四川大学教授,博士生导师,灾后重建与管理学院原副院长,四川大学建筑节能与人居环境研究所所长。主要从事供热、通风及空调领域的科研与教学工作,重点研究建筑节能理论与技术方向。
联系方式
longes2@163.com
代表性研究成果
期刊论文
1. Xi Meng, Biao Yan, Yanna Gao, Jun Wang, Wei Zhang, Enshen Long*, Factors affecting the in situ measurement accuracy of the wall heat transfer coefficient using the heat flow meter method, Energy and Buildings 2015; 86(1):754-756 (SCI收录)通讯作者
2. Biao Yan, Enshen Long*, Xi Meng, Influence of user behavior on unsatisfactory indoor thermal environment ,Energy Conversion and Management 2014;86(10):1-7 (SCI收录) 通讯作者
3. Lili Zhang, Enshen Long*, Jun Wang ,Field Research on the Rural House Thermal Environment in Southwest Region of Shandong Province ,Lecture Notes in Electrical Engineering, 2014;261:149-156 (EI收录) 通讯作者
4. Yan Wang, Xi Meng, Yulan Liu, Enshen Long* ,Angle Factor Calculation for the Thermal Radiation Environment of the Human Body ,Lecture Notes in Electrical Engineering 2014;261:447-455 (EI收录) 通讯作者
5. 徐龙,王海,高艳娜,王军,龙恩深*,复合相变材料对轻质围护结构建筑室内热环境调节性能研究,建筑科学,2013年第12期,通讯作者
6. Long Enshen, Wang Liang, Are the relative variation rates (RVRs) approximate in different cities for the same building with the same outer-window reform?, Building and Environment 2005;40 (4): 545-556 (SCI收录)
7. Long Enshen, Are the energy efficient rates (RVRs) approximate under different climatic locations for the building with the same reform?, Building and Environment 2005;40 (4): 557-562 (SCI收录)
8. Long Enshen, General descriptions of research method, buildings, analysis object, assumptions and weather conditions of background cities, Building and Environment 2005;40 (4): 443-450 (SCI收录)
9. Long Enshen, Wang Yong, Are the relative variation rates (RVRs) approximate in different cities when the same energy efficiency reform is taken to the same building? Building and Environment 2005;40 (4): 453-464
(SCI收录)
10. Long Enshen, Wang Yong and Ma Xiaofei, Identifications: the RVRs are approximate in different cities with the same energy efficient measures, Building and Environment 2005;40 (4): 465-471 (SCI收录)
11. Long Enshen, Are the relative variation rates (RVRs) approximate in different cities with the same increase of shape coefficient? Building and Environment 2005;40 (4): 473-480 (SCI收录)
12. Long Enshen, Identifications: the relative variation rates (RVRs) of cooling and heating are approximate in different cities with the same increase of shape coefficients, Building and Environment 2005;40 (4): 481-488(SCI收录)
13. Long Enshen, Lin Zhenguo, Are the relative variation rates (RVRs) of energy consumption approximate in different cities for the same increase of ventilation rate? Building and Environment 2005;40 (4): 489-496 (SCI收录)
14. Long Enshen, Xiao Yimin, Identifications: the relative increase rates of cooling or heating energy consumption are approximate in different cities with the same increase of ventilation rate, Building and Environment 2005;40 (4): 497-505 (SCI收录)
15. Long Enshen, Chen Jinhua, Are the annual relative variation rates of energy consumption approximate in different cities with the same shading coefficient?, Building and Environment 2005;40 (4): 507-515 (SCI收录)
16. Long Enshen, Zhou Jie, Classified identifications: the annual relative variation rates (RVRs) of energy consumption are approximate in different cities with the same shading coefficient, Building and Environment 2005;40 (4): 517-528 (SCI收录)
17. Long Enshen, Zang Zixuan, Hourly classified identifications: the annual relative variation rates (RVRs) are approximate in different cities for the same building under the same shading coefficient, Building and Environment 2005;40 (4): 529-536 (SCI收录)
18. Long Enshen, Zang Zixuan, MA Xiaofei, Are the energy conservation rates (RVRs) approximate in different cities for the same building with the same outer-wall thermal insulation measures?, Building and Environment 2005;40 (4): 537-544 (SCI收录)
19. 龙恩深,窗墙比对居住建筑的冷热耗量指标及节能率的影响,暖通空调,2007年第02期
20. 龙恩深,任意小区或建筑供暖期煤耗的预测公式及其应用,暖通空调,2006年第10期
专利
1. 一种生物质热解液化的工艺方法及其装置系统,发明专利号:200510057216.2
2. 生物质热解液化的工艺方法及其双塔式装置系统,发明专利号:200510057215.8
3. 一种保温型游牧帐篷,发明专利号200910059826.4
4. 带外顶的支杆式轻便型游牧帐篷,发明专利号200910059967.6
5. 带内顶的支杆式轻便型游牧帐篷,发明专利号200910060284.2
6. 一种显著增强帐篷抗风能力的锚固系统,发明专利号200910224701.2
7. 一种适于高建筑密度板房区的单层板房,发明专利号201210111425.0
8. 带内空气层的框架式游牧帐篷,实用新型专利号200920176565.X
9. 一种多功能复合型游牧帐篷,实用新型专利号200920176948.7
10. 一种新型降温隔热轻质屋面砖,实用新型专利号201220300360.1
承担项目
1. 超薄轻质围护结构建筑的热环境形成机理研究,国家自然科学基金,51178282,负责人
2. 间歇采暖空调房间的动态热响应机理与围护结构优化设计方法研究,国家自然科学基金,51478280,负责人
3. 建筑垃圾及工业灰渣节能多孔砌块产业化及示范,四川省建设厅, 2015SZ0044 , 子课题负责人
4. 基于重力驱动的高浓度秸秆沼气连续发酵装置技术与示范, 四川省科技厅 , 2013GZ0107-1 , 负责人
5. 高强度节能型多孔砌块研发, 泸州市科技局 , 2014CDLZ-S28, 负责人
6. 混凝土复合自保温砌块产品研发, 四川省建设厅, 2013H1033, 负责人
7. 芦山地震受灾和救灾群体过渡性居住环境与健康研究,四川大学,2013SCU19003,2013.7-2013.12,负责人
8. 建筑节能读本编写,成都市建委,2012H0837,2012-2013,负责人
9. 农村建筑节能调查项目,成都市墙材革新建筑节能办公室, 2013H0874, 2013-2014 , 负责人
10. 四川省公共机构建筑能源消耗定额研究, 四川省建设厅,2013H1234,2013.1-2014.12,负责人
11. 回归反射材料复合墙体的节能特性与缓解住区热岛效应的研究,四川省建设厅,2013H1235, 2013.1-2014.12,负责人
12. 舒适性K4XZ-2-B型游牧帐篷技术集成与示范推广, 农业部,2010GB2F000411, 2010.4-2012.3, 负责人
13. 救灾建筑的热湿环境与改善措施研究, 国际合作项目, 08ZHCJ-03 , 2008.12-2011.12, 负责人
14. 牧区牧民新型帐篷研究 , 四川省科技厅, 2009SZ0206, 2009.10-2009.12, 负责人
获奖情况
1. 2013年,DB 51/T 984-2010《游牧用帐篷通用技术要求》等四项标准,获得国家质量监督检验局和国家标准化管理委员会颁发的2013年“中国标准创新贡献三等奖”
2. 2013年,“四川省《游牧用帐篷》系列地方标准研究与推广应用”,获得四川省科学技术进步二等奖(排名第二)。
3. 2012年,新型宜居游牧帐篷的研发,获得四川省科技进步奖三等奖(排名第一)
4. 2010年12,月评为四川省学术与技术带头人(2008年评为四川省学术与技术带头人后备人选)
5. 2010年6月,获得四川大学名师培养计划
6. 2009年2月,获华夏建设科学技术奖三等奖,小城镇节能与新能源利用关键技术研究及设备开发(持证人)
7. 2008年9月,被评为四川大学“抗震救灾”先进个人。
8. 2006年,被评为重庆大学本科评建工作先进个人。
9. 2005年,以第一持证人获得重庆市优秀教学成果三等奖。
10. 2004年,以第一持证人获得重庆大学优秀教学成果一等奖。
人才培养
担任人居环境专业博士生导师