Mechanism:A Case Study of Ethnic Regions

Technological innovation and technological innovation system were introduced firstly,and then low-carbon economy and low-carbon industry were analyzed. Finally,the SWOT analysis of development of low-carbon industry in ethnic areas of China was conducted,and the innovation mechanism and path selection for the development of low-carbon industry in ethnic areas were analyzed.

科创企业创始人的角色塑造与转换及其对突破性创新的作用机制

科创企业是实现科技自主创新和服务国家重大战略的重要载体,其创始人如何塑造与转换角色是企业创新突破的关键,但现有研究缺乏对科创企业创始人角色塑造与转换的条件、过程及结果的理论探讨。本文采用单案例分析方法,探究科创企业创始人的角色塑造与转换及其对突破性创新的作用机制。研究发现:外部情境和创始人特质双重因素是创始人角色塑造与转换的先决条件;角色塑造与转换对突破性创新的作用机制是创始人依次触发角色动机、建构角色定位,进而执行角色行为、形成角色效应的过程;随着外部环境的阶段性变化和创始人特质的阶段性凸显,创始人的角色动机依次实现从核心技术自主动机、应用技术转化动机到生态技术深化动机的转变,角色定位呈现“技术领头羊—战略驾驭者—创新文化引领者”的演变,角色行为也从资源自建转变为资源杠杆再转变为资源共创,推动企业依次形成核心技术突破效应、应用技术占有效应、生态技术赋能效应。本文研究结论为科创企业创始人角色管理和创新实践提供了借鉴。

数据赋能关键核心技术突破的内在机理研究

随着数字经济在各领域的不断渗透,数据赋能在高新技术产业的发展中起着至关重要的作用。本文基于组织创新壁垒瓦解的视角,通过对我国某玻璃新材料设计龙头企业从技术跟随到技术领跑的研发技术的数据赋能过程展开案例研究,并构建了数据赋能关键核心技术突破的整合性理论模型。研究结果发现,数据赋能关键核心技术突破遵循着“数据系统搭建-组织创新实现-数据能力激活-关键核心技术突破”的内在机理路径,同时需要根据技术发展的不同阶段,整合相应的数据资源和数据能力来发挥数据的赋能作用。研究基于组织创新壁垒瓦解视角数据赋能的内在机理进行研究,丰富了关键核心技术突破在大数据情境中的新解读,对指导企业利用数据攻克关键核心技术具有重要的启示功能。

新型举国体制下实施核心技术攻关的哲学思考与践行路径

文章通过对新型举国体制下实施核心技术攻关进行历史经验分析和创新理念阐述的基础上,展开哲学思考:从顶层设计和总体优化层面把握技术攻关的国家干预、从系统集成和系统协调层面剖析技术攻关的系统思维、从引进吸收和自主创新层面洞察技术攻关的辩证思维、从目标确立与认识闭环层面理解技术攻关的认识论。由此,提出新型举国体制下实施核心技术攻关的践行路径:发挥党和政府的系统性顶层设计战略指导作用、强化关键核心技术攻关的机制化生态建设、把握有为政府与有效市场的作用边界、形成高效的管理协调机制以及鼓励对外开放与国际合作。

数字科技何以驱动新质生产力发展——以专精特新企业为实现主体

习近平总书记强调要立足实际,充分释放新质生产力的巨大潜能。新质生产力以创新、质优和先进性为鲜明特征,成为中国经济高质量发展的核心引擎。以驱动新质生产力发展为目标诉求,以“革命性技术突破、生产要素创新性配置、产业深度转型升级”三大核心要素为中间承载,以专精特新企业为实现主体,以数字科技为支撑赋能,建构“新质生产力—三大核心要素—专精特新—科技赋能”逻辑关系。首先,从宏观层面解构新质生产力的形成机制,指出革命性技术突破、生产要素创新性配置和产业深度转型升级是催生新质生产力的三大核心要素。其次,聚焦专精特新企业的“专业化、精细化、特色化、新颖化”特点,阐释三大核心要素引领、推动、实现专精特新企业专注深挖、精益求精、别具一格和引领创新指标的承载作用。最后,基于数字科技的持续性创新、数字经济、核心竞争力和数字人才培育维度,揭示出专精特新企业通过数字科技赋能,能够更精准地把握市场需求,更高效地推动技术创新,更灵活地配置资源,是形成新质生产力的有效途径。