发表论文

以第一或通讯作者发表如下论文：

[1] A Recursive Dynamic CGE Approach to Investigate Environmental Kuznets Curve. Journal of Environmental Management,2024.8. （SSCI, 国际1区）

[2] Shock transmission between climate policy uncertainty, financial stress indicators, oil price uncertainty and industrial metal volatility: Identifying moderators, hedgers and shock transmitters. Energy Economics, 2024.6.（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[3] Disentangling the Intelligentization–Carbon Emission Nexus within China’s Logistics Sector: An Econometric Approach. Energies, 2024.8. （SSCI）

[4] 数字经济发展必然降低行业碳排放吗？——来自物流业的新证据.南开经济研究.2024.6.（CSSCI）

[5] 面向物流需求场景的智慧公路功能设计，智能建筑电气技术.2024.1.

[6] The economic growth-travel frequency nexus in China: importance of the transport Kuznets curve, The World Economy, 2023.7 （SSCI, 南开大学经济学科顶尖期刊）

[7] Financial Development as a New Determinant of Energy Diversification: The Role of Natural Capital and Structural Changes in Australia, Energy Economics, 2023.8（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[8] Oil prices and geopolitical risk: Fresh insights based on Granger-causality in quantiles analysis, International Journal of Finance and Economics, 2023.3（SSCI, 南开大学管理学科顶尖期刊）

[9] On the transmission of oil supply and demand shocks to CO2 emissions in the US by considering uncertainty: A time-varying perspective, Resources Policy 2023.8 (SSCI, 国际1区)

[10] Dynamic volatility spillover between oil and marine shipping industry, Energy Reports,2023.2 (SSCI)

[11] Exploring the Growth of Sustainable Energy Technologies: A Review. Sustainable Energy Technologies and Assessments. 2023.4 (SSCI, 国际1区, IF:7.632)

[12] Do Muslim economies need insurance to grow? Answer from rigorous empirical evidence. Quarterly Review of Economics and Finance. 2023,87(2):346–359 (SSCI, 南开大学管理学科顶尖期刊, 国际1区, IF:4.324)

[13] 中国海外仓发展现状与对策研究. 经济要参, 2022(47): 38-42 (国家级内参)

[14] Examining Energy Poverty in Chinese Households: An Engel Curve Approach. Australian Economic Papers. 2022.9  (SSCI, IF:1.452)

[15] Role of foreign direct investment in decomposing of scale and technique effects on China's energy consumption, International Journal of Finance and Economics. 2022.2. (SSCI, IF:1.634)

[16] Relationship between green investments, energy markets, and stock markets in the aftermath of the global financial crisis. Energy Economics. 2021.10.  (SSCI, 国际1区, IF:9.252)

[17] Unveiling the asymmetric impact of exports, oil prices, technological innovations, and income inequality on carbon emissions in India. Resources Policy. 2021(10),  (SSCI, 国际1区, IF:8.222)

[18] How Energy Consumption, Industrial Growth, Urbanization, and CO2 Emissions Affect Economic Growth in Pakistan? A Novel Dynamic ARDL Simulations Approach,Energy. Published Cover Data:15 April 2021. (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082)    

[19] An empirical study of real-time information-receiving using industry 4.0 technologiesin downstream operations. Technological Forecasting and Social Change. Published Cover Data: April 2021. (SSCI, 国际1区, IF:5.846)

[20] Should The Fourth Industrial Revolution Be Widespread or Confined Geographically?A Country-Level Analysis of Fintech Economies. Technological Forecasting and Social Change. Published Cover Data: Febrary 2021. Article 120442.  (SSCI, 国际1区, IF:5.846)

[21] Financing clean energy projects: New empirical evidence from major investment countries. Renewable Energy. Published Cover Data: May 2021. Pages 231-241. (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)    

[22] Analyzing Nonlinear Impact of Economic Growth Drivers on CO2 Emissions:Designing an SDG Framework for India. Energy Policy. Published Cover Data: January 2021, Article 111965.  (SSCI, SCI, 国际1区, 中科院1区, IF:5.042) 

[23] Heterogeneous effect of Eco-innovation and human capital on renewable and non-renewable energy consumption: Disaggregate analysis for G7 Countries. Energy. Published Cover date: 15 October 2020, Article 118405 (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082）

[24] The Effect of Renewable Energy Consumption on Economic Growth: Evidence from the Renewable Energy Country Attractive Index, Energy, Published Cover date: 15 September 2020, Article 118162. (SSCI, SCIE, EI, 国际1区, 中科院1区, IF:6.082)    

[25] Determinants of FDI in France: Role of Transport Infrastructure, Education, Financial Development and Energy Consumption, International Journal of Finance and Economics. 2020.10.28. (SSCI, 南开大学经济学院二级顶尖期刊)    

[26] The impact of technological innovation and public-private partnership investment on Sustainable environment in China: Consumption-based carbon emissions analysis, Sustainable Development, 2020, 8(5):1317-1330.  (SSCI国际1区, IF:4.082)    

[27] Trade and technological innovation: The catalysts for climate change and way forward for COP21. Journal of Environmental Management. Published Cover date: 1 September 2020, Article 110774.  (SSCI, SCI, 国际1区, IF:5.647)    

[28] Analyzing Technology-Emissions Association in Top-10 Polluted MENA Countries: How to Ascertain Sustainable Development by Quantile Modeling Approach. Journal of Environmental Management. Published Cover date: 1 August 2020, Article 110602. (SSCI, SCI, 国际1区, 中科院2区, IF:5.647)

[29] Consumption-based carbon emissions and International trade in G7 countries: The role of Environmental innovation and Renewable energy. Science of the Total Environment, Published Cover date: 15 August 2020, Article 138945 (SCI，国际1区, 中科院2区, IF:6.551)

[30] Natural resource abundance, technological innovation, and human capital nexus with financial development: A case study of China, Resources Policy, Published Cover date: March 2020, Article 101585 (SSCI国际1区, IF:3.986)    

[31] The Renewable Energy Consumption-Environmental Degradation Nexus in Top-10 Polluted Countries: Fresh Insights from Quantile-on-Quantile Regression Approach. Renewable Energy. 2020, 150: 670-690 (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)  

[32] Public-Private Partnerships Investment in Energy as New Determinant of CO2 Emissions: The Role of Technological Innovations in China, Energy Economics. 2020, 86: 1-12 (SSCI, 国际1区, 南开大学经济类一级顶尖期刊, IF:5.203) 

[33] Revisiting Chinese Resource Curse Hypothesis Based on Spatial Spillover Effect: A Fresh Evidence, Resources Policy. 2019,64(12):1-10 (SSCI, EI, 国际1区, IF:3.986)    

[34] Resource Curse Hypothesis and Role of Oil Prices in USA, Resources Policy. 2019,64  (12): 1-11 (SSCI，EI, 国际1区, IF:3.986)

[35] Impact of trade openness on GDP growth: Does TFP Matter? The Journal of International Trade undefinedamp; Economic Development, 2019, 28 (8): 960-995. (SSCI, 国际3区, IF:0.958)    

[36] 快递企业服务制造业物流的合作收益分配研究——基于修正的Raiffa解模型分析. 商业经济与管理, 2020(06):18-27.(CSSCI)    

[37] 基于全产业链的无人机物流行业监管体系设计. 中国科技论坛，2019(11):38-47 (CSSCI, 人大复印资料全文转载）  

[38] 大数据驱动下的共享单车短期需求预测. 商业经济与管理, 2018(08):16-25.(CSSCI)    

[39] 品类差异下的消费者购物价值与零售业转型升级路径——兼议“新零售”的实践形式. 商业经济与管理, 2019(7): 5-17.（CSSCI, 人大复印资料全文转载, 新华文摘论点摘编转载）    

[40] 中国城市消费的空间分布与空间相关关系研究. 经济地理, 2013,33(3): 41-46.(CSSCI)    

[41] 国内外食品安全监管体系的比较研究. 华南农大学报, 2010,9(4):59-65.(CSSCI)    

发表专著

[1] Zhilun Jiao, Xiaofan Wu, Binglian Liu, Shaoju Lee, Zhijuan Chen. Contemporary Logistics in China: Systemic Reconfiguration and Technological Progression, Springer, 2021.10 (英文专著,合著）

[2] Zhilun Jiao， Shaoju Lee， Ling Wang，Binglian Liu. Contemporary Logistics in China: Reformation and Perpetuation[M], Springer , 2017.5. (英文专著,合著）    

[3] 焦志伦. 食品封闭供应链运行模式及其政策研究[M]，中国物资出版社, 2012.8.中国物流学会第四届“物华图书奖”一等奖，天津市第十四届社会科学优秀成果三等奖 (中文专著,独著）    

[4] 焦志伦等. 两岸农产品流通模式比较研究[M], 南开大学出版社, 2015.9.1. (中文专著,合著）    

[5] Binglian Liu, Shaoju Lee, Jianhua Xiao, Ling Wang, Zhilun Jiao. Contemporary logistics in China: an Introduction[M], Singapore: World Scientific, 2011.10. 天津市第十三届社会科学优秀成果一等奖 (英文专著,合著）    

[6] 国家发展和改革委员会经济运行局，南开大学现代物流研究中心，中国现代物流发展报告[R]（2009-今)，中国机械工业出版社、物资出版社、北京大学出版社等.年度报告. (连续15年以上参与,研究报告,分章主编/执行主编)  

同时，连续参与该报告英文版的分章主、执行主编工作,包括：    

[6.1] Contemporary Logistics in China: An Introduction. World Scientific, 2011,执行主编    

[6.2] Contemporary Logistics in China: Transformation and Revitalization. Springer, 2012,分章主编    

[6.3] Contemporary Logistics in China: Consolidation and Deepening. Springer,2013, 分章主编    

[6.4] Contemporary Logistics in China: Assimilation and Innovation. Springer,2014, 分章主编    

[6.5] Contemporary Logistics in China: Proliferation and Internationalization. Springer, 2015,分章主编    

[6.6] Contemporary Logistics in China: New Horizon and New Blueprint. Springer, 2016,分章主编    

[6.7] Contemporary Logistics in China: Reformation and Perpetuation. Springer, 2017,第一主编    

[6.8] Contemporary Logistics in China: Collaboration and Reciprocation Springer, 2018, 分章主编    

[6.9] Contemporary Logistics in China: Interconnective Channels and CollaborativeSharing,Springer, 2019,分章主编    

[6.10] Contemporary Logistics in China: Persistent Reformation, Continual Openingand Vibrant Innovation, 2020, 分章主编    

发表论文

以第一或通讯作者发表如下论文：

[1] A Recursive Dynamic CGE Approach to Investigate Environmental Kuznets Curve. Journal of Environmental Management,2024.8. （SSCI, 国际1区）

[2] Shock transmission between climate policy uncertainty, financial stress indicators, oil price uncertainty and industrial metal volatility: Identifying moderators, hedgers and shock transmitters. Energy Economics, 2024.6.（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[3] Disentangling the Intelligentization–Carbon Emission Nexus within China’s Logistics Sector: An Econometric Approach. Energies, 2024.8. （SSCI）

[4] 数字经济发展必然降低行业碳排放吗？——来自物流业的新证据.南开经济研究.2024.6.（CSSCI）

[5] 面向物流需求场景的智慧公路功能设计，智能建筑电气技术.2024.1.

[6] The economic growth-travel frequency nexus in China: importance of the transport Kuznets curve, The World Economy, 2023.7 （SSCI, 南开大学经济学科顶尖期刊）

[7] Financial Development as a New Determinant of Energy Diversification: The Role of Natural Capital and Structural Changes in Australia, Energy Economics, 2023.8（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[8] Oil prices and geopolitical risk: Fresh insights based on Granger-causality in quantiles analysis, International Journal of Finance and Economics, 2023.3（SSCI, 南开大学管理学科顶尖期刊）

[9] On the transmission of oil supply and demand shocks to CO2 emissions in the US by considering uncertainty: A time-varying perspective, Resources Policy 2023.8 (SSCI, 国际1区)

[10] Dynamic volatility spillover between oil and marine shipping industry, Energy Reports,2023.2 (SSCI)

[11] Exploring the Growth of Sustainable Energy Technologies: A Review. Sustainable Energy Technologies and Assessments. 2023.4 (SSCI, 国际1区, IF:7.632)

[12] Do Muslim economies need insurance to grow? Answer from rigorous empirical evidence. Quarterly Review of Economics and Finance. 2023,87(2):346–359 (SSCI, 南开大学管理学科顶尖期刊, 国际1区, IF:4.324)

[13] 中国海外仓发展现状与对策研究. 经济要参, 2022(47): 38-42 (国家级内参)

[14] Examining Energy Poverty in Chinese Households: An Engel Curve Approach. Australian Economic Papers. 2022.9  (SSCI, IF:1.452)

[15] Role of foreign direct investment in decomposing of scale and technique effects on China's energy consumption, International Journal of Finance and Economics. 2022.2. (SSCI, IF:1.634)

[16] Relationship between green investments, energy markets, and stock markets in the aftermath of the global financial crisis. Energy Economics. 2021.10.  (SSCI, 国际1区, IF:9.252)

[17] Unveiling the asymmetric impact of exports, oil prices, technological innovations, and income inequality on carbon emissions in India. Resources Policy. 2021(10),  (SSCI, 国际1区, IF:8.222)

[18] How Energy Consumption, Industrial Growth, Urbanization, and CO2 Emissions Affect Economic Growth in Pakistan? A Novel Dynamic ARDL Simulations Approach,Energy. Published Cover Data:15 April 2021. (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082)    

[19] An empirical study of real-time information-receiving using industry 4.0 technologiesin downstream operations. Technological Forecasting and Social Change. Published Cover Data: April 2021. (SSCI, 国际1区, IF:5.846)

[20] Should The Fourth Industrial Revolution Be Widespread or Confined Geographically?A Country-Level Analysis of Fintech Economies. Technological Forecasting and Social Change. Published Cover Data: Febrary 2021. Article 120442.  (SSCI, 国际1区, IF:5.846)

[21] Financing clean energy projects: New empirical evidence from major investment countries. Renewable Energy. Published Cover Data: May 2021. Pages 231-241. (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)    

[22] Analyzing Nonlinear Impact of Economic Growth Drivers on CO2 Emissions:Designing an SDG Framework for India. Energy Policy. Published Cover Data: January 2021, Article 111965.  (SSCI, SCI, 国际1区, 中科院1区, IF:5.042) 

[23] Heterogeneous effect of Eco-innovation and human capital on renewable and non-renewable energy consumption: Disaggregate analysis for G7 Countries. Energy. Published Cover date: 15 October 2020, Article 118405 (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082）

[24] The Effect of Renewable Energy Consumption on Economic Growth: Evidence from the Renewable Energy Country Attractive Index, Energy, Published Cover date: 15 September 2020, Article 118162. (SSCI, SCIE, EI, 国际1区, 中科院1区, IF:6.082)    

[25] Determinants of FDI in France: Role of Transport Infrastructure, Education, Financial Development and Energy Consumption, International Journal of Finance and Economics. 2020.10.28. (SSCI, 南开大学经济学院二级顶尖期刊)    

[26] The impact of technological innovation and public-private partnership investment on Sustainable environment in China: Consumption-based carbon emissions analysis, Sustainable Development, 2020, 8(5):1317-1330.  (SSCI国际1区, IF:4.082)    

[27] Trade and technological innovation: The catalysts for climate change and way forward for COP21. Journal of Environmental Management. Published Cover date: 1 September 2020, Article 110774.  (SSCI, SCI, 国际1区, IF:5.647)    

[28] Analyzing Technology-Emissions Association in Top-10 Polluted MENA Countries: How to Ascertain Sustainable Development by Quantile Modeling Approach. Journal of Environmental Management. Published Cover date: 1 August 2020, Article 110602. (SSCI, SCI, 国际1区, 中科院2区, IF:5.647)

[29] Consumption-based carbon emissions and International trade in G7 countries: The role of Environmental innovation and Renewable energy. Science of the Total Environment, Published Cover date: 15 August 2020, Article 138945 (SCI，国际1区, 中科院2区, IF:6.551)

[30] Natural resource abundance, technological innovation, and human capital nexus with financial development: A case study of China, Resources Policy, Published Cover date: March 2020, Article 101585 (SSCI国际1区, IF:3.986)    

[31] The Renewable Energy Consumption-Environmental Degradation Nexus in Top-10 Polluted Countries: Fresh Insights from Quantile-on-Quantile Regression Approach. Renewable Energy. 2020, 150: 670-690 (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)  

[32] Public-Private Partnerships Investment in Energy as New Determinant of CO2 Emissions: The Role of Technological Innovations in China, Energy Economics. 2020, 86: 1-12 (SSCI, 国际1区, 南开大学经济类一级顶尖期刊, IF:5.203) 

[33] Revisiting Chinese Resource Curse Hypothesis Based on Spatial Spillover Effect: A Fresh Evidence, Resources Policy. 2019,64(12):1-10 (SSCI, EI, 国际1区, IF:3.986)    

[34] Resource Curse Hypothesis and Role of Oil Prices in USA, Resources Policy. 2019,64  (12): 1-11 (SSCI，EI, 国际1区, IF:3.986)

[35] Impact of trade openness on GDP growth: Does TFP Matter? The Journal of International Trade undefinedamp; Economic Development, 2019, 28 (8): 960-995. (SSCI, 国际3区, IF:0.958)    

[36] 快递企业服务制造业物流的合作收益分配研究——基于修正的Raiffa解模型分析. 商业经济与管理, 2020(06):18-27.(CSSCI)    

[37] 基于全产业链的无人机物流行业监管体系设计. 中国科技论坛，2019(11):38-47 (CSSCI, 人大复印资料全文转载）  

[38] 大数据驱动下的共享单车短期需求预测. 商业经济与管理, 2018(08):16-25.(CSSCI)    

[39] 品类差异下的消费者购物价值与零售业转型升级路径——兼议“新零售”的实践形式. 商业经济与管理, 2019(7): 5-17.（CSSCI, 人大复印资料全文转载, 新华文摘论点摘编转载）    

[40] 中国城市消费的空间分布与空间相关关系研究. 经济地理, 2013,33(3): 41-46.(CSSCI)    

[41] 国内外食品安全监管体系的比较研究. 华南农大学报, 2010,9(4):59-65.(CSSCI)    

发表专著

[1] Zhilun Jiao, Xiaofan Wu, Binglian Liu, Shaoju Lee, Zhijuan Chen. Contemporary Logistics in China: Systemic Reconfiguration and Technological Progression, Springer, 2021.10 (英文专著,合著）

[2] Zhilun Jiao， Shaoju Lee， Ling Wang，Binglian Liu. Contemporary Logistics in China: Reformation and Perpetuation[M], Springer , 2017.5. (英文专著,合著）    

[3] 焦志伦. 食品封闭供应链运行模式及其政策研究[M]，中国物资出版社, 2012.8.中国物流学会第四届“物华图书奖”一等奖，天津市第十四届社会科学优秀成果三等奖 (中文专著,独著）    

[4] 焦志伦等. 两岸农产品流通模式比较研究[M], 南开大学出版社, 2015.9.1. (中文专著,合著）    

[5] Binglian Liu, Shaoju Lee, Jianhua Xiao, Ling Wang, Zhilun Jiao. Contemporary logistics in China: an Introduction[M], Singapore: World Scientific, 2011.10. 天津市第十三届社会科学优秀成果一等奖 (英文专著,合著）    

[6] 国家发展和改革委员会经济运行局，南开大学现代物流研究中心，中国现代物流发展报告[R]（2009-今)，中国机械工业出版社、物资出版社、北京大学出版社等.年度报告. (连续15年以上参与,研究报告,分章主编/执行主编)  

同时，连续参与该报告英文版的分章主、执行主编工作,包括：    

[6.1] Contemporary Logistics in China: An Introduction. World Scientific, 2011,执行主编    

[6.2] Contemporary Logistics in China: Transformation and Revitalization. Springer, 2012,分章主编    

[6.3] Contemporary Logistics in China: Consolidation and Deepening. Springer,2013, 分章主编    

[6.4] Contemporary Logistics in China: Assimilation and Innovation. Springer,2014, 分章主编    

[6.5] Contemporary Logistics in China: Proliferation and Internationalization. Springer, 2015,分章主编    

[6.6] Contemporary Logistics in China: New Horizon and New Blueprint. Springer, 2016,分章主编    

[6.7] Contemporary Logistics in China: Reformation and Perpetuation. Springer, 2017,第一主编    

[6.8] Contemporary Logistics in China: Collaboration and Reciprocation Springer, 2018, 分章主编    

[6.9] Contemporary Logistics in China: Interconnective Channels and CollaborativeSharing,Springer, 2019,分章主编    

[6.10] Contemporary Logistics in China: Persistent Reformation, Continual Openingand Vibrant Innovation, 2020, 分章主编    

发表论文

以第一或通讯作者发表如下论文：

[1] A Recursive Dynamic CGE Approach to Investigate Environmental Kuznets Curve. Journal of Environmental Management,2024.8. （SSCI, 国际1区）

[2] Shock transmission between climate policy uncertainty, financial stress indicators, oil price uncertainty and industrial metal volatility: Identifying moderators, hedgers and shock transmitters. Energy Economics, 2024.6.（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[3] Disentangling the Intelligentization–Carbon Emission Nexus within China’s Logistics Sector: An Econometric Approach. Energies, 2024.8. （SSCI）

[4] 数字经济发展必然降低行业碳排放吗？——来自物流业的新证据.南开经济研究.2024.6.（CSSCI）

[5] 面向物流需求场景的智慧公路功能设计，智能建筑电气技术.2024.1.

[6] The economic growth-travel frequency nexus in China: importance of the transport Kuznets curve, The World Economy, 2023.7 （SSCI, 南开大学经济学科顶尖期刊）

[7] Financial Development as a New Determinant of Energy Diversification: The Role of Natural Capital and Structural Changes in Australia, Energy Economics, 2023.8（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[8] Oil prices and geopolitical risk: Fresh insights based on Granger-causality in quantiles analysis, International Journal of Finance and Economics, 2023.3（SSCI, 南开大学管理学科顶尖期刊）

[9] On the transmission of oil supply and demand shocks to CO2 emissions in the US by considering uncertainty: A time-varying perspective, Resources Policy 2023.8 (SSCI, 国际1区)

[10] Dynamic volatility spillover between oil and marine shipping industry, Energy Reports,2023.2 (SSCI)

[11] Exploring the Growth of Sustainable Energy Technologies: A Review. Sustainable Energy Technologies and Assessments. 2023.4 (SSCI, 国际1区, IF:7.632)

[12] Do Muslim economies need insurance to grow? Answer from rigorous empirical evidence. Quarterly Review of Economics and Finance. 2023,87(2):346–359 (SSCI, 南开大学管理学科顶尖期刊, 国际1区, IF:4.324)

[13] 中国海外仓发展现状与对策研究. 经济要参, 2022(47): 38-42 (国家级内参)

[14] Examining Energy Poverty in Chinese Households: An Engel Curve Approach. Australian Economic Papers. 2022.9  (SSCI, IF:1.452)

[15] Role of foreign direct investment in decomposing of scale and technique effects on China's energy consumption, International Journal of Finance and Economics. 2022.2. (SSCI, IF:1.634)

[16] Relationship between green investments, energy markets, and stock markets in the aftermath of the global financial crisis. Energy Economics. 2021.10.  (SSCI, 国际1区, IF:9.252)

[17] Unveiling the asymmetric impact of exports, oil prices, technological innovations, and income inequality on carbon emissions in India. Resources Policy. 2021(10),  (SSCI, 国际1区, IF:8.222)

[18] How Energy Consumption, Industrial Growth, Urbanization, and CO2 Emissions Affect Economic Growth in Pakistan? A Novel Dynamic ARDL Simulations Approach,Energy. Published Cover Data:15 April 2021. (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082)    

[19] An empirical study of real-time information-receiving using industry 4.0 technologiesin downstream operations. Technological Forecasting and Social Change. Published Cover Data: April 2021. (SSCI, 国际1区, IF:5.846)

[20] Should The Fourth Industrial Revolution Be Widespread or Confined Geographically?A Country-Level Analysis of Fintech Economies. Technological Forecasting and Social Change. Published Cover Data: Febrary 2021. Article 120442.  (SSCI, 国际1区, IF:5.846)

[21] Financing clean energy projects: New empirical evidence from major investment countries. Renewable Energy. Published Cover Data: May 2021. Pages 231-241. (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)    

[22] Analyzing Nonlinear Impact of Economic Growth Drivers on CO2 Emissions:Designing an SDG Framework for India. Energy Policy. Published Cover Data: January 2021, Article 111965.  (SSCI, SCI, 国际1区, 中科院1区, IF:5.042) 

[23] Heterogeneous effect of Eco-innovation and human capital on renewable and non-renewable energy consumption: Disaggregate analysis for G7 Countries. Energy. Published Cover date: 15 October 2020, Article 118405 (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082）

[24] The Effect of Renewable Energy Consumption on Economic Growth: Evidence from the Renewable Energy Country Attractive Index, Energy, Published Cover date: 15 September 2020, Article 118162. (SSCI, SCIE, EI, 国际1区, 中科院1区, IF:6.082)    

[25] Determinants of FDI in France: Role of Transport Infrastructure, Education, Financial Development and Energy Consumption, International Journal of Finance and Economics. 2020.10.28. (SSCI, 南开大学经济学院二级顶尖期刊)    

[26] The impact of technological innovation and public-private partnership investment on Sustainable environment in China: Consumption-based carbon emissions analysis, Sustainable Development, 2020, 8(5):1317-1330.  (SSCI国际1区, IF:4.082)    

[27] Trade and technological innovation: The catalysts for climate change and way forward for COP21. Journal of Environmental Management. Published Cover date: 1 September 2020, Article 110774.  (SSCI, SCI, 国际1区, IF:5.647)    

[28] Analyzing Technology-Emissions Association in Top-10 Polluted MENA Countries: How to Ascertain Sustainable Development by Quantile Modeling Approach. Journal of Environmental Management. Published Cover date: 1 August 2020, Article 110602. (SSCI, SCI, 国际1区, 中科院2区, IF:5.647)

[29] Consumption-based carbon emissions and International trade in G7 countries: The role of Environmental innovation and Renewable energy. Science of the Total Environment, Published Cover date: 15 August 2020, Article 138945 (SCI，国际1区, 中科院2区, IF:6.551)

[30] Natural resource abundance, technological innovation, and human capital nexus with financial development: A case study of China, Resources Policy, Published Cover date: March 2020, Article 101585 (SSCI国际1区, IF:3.986)    

[31] The Renewable Energy Consumption-Environmental Degradation Nexus in Top-10 Polluted Countries: Fresh Insights from Quantile-on-Quantile Regression Approach. Renewable Energy. 2020, 150: 670-690 (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)  

[32] Public-Private Partnerships Investment in Energy as New Determinant of CO2 Emissions: The Role of Technological Innovations in China, Energy Economics. 2020, 86: 1-12 (SSCI, 国际1区, 南开大学经济类一级顶尖期刊, IF:5.203) 

[33] Revisiting Chinese Resource Curse Hypothesis Based on Spatial Spillover Effect: A Fresh Evidence, Resources Policy. 2019,64(12):1-10 (SSCI, EI, 国际1区, IF:3.986)    

[34] Resource Curse Hypothesis and Role of Oil Prices in USA, Resources Policy. 2019,64  (12): 1-11 (SSCI，EI, 国际1区, IF:3.986)

[35] Impact of trade openness on GDP growth: Does TFP Matter? The Journal of International Trade undefinedamp; Economic Development, 2019, 28 (8): 960-995. (SSCI, 国际3区, IF:0.958)    

[36] 快递企业服务制造业物流的合作收益分配研究——基于修正的Raiffa解模型分析. 商业经济与管理, 2020(06):18-27.(CSSCI)    

[37] 基于全产业链的无人机物流行业监管体系设计. 中国科技论坛，2019(11):38-47 (CSSCI, 人大复印资料全文转载）  

[38] 大数据驱动下的共享单车短期需求预测. 商业经济与管理, 2018(08):16-25.(CSSCI)    

[39] 品类差异下的消费者购物价值与零售业转型升级路径——兼议“新零售”的实践形式. 商业经济与管理, 2019(7): 5-17.（CSSCI, 人大复印资料全文转载, 新华文摘论点摘编转载）    

[40] 中国城市消费的空间分布与空间相关关系研究. 经济地理, 2013,33(3): 41-46.(CSSCI)    

[41] 国内外食品安全监管体系的比较研究. 华南农大学报, 2010,9(4):59-65.(CSSCI)    

发表专著

[1] Zhilun Jiao, Xiaofan Wu, Binglian Liu, Shaoju Lee, Zhijuan Chen. Contemporary Logistics in China: Systemic Reconfiguration and Technological Progression, Springer, 2021.10 (英文专著,合著）

[2] Zhilun Jiao， Shaoju Lee， Ling Wang，Binglian Liu. Contemporary Logistics in China: Reformation and Perpetuation[M], Springer , 2017.5. (英文专著,合著）    

[3] 焦志伦. 食品封闭供应链运行模式及其政策研究[M]，中国物资出版社, 2012.8.中国物流学会第四届“物华图书奖”一等奖，天津市第十四届社会科学优秀成果三等奖 (中文专著,独著）    

[4] 焦志伦等. 两岸农产品流通模式比较研究[M], 南开大学出版社, 2015.9.1. (中文专著,合著）    

[5] Binglian Liu, Shaoju Lee, Jianhua Xiao, Ling Wang, Zhilun Jiao. Contemporary logistics in China: an Introduction[M], Singapore: World Scientific, 2011.10. 天津市第十三届社会科学优秀成果一等奖 (英文专著,合著）    

[6] 国家发展和改革委员会经济运行局，南开大学现代物流研究中心，中国现代物流发展报告[R]（2009-今)，中国机械工业出版社、物资出版社、北京大学出版社等.年度报告. (连续15年以上参与,研究报告,分章主编/执行主编)  

同时，连续参与该报告英文版的分章主、执行主编工作,包括：    

[6.1] Contemporary Logistics in China: An Introduction. World Scientific, 2011,执行主编    

[6.2] Contemporary Logistics in China: Transformation and Revitalization. Springer, 2012,分章主编    

[6.3] Contemporary Logistics in China: Consolidation and Deepening. Springer,2013, 分章主编    

[6.4] Contemporary Logistics in China: Assimilation and Innovation. Springer,2014, 分章主编    

[6.5] Contemporary Logistics in China: Proliferation and Internationalization. Springer, 2015,分章主编    

[6.6] Contemporary Logistics in China: New Horizon and New Blueprint. Springer, 2016,分章主编    

[6.7] Contemporary Logistics in China: Reformation and Perpetuation. Springer, 2017,第一主编    

[6.8] Contemporary Logistics in China: Collaboration and Reciprocation Springer, 2018, 分章主编    

[6.9] Contemporary Logistics in China: Interconnective Channels and CollaborativeSharing,Springer, 2019,分章主编    

[6.10] Contemporary Logistics in China: Persistent Reformation, Continual Openingand Vibrant Innovation, 2020, 分章主编    

发表论文

以第一或通讯作者发表如下论文：

[1] A Recursive Dynamic CGE Approach to Investigate Environmental Kuznets Curve. Journal of Environmental Management,2024.8. （SSCI, 国际1区）

[2] Shock transmission between climate policy uncertainty, financial stress indicators, oil price uncertainty and industrial metal volatility: Identifying moderators, hedgers and shock transmitters. Energy Economics, 2024.6.（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[3] Disentangling the Intelligentization–Carbon Emission Nexus within China’s Logistics Sector: An Econometric Approach. Energies, 2024.8. （SSCI）

[4] 数字经济发展必然降低行业碳排放吗？——来自物流业的新证据.南开经济研究.2024.6.（CSSCI）

[5] 面向物流需求场景的智慧公路功能设计，智能建筑电气技术.2024.1.

[6] The economic growth-travel frequency nexus in China: importance of the transport Kuznets curve, The World Economy, 2023.7 （SSCI, 南开大学经济学科顶尖期刊）

[7] Financial Development as a New Determinant of Energy Diversification: The Role of Natural Capital and Structural Changes in Australia, Energy Economics, 2023.8（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[8] Oil prices and geopolitical risk: Fresh insights based on Granger-causality in quantiles analysis, International Journal of Finance and Economics, 2023.3（SSCI, 南开大学管理学科顶尖期刊）

[9] On the transmission of oil supply and demand shocks to CO2 emissions in the US by considering uncertainty: A time-varying perspective, Resources Policy 2023.8 (SSCI, 国际1区)

[10] Dynamic volatility spillover between oil and marine shipping industry, Energy Reports,2023.2 (SSCI)

[11] Exploring the Growth of Sustainable Energy Technologies: A Review. Sustainable Energy Technologies and Assessments. 2023.4 (SSCI, 国际1区, IF:7.632)

[12] Do Muslim economies need insurance to grow? Answer from rigorous empirical evidence. Quarterly Review of Economics and Finance. 2023,87(2):346–359 (SSCI, 南开大学管理学科顶尖期刊, 国际1区, IF:4.324)

[13] 中国海外仓发展现状与对策研究. 经济要参, 2022(47): 38-42 (国家级内参)

[14] Examining Energy Poverty in Chinese Households: An Engel Curve Approach. Australian Economic Papers. 2022.9  (SSCI, IF:1.452)

[15] Role of foreign direct investment in decomposing of scale and technique effects on China's energy consumption, International Journal of Finance and Economics. 2022.2. (SSCI, IF:1.634)

[16] Relationship between green investments, energy markets, and stock markets in the aftermath of the global financial crisis. Energy Economics. 2021.10.  (SSCI, 国际1区, IF:9.252)

[17] Unveiling the asymmetric impact of exports, oil prices, technological innovations, and income inequality on carbon emissions in India. Resources Policy. 2021(10),  (SSCI, 国际1区, IF:8.222)

[18] How Energy Consumption, Industrial Growth, Urbanization, and CO2 Emissions Affect Economic Growth in Pakistan? A Novel Dynamic ARDL Simulations Approach,Energy. Published Cover Data:15 April 2021. (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082)    

[19] An empirical study of real-time information-receiving using industry 4.0 technologiesin downstream operations. Technological Forecasting and Social Change. Published Cover Data: April 2021. (SSCI, 国际1区, IF:5.846)

[20] Should The Fourth Industrial Revolution Be Widespread or Confined Geographically?A Country-Level Analysis of Fintech Economies. Technological Forecasting and Social Change. Published Cover Data: Febrary 2021. Article 120442.  (SSCI, 国际1区, IF:5.846)

[21] Financing clean energy projects: New empirical evidence from major investment countries. Renewable Energy. Published Cover Data: May 2021. Pages 231-241. (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)    

[22] Analyzing Nonlinear Impact of Economic Growth Drivers on CO2 Emissions:Designing an SDG Framework for India. Energy Policy. Published Cover Data: January 2021, Article 111965.  (SSCI, SCI, 国际1区, 中科院1区, IF:5.042) 

[23] Heterogeneous effect of Eco-innovation and human capital on renewable and non-renewable energy consumption: Disaggregate analysis for G7 Countries. Energy. Published Cover date: 15 October 2020, Article 118405 (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082）

[24] The Effect of Renewable Energy Consumption on Economic Growth: Evidence from the Renewable Energy Country Attractive Index, Energy, Published Cover date: 15 September 2020, Article 118162. (SSCI, SCIE, EI, 国际1区, 中科院1区, IF:6.082)    

[25] Determinants of FDI in France: Role of Transport Infrastructure, Education, Financial Development and Energy Consumption, International Journal of Finance and Economics. 2020.10.28. (SSCI, 南开大学经济学院二级顶尖期刊)    

[26] The impact of technological innovation and public-private partnership investment on Sustainable environment in China: Consumption-based carbon emissions analysis, Sustainable Development, 2020, 8(5):1317-1330.  (SSCI国际1区, IF:4.082)    

[27] Trade and technological innovation: The catalysts for climate change and way forward for COP21. Journal of Environmental Management. Published Cover date: 1 September 2020, Article 110774.  (SSCI, SCI, 国际1区, IF:5.647)    

[28] Analyzing Technology-Emissions Association in Top-10 Polluted MENA Countries: How to Ascertain Sustainable Development by Quantile Modeling Approach. Journal of Environmental Management. Published Cover date: 1 August 2020, Article 110602. (SSCI, SCI, 国际1区, 中科院2区, IF:5.647)

[29] Consumption-based carbon emissions and International trade in G7 countries: The role of Environmental innovation and Renewable energy. Science of the Total Environment, Published Cover date: 15 August 2020, Article 138945 (SCI，国际1区, 中科院2区, IF:6.551)

[30] Natural resource abundance, technological innovation, and human capital nexus with financial development: A case study of China, Resources Policy, Published Cover date: March 2020, Article 101585 (SSCI国际1区, IF:3.986)    

[31] The Renewable Energy Consumption-Environmental Degradation Nexus in Top-10 Polluted Countries: Fresh Insights from Quantile-on-Quantile Regression Approach. Renewable Energy. 2020, 150: 670-690 (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)  

[32] Public-Private Partnerships Investment in Energy as New Determinant of CO2 Emissions: The Role of Technological Innovations in China, Energy Economics. 2020, 86: 1-12 (SSCI, 国际1区, 南开大学经济类一级顶尖期刊, IF:5.203) 

[33] Revisiting Chinese Resource Curse Hypothesis Based on Spatial Spillover Effect: A Fresh Evidence, Resources Policy. 2019,64(12):1-10 (SSCI, EI, 国际1区, IF:3.986)    

[34] Resource Curse Hypothesis and Role of Oil Prices in USA, Resources Policy. 2019,64  (12): 1-11 (SSCI，EI, 国际1区, IF:3.986)

[35] Impact of trade openness on GDP growth: Does TFP Matter? The Journal of International Trade undefinedamp; Economic Development, 2019, 28 (8): 960-995. (SSCI, 国际3区, IF:0.958)    

[36] 快递企业服务制造业物流的合作收益分配研究——基于修正的Raiffa解模型分析. 商业经济与管理, 2020(06):18-27.(CSSCI)    

[37] 基于全产业链的无人机物流行业监管体系设计. 中国科技论坛，2019(11):38-47 (CSSCI, 人大复印资料全文转载）  

[38] 大数据驱动下的共享单车短期需求预测. 商业经济与管理, 2018(08):16-25.(CSSCI)    

[39] 品类差异下的消费者购物价值与零售业转型升级路径——兼议“新零售”的实践形式. 商业经济与管理, 2019(7): 5-17.（CSSCI, 人大复印资料全文转载, 新华文摘论点摘编转载）    

[40] 中国城市消费的空间分布与空间相关关系研究. 经济地理, 2013,33(3): 41-46.(CSSCI)    

[41] 国内外食品安全监管体系的比较研究. 华南农大学报, 2010,9(4):59-65.(CSSCI)    

发表专著

[1] Zhilun Jiao, Xiaofan Wu, Binglian Liu, Shaoju Lee, Zhijuan Chen. Contemporary Logistics in China: Systemic Reconfiguration and Technological Progression, Springer, 2021.10 (英文专著,合著）

[2] Zhilun Jiao， Shaoju Lee， Ling Wang，Binglian Liu. Contemporary Logistics in China: Reformation and Perpetuation[M], Springer , 2017.5. (英文专著,合著）    

[3] 焦志伦. 食品封闭供应链运行模式及其政策研究[M]，中国物资出版社, 2012.8.中国物流学会第四届“物华图书奖”一等奖，天津市第十四届社会科学优秀成果三等奖 (中文专著,独著）    

[4] 焦志伦等. 两岸农产品流通模式比较研究[M], 南开大学出版社, 2015.9.1. (中文专著,合著）    

[5] Binglian Liu, Shaoju Lee, Jianhua Xiao, Ling Wang, Zhilun Jiao. Contemporary logistics in China: an Introduction[M], Singapore: World Scientific, 2011.10. 天津市第十三届社会科学优秀成果一等奖 (英文专著,合著）    

[6] 国家发展和改革委员会经济运行局，南开大学现代物流研究中心，中国现代物流发展报告[R]（2009-今)，中国机械工业出版社、物资出版社、北京大学出版社等.年度报告. (连续15年以上参与,研究报告,分章主编/执行主编)  

同时，连续参与该报告英文版的分章主、执行主编工作,包括：    

[6.1] Contemporary Logistics in China: An Introduction. World Scientific, 2011,执行主编    

[6.2] Contemporary Logistics in China: Transformation and Revitalization. Springer, 2012,分章主编    

[6.3] Contemporary Logistics in China: Consolidation and Deepening. Springer,2013, 分章主编    

[6.4] Contemporary Logistics in China: Assimilation and Innovation. Springer,2014, 分章主编    

[6.5] Contemporary Logistics in China: Proliferation and Internationalization. Springer, 2015,分章主编    

[6.6] Contemporary Logistics in China: New Horizon and New Blueprint. Springer, 2016,分章主编    

[6.7] Contemporary Logistics in China: Reformation and Perpetuation. Springer, 2017,第一主编    

[6.8] Contemporary Logistics in China: Collaboration and Reciprocation Springer, 2018, 分章主编    

[6.9] Contemporary Logistics in China: Interconnective Channels and CollaborativeSharing,Springer, 2019,分章主编    

[6.10] Contemporary Logistics in China: Persistent Reformation, Continual Openingand Vibrant Innovation, 2020, 分章主编    

发表论文

以第一或通讯作者发表如下论文：

[1] A Recursive Dynamic CGE Approach to Investigate Environmental Kuznets Curve. Journal of Environmental Management,2024.8. （SSCI, 国际1区）

[2] Shock transmission between climate policy uncertainty, financial stress indicators, oil price uncertainty and industrial metal volatility: Identifying moderators, hedgers and shock transmitters. Energy Economics, 2024.6.（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[3] Disentangling the Intelligentization–Carbon Emission Nexus within China’s Logistics Sector: An Econometric Approach. Energies, 2024.8. （SSCI）

[4] 数字经济发展必然降低行业碳排放吗？——来自物流业的新证据.南开经济研究.2024.6.（CSSCI）

[5] 面向物流需求场景的智慧公路功能设计，智能建筑电气技术.2024.1.

[6] The economic growth-travel frequency nexus in China: importance of the transport Kuznets curve, The World Economy, 2023.7 （SSCI, 南开大学经济学科顶尖期刊）

[7] Financial Development as a New Determinant of Energy Diversification: The Role of Natural Capital and Structural Changes in Australia, Energy Economics, 2023.8（SSCI, 南开大学经济学科顶尖期刊, 国际1区）

[8] Oil prices and geopolitical risk: Fresh insights based on Granger-causality in quantiles analysis, International Journal of Finance and Economics, 2023.3（SSCI, 南开大学管理学科顶尖期刊）

[9] On the transmission of oil supply and demand shocks to CO2 emissions in the US by considering uncertainty: A time-varying perspective, Resources Policy 2023.8 (SSCI, 国际1区)

[10] Dynamic volatility spillover between oil and marine shipping industry, Energy Reports,2023.2 (SSCI)

[11] Exploring the Growth of Sustainable Energy Technologies: A Review. Sustainable Energy Technologies and Assessments. 2023.4 (SSCI, 国际1区, IF:7.632)

[12] Do Muslim economies need insurance to grow? Answer from rigorous empirical evidence. Quarterly Review of Economics and Finance. 2023,87(2):346–359 (SSCI, 南开大学管理学科顶尖期刊, 国际1区, IF:4.324)

[13] 中国海外仓发展现状与对策研究. 经济要参, 2022(47): 38-42 (国家级内参)

[14] Examining Energy Poverty in Chinese Households: An Engel Curve Approach. Australian Economic Papers. 2022.9  (SSCI, IF:1.452)

[15] Role of foreign direct investment in decomposing of scale and technique effects on China's energy consumption, International Journal of Finance and Economics. 2022.2. (SSCI, IF:1.634)

[16] Relationship between green investments, energy markets, and stock markets in the aftermath of the global financial crisis. Energy Economics. 2021.10.  (SSCI, 国际1区, IF:9.252)

[17] Unveiling the asymmetric impact of exports, oil prices, technological innovations, and income inequality on carbon emissions in India. Resources Policy. 2021(10),  (SSCI, 国际1区, IF:8.222)

[18] How Energy Consumption, Industrial Growth, Urbanization, and CO2 Emissions Affect Economic Growth in Pakistan? A Novel Dynamic ARDL Simulations Approach,Energy. Published Cover Data:15 April 2021. (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082)    

[19] An empirical study of real-time information-receiving using industry 4.0 technologiesin downstream operations. Technological Forecasting and Social Change. Published Cover Data: April 2021. (SSCI, 国际1区, IF:5.846)

[20] Should The Fourth Industrial Revolution Be Widespread or Confined Geographically?A Country-Level Analysis of Fintech Economies. Technological Forecasting and Social Change. Published Cover Data: Febrary 2021. Article 120442.  (SSCI, 国际1区, IF:5.846)

[21] Financing clean energy projects: New empirical evidence from major investment countries. Renewable Energy. Published Cover Data: May 2021. Pages 231-241. (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)    

[22] Analyzing Nonlinear Impact of Economic Growth Drivers on CO2 Emissions:Designing an SDG Framework for India. Energy Policy. Published Cover Data: January 2021, Article 111965.  (SSCI, SCI, 国际1区, 中科院1区, IF:5.042) 

[23] Heterogeneous effect of Eco-innovation and human capital on renewable and non-renewable energy consumption: Disaggregate analysis for G7 Countries. Energy. Published Cover date: 15 October 2020, Article 118405 (SSCI, EI, SCI, 国际1区, 中科院1区, IF:6.082）

[24] The Effect of Renewable Energy Consumption on Economic Growth: Evidence from the Renewable Energy Country Attractive Index, Energy, Published Cover date: 15 September 2020, Article 118162. (SSCI, SCIE, EI, 国际1区, 中科院1区, IF:6.082)    

[25] Determinants of FDI in France: Role of Transport Infrastructure, Education, Financial Development and Energy Consumption, International Journal of Finance and Economics. 2020.10.28. (SSCI, 南开大学经济学院二级顶尖期刊)    

[26] The impact of technological innovation and public-private partnership investment on Sustainable environment in China: Consumption-based carbon emissions analysis, Sustainable Development, 2020, 8(5):1317-1330.  (SSCI国际1区, IF:4.082)    

[27] Trade and technological innovation: The catalysts for climate change and way forward for COP21. Journal of Environmental Management. Published Cover date: 1 September 2020, Article 110774.  (SSCI, SCI, 国际1区, IF:5.647)    

[28] Analyzing Technology-Emissions Association in Top-10 Polluted MENA Countries: How to Ascertain Sustainable Development by Quantile Modeling Approach. Journal of Environmental Management. Published Cover date: 1 August 2020, Article 110602. (SSCI, SCI, 国际1区, 中科院2区, IF:5.647)

[29] Consumption-based carbon emissions and International trade in G7 countries: The role of Environmental innovation and Renewable energy. Science of the Total Environment, Published Cover date: 15 August 2020, Article 138945 (SCI，国际1区, 中科院2区, IF:6.551)

[30] Natural resource abundance, technological innovation, and human capital nexus with financial development: A case study of China, Resources Policy, Published Cover date: March 2020, Article 101585 (SSCI国际1区, IF:3.986)    

[31] The Renewable Energy Consumption-Environmental Degradation Nexus in Top-10 Polluted Countries: Fresh Insights from Quantile-on-Quantile Regression Approach. Renewable Energy. 2020, 150: 670-690 (SSCI, SCIE, EI, 国际1区, 中科院2区, IF:5.439)  

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[34] Resource Curse Hypothesis and Role of Oil Prices in USA, Resources Policy. 2019,64  (12): 1-11 (SSCI，EI, 国际1区, IF:3.986)

[35] Impact of trade openness on GDP growth: Does TFP Matter? The Journal of International Trade undefinedamp; Economic Development, 2019, 28 (8): 960-995. (SSCI, 国际3区, IF:0.958)    

[36] 快递企业服务制造业物流的合作收益分配研究——基于修正的Raiffa解模型分析. 商业经济与管理, 2020(06):18-27.(CSSCI)    

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发表专著

[1] Zhilun Jiao, Xiaofan Wu, Binglian Liu, Shaoju Lee, Zhijuan Chen. Contemporary Logistics in China: Systemic Reconfiguration and Technological Progression, Springer, 2021.10 (英文专著,合著）

[2] Zhilun Jiao， Shaoju Lee， Ling Wang，Binglian Liu. Contemporary Logistics in China: Reformation and Perpetuation[M], Springer , 2017.5. (英文专著,合著）    

[3] 焦志伦. 食品封闭供应链运行模式及其政策研究[M]，中国物资出版社, 2012.8.中国物流学会第四届“物华图书奖”一等奖，天津市第十四届社会科学优秀成果三等奖 (中文专著,独著）    

[4] 焦志伦等. 两岸农产品流通模式比较研究[M], 南开大学出版社, 2015.9.1. (中文专著,合著）    

[5] Binglian Liu, Shaoju Lee, Jianhua Xiao, Ling Wang, Zhilun Jiao. Contemporary logistics in China: an Introduction[M], Singapore: World Scientific, 2011.10. 天津市第十三届社会科学优秀成果一等奖 (英文专著,合著）    

[6] 国家发展和改革委员会经济运行局，南开大学现代物流研究中心，中国现代物流发展报告[R]（2009-今)，中国机械工业出版社、物资出版社、北京大学出版社等.年度报告. (连续15年以上参与,研究报告,分章主编/执行主编)  

同时，连续参与该报告英文版的分章主、执行主编工作,包括：    

[6.1] Contemporary Logistics in China: An Introduction. World Scientific, 2011,执行主编    

[6.2] Contemporary Logistics in China: Transformation and Revitalization. Springer, 2012,分章主编    

[6.3] Contemporary Logistics in China: Consolidation and Deepening. Springer,2013, 分章主编    

[6.4] Contemporary Logistics in China: Assimilation and Innovation. Springer,2014, 分章主编    

[6.5] Contemporary Logistics in China: Proliferation and Internationalization. Springer, 2015,分章主编    

[6.6] Contemporary Logistics in China: New Horizon and New Blueprint. Springer, 2016,分章主编    

[6.7] Contemporary Logistics in China: Reformation and Perpetuation. Springer, 2017,第一主编    

[6.8] Contemporary Logistics in China: Collaboration and Reciprocation Springer, 2018, 分章主编    

[6.9] Contemporary Logistics in China: Interconnective Channels and CollaborativeSharing,Springer, 2019,分章主编    

[6.10] Contemporary Logistics in China: Persistent Reformation, Continual Openingand Vibrant Innovation, 2020, 分章主编