[1]
Guoqing Cao, Guangbei Xu, bin Yang. Research on the applications of Horizontal shading way in the south window residential building [J]. Journal of solar energy, 2006, 01: 96-100. (in Chinese).
Google Scholar
[2]
Lin Li , Yougang Zhang , Runsheng Tang, Leitao Han. The Size Calculation of the South Window Visor[J]. Journalofsolarenergy, 2008, 11: 39-42. (inChinese).
Google Scholar
[3]
Ji-Sun. Hot Summer and Cold Winter Region Multi-storey Residential Passive Solar Design StrategyResearch[D]. Huazhonguniversityofscienceandtechnology, 2005. (inChinese).
Google Scholar
[4]
Xuesong Zhang. Shanghai Residential Design Research - Envelope Structure of Energy ConservationDesign[D]. Tongjiuniversity, 2006. (inChinese).
Google Scholar
[5]
Shanshan Fang , Different Parts of the Residential Building Energy-saving Research [D]. Outside thewindowofhunanuniversity, 2008. (inChinese).
Google Scholar
[6]
Bin Li , Outside Window Level Shading Design Research in Southern China Rural House [D]. Hunanuniversity, 2010. (inChinese).
Google Scholar
[7]
Chun Zhu , In the Shanghai Area residential Building Outside Shading Design Optimization Study [J]. Journalofgreenbuilding, Vol. 36-39(2012). (inChinese).
Google Scholar
[8]
Chen Zou. Shanghai Green Residential Building Design Strategy Research [D]. Shanghai jiaotonguniversity, 2012. (inChinese).
Google Scholar
[9]
Jie Shi. Shanghai High-rise Residential External Surface Solar System Integration Design Research[D]. Tongjiuniversity, 2008. (inChinese).
Google Scholar
[10]
Houxing Ma, Ecological Housing Design and Energy Saving New Technology [J]. China's residential facilities, Vol. 40- 41(2010). (in Chinese).
Google Scholar
[11]
Ruimin Hao , Design Analysis of Outer Shading in Public Buildings in Shanghai [J]. Journal of shanxi architecture, preceding vol. 211-212（2012）. (in Chinese).
Google Scholar
