近期论文
查看导师新发文章
(温馨提示:请注意重名现象,建议点开原文通过作者单位确认)
发表(出版)的论文和专著
[1] Zhang HM, Liang S, Wu K*, Qiu YM*, Cai YY, Chan G, Wang SY, Zhou DQ, Zhou Y, Li ZH. Use agrophotovoltaics to reduce carbon emissions and global rural poverty[J]. The Innovation, online (Cell合作期刊)
[2] Qiu YM *, Xing B, Patwardhan A, Hultman N, Zhang HM *. Heterogeneous changes in electricity consumption patterns of residential distributed solar consumers due to battery storage adoption[J]. iScience, 2022, 25(6): 104352(Cell子期刊)
[3] Zhang HM, Huang JY, Wu K* , Wang SY, Nygaard C, Qiu YM. Do political connections affect corporate poverty alleviation decisions? Evidence from China[J]. China Economic Review, 2022(73):101785 (SSCI二区期刊)
[4] Zhang HM, Zhu KX, Zhou Y *, Zhou DQ, Jing BH, Xu ZD. Waste battery-to-reutilization decisions under government subsidies: an evolutionary game approach[J]. Energy, 2022(259): 124835. (SCI一区期刊)
[5] Qiu YM ∗, Wang YD, Iseki H, Shen XC, Xing B, Zhang HM *. Empirical grid impact of in-home electric vehicle charging differs from predictions[J]. Resource and Energy Economics, 2022(67): 101275. (SSCI源期刊)
[6] Zhang HM*, Xu ZD, Zhou Y, Zhang R, Cao J. Optimal subsidy reduction strategies for photovoltaic poverty alleviation in China: A cost-benefit analysis[J], Resources, Conservation & Recycling, 2021(166): 105352.(SCI一区)
[7] Zhang HM*, Yang JY, Li LS, Shen DY, Wei G, Khan H u R , Dong SJ. Measuring the resilience to floods: A comparative analysis of key flood control cities in China[J]. International Journal of Disaster Risk Reduction, 2021(59): 102248.(SCI二区)
[8] Zhang HM, Wu K, Qiu YM *, Chan G, Wang SY, Zhou DQ, Ren XQ. Solar Photovoltaic Interventions Have Reduced Rural Poverty in China[J]. Nature Communications, 2020,11(1)(Nature子期刊之一,被美国、德国、中国能源网、今日头条、《环球时报》报道)。
[9] Zhang HM, Yang JY, Ren XQ, Wu Q, Zhou DQ, Elahi E. How to accommodate curtailed wind power: A comparative analysis between the US, Germany, India and China[J]. Energy Strategy Reviews, 2020(32): 100538 (SSCI检索)
[10] Zhang HM, Huang JY, Hu RH, Zhou DQ, Khan HR, Ma CX. Echelon utilization of waste power batteries in new energy vehicles: Review of Chinese policies[J]. Energy, 2020(206):1-13. (SCI一区期刊)
[11] 张慧明,曹杰. 新能源设备制造业补贴的政策设计研究[M]. 科学出版社,2019
[12] Ren XQ,Zhang HM*,Hu RH,Qiu YM. Location of Electric Vehicle Charging Stations: A Perspective Using the Grey Decision-making Model[J]. Energy,2019,173(15):548-553(SCI一区期刊)
[13] Zhang HM, Xu ZD, WU K*, Zhou DQ,Wei G. Multi-dimensional poverty measurement for photovoltaic poverty alleviation areas: Evidence from pilot counties in China[J] Journal of Cleaner Production, 2019(241):1-9. (SCI一区期刊)
[14] Zhang HM*, Zheng Y, Zhou DQ,Long XL. Selection of key technology policies for Chinese offshore wind power: A perspective on patent maps[J]. Marine Policy, 2018(93):47-53.(SSCI二区期刊)
[15] Zhang HM*, Xu ZD, Sun CW, Elahi E. Targeted poverty alleviation using photovoltaic power: Review of Chinese policies[J]. Energy Policy, 2018(120): 550-558 (SCI、SSCI源期刊,SCI一区)
[16] Zhang H.M.*, Xiong L.F., Li L.S.,Zhang S.F. Political incentives, transformation efficiency and resource-exhausted cities[J]. Journal of Cleaner Production, 2018(196):1418-1428. (SCI一区期刊)
[17] Zhang HM*, Xu ZD,Zhou DQ,Qiu YM,Shen DY. Targeted poverty alleviation using photovoltaic power in China: Identifying financial options through a dynamic game analysis[J]. Resources, Conservation and Recycling, 2018(139): 333-337. (SCI一区期刊)
[18] Zhang H.M., Zheng Y., Cao J. *, Qiu Y.M.. Has Government Intervention Effectively Encouraged the Use of Waste Cooking Oil as an Energy Source? Comparison of Two Chinese Biofuel Companies[J]. Energy, 2017, 140(part 1):708-715.(SCI一区)
[19] Zhang HM*, Xu ZD, Zhou DQ.. Waste cooking oil-to-energy under incomplete information: Identifying policy options through an evolutionary game [J]. Applied Energy, 2017(185):574-555. (SCI一区)
[20] Zhang H.M.*, Zheng Y., Ozturk U. A., Li S.J.. The impact of subsidies on overcapacity: A comparison of wind and solar energy companies in China [J]. Energy, 2016(94): 821-827.(SCI一区,SSCI检索)
[21] Zhang H.M.*, U. Aytun Ozturk,Dequn Zhou,Yueming Qiu,Qing Wu. How to increase the recovery rate for waste cooking oil-to-biofuel conversion: A comparison of recycling modes in China and Japan,Ecological Indicators,2015(51):146-150(SCI检索)
[22] 张慧明*,蔡银寅.中国制造业如何走出“低端锁定”—基于面板数据的实证研究, 国际经贸探索,2015,31(1):52-65(CSSCI源期刊,人大报刊复印资料全文转载)
[23] Zhang H.M.*, Li L.S., Zhou P., Hou J.M., Qiu Y.M.. Subsidy Modes, Waste Cooking Oil and Biofuel: Policy Effectiveness and Sustainable Supply Chains in China[J]. Energy Policy, 2014, 65(2):270-274. (SSCI、SCI双源期刊,SCI一区)
[24] Zhang H.M.*, Li L.S., Zhou D.Q., Zhou P.. Political Connections, Government Subsidies and Firm Financial Performance: Evidence from Renewable Energy Manufacturing in China[J]. Renewable Energy, 2014, 63(1): 330-336.(SCI二区期刊,同时被SSCI检索)
[25] Zhang H.M.*, Ozturk U. A., Wang Q.W.*, Zhao Z.Y.. Biodiesel produced by waste cooking oil: Review of recycling modes in China, the US and Japan[J]. Renewable and Sustainable Energy Reviews,2014(38) :330-336.(SCI一区,同时被SSCI检索)
[26] 张慧明*,李廉水,朱晓东. 碳捕捉与碳储存驱动政策:基于X-Y 维度的国际比较研究, 中国科技论坛,2014(6):24-29.(CSSCI期刊)
[27] Zhang H.M.*, Wang Q.W., Mortimer S. R..Waste Cooking Oil as an Energy Resource: Review of Chinese Policies[J]. Renewable and Sustainable Energy Reviews, 2012, 16(7): 5225-5231.(SCI一区,同时被SSCI检索,该文获得南京市第十届自然科学优秀学术论文奖)
[28] Zhang H.M.*, Li L.S., Cao J., Wu. Q..Comparison of Renewable Energy Policies Evolution among the BRICs[J]. Renewable and Sustainable Energy Reviews,2011,15(9): 4904-4909.(SCI一区,同时被SSCI检索,该文获得江苏省生产力协会优秀理论与成果奖特等奖)
[29] Zhang H.M.*, Zhou D.Q., Cao J.. A Quantitive Analysis of Energy Strategy Evolution in China and US[J]. Renewable and Sustainable Energy Reviews, 2011, 15(1): 886-890.(SCI一区,同时被SSCI检索)
[30] 张慧明,周德群,曹杰,葛世龙. 温室气体减排技术研究进展[J]. 中国科技论坛, 2011(9): 104-109. (CSSCI期刊)
[31] 张慧明,周德群,曹杰. 气候变化视角下的美国能源战略演变特征分析及启示[J]. 管理评论, 2010, 22(6):114-118. (CSSCI期刊,管理学A类期刊论文)
[32] 张慧明,周德群,曹杰,李廉水. 衰退矿区跨区域进入模式的绩效分析—以徐州矿务集团为例[J].资源科学, 2010, 32(5): 940-945.(CSSCI期刊)
[33] 张慧明,周德群. 东中部煤炭企业“西进”模式分析[J]. 管理学报, 2008, 5(5): 755. (CSSCI期刊,管理学B类期刊论文)
媒体论文
[1] 张慧明,黄继颖,沈丹云. 废旧动力电池回收处理体系亟待完善[N]. 中国能源报,2020年2月17日(被人民网、今日头条、国务院发展研究中心智库网等十余家网站转载)
[2] 张慧明.南京:破解新能源设备制造结构性难题[N].社会科学报,2019年4月4日
[3] 张慧明等.驱动新能源设备制造业技术创新[N].中国社会科学报,2018年12月19日
[4] 张慧明, 曹杰.多维度完善现有 政策,增大农光协同效应[N].中国社会科学报,2018年5月
[5] 张慧明,王群伟. 完善碳捕捉与碳储存技术扩散的政策建议[N].中国社会科学报(经济学版),2015年6月18日
[6] 张慧明.地沟油补贴为什么越补越亏?南方周末,2015年6月18日
[7] 张慧明,周德群. 走出城乡污染转移困境[N].中国社会科学报(经济学版),2014年12月24日
[8] 张慧明,周德群.简谈资源枯竭型煤炭企业跨区域转移, 光明日报(理论版, 2008年6 月5号)(国研网、人民网、证券之星、中国能源网等十余家网站转载)
被采纳或批示的智库决策文章
l 张慧明,汪寿阳. 应着力解决“两个不平衡”难题 夯实光伏脱贫攻坚效果. 国家能源局章建华局长于2020年5月14日批示.
l 张慧明.推进废旧动力电池梯级利用的建议. 2020年4月被民盟中央、全国政协采纳
l 张慧明.江苏光伏精准扶贫存在问题与对策,江苏省委宣传部《智库专刊》,2017年由黄莉新常务副省长批示(完全采纳);转化为盟省委集体提案,并在江苏省政协十一届五次会议上立案,由省经济和信息化委主办,省电力公司会办.
l 张慧明. 发展碳捕捉与碳储存技术需要政策推动, 相继于2015、2017年被民盟中央、教育部社科司采纳
l 张慧明,曹杰.破解地沟油能源化难题需改革补贴机制,教育部社科司采纳,2016年
媒体采访报道
l Local economies soar in rural China through new solar initiatives.2020年4月27日,美国马里兰大学
l “上海公交车低调试喝地沟油”,南方周末,2015年4月17日,中国政府采购新闻网、《南都周刊》、生物柴油网等转载
l “江苏发改委:江苏用5%的能源消费增速支撑10.1%的GDP增长”,中新网江苏新闻网,2013年3月12日
l “南京专家:荷兰购华地沟油作飞行燃油有误读”,中新网,2012年7月11日,被网易、搜狐、凤凰网等二十余家网站转载