於 2026年3月14日 (六) 16:52 由 ZhangNan(留言 | 貢獻) 所作的修訂 (创建页面,内容为“__TOC__ == International Symposium and Conference on Sustainable City and Low Carbon City (SCLC 2014), Saga, Japan, February 27 – March 2, 2014 == * Hao Feng; Jiangping Wang; Weijun Gao, ''Environmental Analysis of High-Rise Residential Building Integrated Solar Photovoltaic and Combined Cooling Heating and Power Hybrid Systems'', pp.73–78 * Liyang Fan; Weijun Gao; Zhu Wang, ''Integrated Assessment of Cooperative Use CHP System for Low Carbon Community'',…”)
International Symposium and Conference on Sustainable City and Low Carbon City (SCLC 2014), Saga, Japan, February 27 – March 2, 2014
Hao Feng; Jiangping Wang; Weijun Gao, Environmental Analysis of High-Rise Residential Building Integrated Solar Photovoltaic and Combined Cooling Heating and Power Hybrid Systems, pp.73–78
Liyang Fan; Weijun Gao; Zhu Wang, Integrated Assessment of Cooperative Use CHP System for Low Carbon Community, pp.35–38
Qun Ruan; Weijun Gao, The Development of Smart Community in Different Countries, pp.31–34
M. Donny Koerniawan; Weijun Gao, Urban Ventilation through Roof Garden and Open Space Placement, pp.20–25
Jianan Liu; Weijun Gao; Hidetoshi Fukahori, Study on Regional Characteristics of the Center of Kitakyushu City, pp.15–19
Suapphong Kritsanawonghong; Weijun Gao, Decentralizing Thailand’s Power Generation for Sustainable Energy System, pp.11–14
Yao Zhang; Xingzhi Shi; Weijun Gao, The Effects of Dynamic Pricing and Storage Battery on the Cost Performance in an Official House, pp.27–30
Hao Feng; Xiaowei Qi; Weijun Gao, Performance Analysis of the Combined Heating and Power System with PV in the University Complex, Hangzhou, China, pp.189–194
The Second Asia Future Conference, Bali, Indonesia, August 22–24, 2014
Suapphong Kritsanawonghong; Weijun Gao; Pawinee Iamtrakul, Potential of Cogeneration System in Thailand’s Office Buildings, p.162
Shogo Matsunaga; Didit Novianto; Weijun Gao, Living Environment Evaluation of Japanese Residential Area in Kitakyushu Japan Part 2: GIS Analysis, p.176
Yao Zhang; Xingzhi Shi; Weijun Gao; Soichiro Kuroki, The Effects of Dynamic Pricing and Photovoltaic Technology on the Cost Performance in a Residential House, p.366
Didit Novianto; Weijun Gao; Soichiro Kuroki, Living Environment Evaluation of Japanese Residential Area in Kitakyushu Japan Part 1: Survey Result and Statistical Analysis, p.367
Taku Michishita; Didit Novianto; Weijun Gao; Soichiro Kuroki, Study on Lifestyle and Energy Consumption of Kitakyushu Eco-House Part 1: Survey Overview and Lifestyle Simulation, p.460
Wei Chen; M. Donny Koerniawan; Weijun Gao, Analysis of Microclimate Simulation around Kokura Station in Kitakyushu City, p.474
Jianan Liu; Danhua Wu; Hidetoshi Fukahori; Weijun Gao, The Characteristic Consideration of Kitakyushu Base Station Areas, p.481
Qiong Wu; Hongbo Ren; Weijun Gao; Jianxing Ren, Investigation and Analysis of Electricity Tariffs in Japan, China and Thailand, p.166
Danhua Wu; Jianan Liu; Hidetoshi Fukahori; Weijun Gao, Analysis of the Urban Space Structure of Kokura North Area with Space Syntax in Kitakyushu, p.472
Weijun Gao, Japan's Initiative on Smart Community for Low Carbon Society Development, p.255
The 11th International Conference of Asia Institute of Urban Environment (AIUE 2014), Daegu, South Korea, November 6–8, 2014
Qun Ruan; Yao Zhang; Weijun Gao, The Comparison of Smart Communities in Different Countries, pp.77–80
Yan Zhang; Jian Ge; Weijun Gao; Wei Tan, Land Suitability Evaluation in Karst Area Supported with RS and GIS, pp.93–99
Erxin Zhang; Yao Zhang; Weijun Gao, Analysis of Energy Consumption of Public Buildings in Kitakyushu, pp.127–130
Zheng Yan; Didit Novianto; Hidetoshi Fukahori; Weijun Gao, Research on the Evaluation of Local Living Environment in Kokuraminami District, Kitakyushu, Japan, pp.283–286
Didit Novianto; Jing Wang; Meiyan Wang; Liyang Fan; Weijun Gao; Zhu Wang; Jian Ge; Yong He, Study on Housing Energy Consumption and Thermal Environment in Rural Area of China, pp.287–290
Shiori Shimokawa; Hidetoshi Fukahori; Weijun Gao, Lesson and Challenge of Urban Planning from the Great East Japan Earthquake: Viewpoints of Architecture College Students on Urban Planning for Disaster Areas, pp.385–390