[1] 經濟部能源局 , 2013, 建築節能應用技術手冊。
[2] P´ erez-Lombard, L., Ortiz, J. & Pout, C., 2008, A review on buildings energy consumption information. Energy and Buildings 40, 394-398.
[3] http://www.hvac-net.org.tw/CKEdit/upload/files/室內舒適度指標.pdf, 室內舒適度指標, 台灣區冷凍空調工程工業同業公會.
[4] Bauman, F., 2003, Underfloor Air Distribution (UFAD) Design Guide. American Society of Heating Refrigerating and Air Conditioning Engineers, Inc., Atlanta, GA, ISBN 1-031862-21-4.
[5] Bauman, F. & Webster, T., 2001, Outlook for underfloor air
distribution. ASHRAE Journal, 18-27.
[6] Lin, Y.J.P. & Linden, P.F., 2005, A model for an under floor air distribution system. Energy and Buildings 37, 399-409.
[7] Kong, Q. & Yu, B., 2008, Numerical study on temperature stratification in a room with underfloor air distribution system. Energy and Buildings 40, 495-502.
[8] Lin, Y.J.P. & Tsai, T.Y., 2014, An experimental study on a full-scale indoor thermal environment using an Under-Floor Air Distribution system. Energy and Buildings 80, 321-330.
[9] 劉人豪, 2014, 不同溫度感測機制應用於地板送風系統的影響。 國立台灣科技大學碩士論文。[10] 林子安, 2015, 地板送風系統之數值模擬研究。 國立台灣科技大學碩士論文。[11] Webster, T., Bauman, F., Shi, M. & Reese, J., 2002, Thermal stratification performance of underfloor air distribution (UFAD) systems. Indoor Air 9, 260-265.
[12] Liu, J. & Wu, Y., 2010, Experimental study on airflow fluctuation characteristic of an underfloor air supply terminal unit. Energy and Buildings 42, 2151-2158.
[13] Zhang, K., Zhang, X., Li, S. & Jin, X., 2014, Experimental study on the characteristics of supply air for UFAD system with perforated tiles. Energy and Buildings 80, 1-6.
[14] Chao, C.Y.H. & Wan, M.P., 2004, Airfow and air temperature distribution in the occupied region of an underfoor ventilation system. Building and Environment 39, 749-762.
[15] Xue, Y. & Chen, Q., 2014, Influence of floor plenum on energy performance of buildings with UFAD systems. Energy and Buildings 79, 74-83.
[16] Xu, H. & Niu, J., 2006, Numerical procedure for predicting annual energy consumption of the under-floor air distribution system. Energy and Buildings 38, 641-647.
[17] Cheng, Y., Niu, J., Liu, X. & Gao, N., 2013, Experimental and numerical investigations on stratified air distribution systems with special configuration: Thermal comfort and energy saving. Energy and Buildings 64, 154-161.
[18] Arghand, T., Karimipanah, T., Awbi, H.B., Cehlin, M., Larsson, U. & Linden E., 2015, An experimental investigation of the flow and comfort parameters for under-floor, confluent jets and mixing ventilation systems in an open-plan office. Building and Environment 92, 48-60.
[19] Li, R., Sekhar, S.C. & Melikov A.K., 2010, Thermal comfort and IAQ assessment of under-floor air distribution system integrated with personalized ventilation in hot and humid climate. Building and Environment 45, 1906-1913.
[20] 臺灣建築科技中心, 2014, 臺灣建築科技中心網站, http://www.tbtcc.ntust.edu.tw/, 07/08 。
[21] 黃齡嬌, 2010, 台科大建築科技中心動土-臺灣杜拜帆船建築, 環保節能集一身, 台科大頂尖計畫電子報, 第二十八期。
[22] 邱時輝, 2001, 手握式局部排氣系統的效率改善研究。 國立雲林科技大學碩士論文。[23] Turner, J., 1973, Buoyancy Effects in Fluids. Cambridge University Press. ISBN 052128623x.