In 2009, China’s growth of national textile and apparel sales reached 20 percent, so that by 2010, domestic consumption has already become the bright spot in
In today＇s economic situation, overcapacity of Chinese traditional manufacturing industry poses a serious threat to sustaineck rapid and healthy development of economy. The primary reasons of excess capacity of Chine...In today＇s economic situation, overcapacity of Chinese traditional manufacturing industry poses a serious threat to sustaineck rapid and healthy development of economy. The primary reasons of excess capacity of Chinese traditional manufacturing industry are the discordant between consumption and investment, the irrational industrial structure, export is not ideal and other causes. Overcapacity of traditional manufacturing industry will lead to business failures, unemployment citizen, deflation, financial risk and other series consequences. We should learn from foreign experience in the processing of excess capacity of traditional manufacturing industry and deal with excess capacity of traditional manufacturing industry in different aspects, so as to ensure stable and healthy development of our country＇ s economy.展开更多
The internal consumption and production structure of the service industry that now dominates the Chinese economy needs to be optimized.Introducing supply-side structural reform to improve the in-depth integration of a...The internal consumption and production structure of the service industry that now dominates the Chinese economy needs to be optimized.Introducing supply-side structural reform to improve the in-depth integration of advanced manufacturing and the modern service industry and promoting a strong domestic market is the key to escaping the middle income trap.We use 1950-2010 data from 45 non-oil-exporting economies representing the structural evolution of the service industry worldwide to compare Asian economies that have passed through the middle income trap with Latin American counterparts that remain stuck in the trap,and thence proceed to construct a matched model that covers the consumption and production service industries and their supply of human capital,with the aim of identifying the formative mechanisms and conditions for escaping the middle income trap through upgrading the structure of the service industry.Substantially developing the production service sector,raising the supply of public services so as to cultivate the quantity and quality of human capital,and matching senior-level human capital with knowledge-intensive serviceindustries will propel the upgrading and transformation of China’s economic structure toward high-quality development.展开更多
To promote sustainability, it has become increasingly vital to properly account material and energy flows in industrial production processes. Therefore, a generic process-level input-output （IO） model was developed ...To promote sustainability, it has become increasingly vital to properly account material and energy flows in industrial production processes. Therefore, a generic process-level input-output （IO） model was developed to provide an integrated energy （material） accounting and analysis approach for industrial production processes. By extending the existing processlevel IO models, the production, usage, export and loss of by-products were explicitly considered in the proposed IO model. Moreover, the by-products allocation procedures were incorporated into the proposed IO model to reflect individual contributions of products to energy consumption. Finally, the proposed model enabled calculating embodied energy of main products and total energy consumption under hierarchical accounting scope. Plant managers, energy management consultants, governmental officials and academic researchers could use this input-output model to account material and energy flows, thus calculating energy consumption indicators of a production process with their specific system boundary requirements. The accounting results could be further used for energy labeling, identifying bottlenecks of production activities, evaluating industrial symbiosis effects, improving materials and energy utilization efficiency, etc. The model could also be used as a planning tool to determine the effect that a particular change of technology and supply chains may have on the industrial production processes. The proposed model was tested and applied in a real integrated steel mill, which also provided the reference results for related researches. At last, some concepts, computational issues and limi- tations of the proposed model were discussed.展开更多
文摘In 2009, China’s growth of national textile and apparel sales reached 20 percent, so that by 2010, domestic consumption has already become the bright spot in
文摘In today＇s economic situation, overcapacity of Chinese traditional manufacturing industry poses a serious threat to sustaineck rapid and healthy development of economy. The primary reasons of excess capacity of Chinese traditional manufacturing industry are the discordant between consumption and investment, the irrational industrial structure, export is not ideal and other causes. Overcapacity of traditional manufacturing industry will lead to business failures, unemployment citizen, deflation, financial risk and other series consequences. We should learn from foreign experience in the processing of excess capacity of traditional manufacturing industry and deal with excess capacity of traditional manufacturing industry in different aspects, so as to ensure stable and healthy development of our country＇ s economy.
基金the Major Project of the National Social Science Fund of China,“Study on the Implementation of the New Concept of Development and the Modernization of National Governance”(Grant No.:17VZL002)the Youth Project“Quantitative Identification,Early Risk Warning and Countermeasures against the Middle Income Trap under the New Normal”(Grant No.:16CJL015)
文摘The internal consumption and production structure of the service industry that now dominates the Chinese economy needs to be optimized.Introducing supply-side structural reform to improve the in-depth integration of advanced manufacturing and the modern service industry and promoting a strong domestic market is the key to escaping the middle income trap.We use 1950-2010 data from 45 non-oil-exporting economies representing the structural evolution of the service industry worldwide to compare Asian economies that have passed through the middle income trap with Latin American counterparts that remain stuck in the trap,and thence proceed to construct a matched model that covers the consumption and production service industries and their supply of human capital,with the aim of identifying the formative mechanisms and conditions for escaping the middle income trap through upgrading the structure of the service industry.Substantially developing the production service sector,raising the supply of public services so as to cultivate the quantity and quality of human capital,and matching senior-level human capital with knowledge-intensive serviceindustries will propel the upgrading and transformation of China’s economic structure toward high-quality development.
文摘To promote sustainability, it has become increasingly vital to properly account material and energy flows in industrial production processes. Therefore, a generic process-level input-output （IO） model was developed to provide an integrated energy （material） accounting and analysis approach for industrial production processes. By extending the existing processlevel IO models, the production, usage, export and loss of by-products were explicitly considered in the proposed IO model. Moreover, the by-products allocation procedures were incorporated into the proposed IO model to reflect individual contributions of products to energy consumption. Finally, the proposed model enabled calculating embodied energy of main products and total energy consumption under hierarchical accounting scope. Plant managers, energy management consultants, governmental officials and academic researchers could use this input-output model to account material and energy flows, thus calculating energy consumption indicators of a production process with their specific system boundary requirements. The accounting results could be further used for energy labeling, identifying bottlenecks of production activities, evaluating industrial symbiosis effects, improving materials and energy utilization efficiency, etc. The model could also be used as a planning tool to determine the effect that a particular change of technology and supply chains may have on the industrial production processes. The proposed model was tested and applied in a real integrated steel mill, which also provided the reference results for related researches. At last, some concepts, computational issues and limi- tations of the proposed model were discussed.
