1. 1) For instance, Song D. Kato S. Murakami S. and Kim T., Study on Hybrid Cooling System coupled with Radiation Panel Cooling and Natural Cross Ventilation (Part1-Comparison between Radiation Panel Cooling System and Under Floor Air-Conditioning System), Summaries of The Society of Heating, Air-Conditioning Sanitary Engineers of Japan, No.87, pp.61-68, 2002-10. 例えば, 宋斗三・加藤信介・村上周三・金泰延：自然通風併用型放射冷房システムに関する研究, 第1報―放射パネル冷房方式と床吹き出し冷房方式の比較, 空気調和・衛生工学会論文集, No.87, pp.61-68, 2002-10。
2. 2) Iwamatsu T. Asada H. Fukai Y. Fukuda H. and Shukuya M., A Study on The Relationship between Thermal Cognition of Room Space Controlled by High-Temperature Radiant Cooling Panel Combined with Natural Ventilation and Hunan-Body Exergy Balance, Summaries of Environmental Papers of Annual Meeting, Architectural Institute of Japan, Vol.75, No.653, pp.583-594, 2010-7. 岩松俊哉・浅田秀男・深井友樹・福田秀郎・宿谷昌則：高温放射冷房と通風による熱的快適感と人体エクセルギー収支に関する研究, 日本建築学会環境系論文集, Vol.75, No.653, pp.583-59, 2010-7。
3. 3) Komizo T., Isawa K., Takahashi I., and Shukuya M., Numerical Analysis on the Improvement of thermal Environment by the Combined Use of Panel Cooling System and Passive Strategies, Proceeding of Annual Meeting of AIJ, D-2, pp.515-516, 2000-9. 小溝隆裕・伊澤康一・高橋達・宿谷昌則：放射冷房とパッシブ手法の組み合わせによる熱環境の改善に関する数値解析, 日本建築学会大会学術講演梗概集, D-2, pp515-516, 2000-9。
4. 4) Aviv D., Chen K.W., Teitelbaum E., Sheppard D., Pantelic J., Rysanek A., and Meggers F., A Fresh (air) Look at Ventilation for COVID-19: Estimating the Global Energy Saving Potential of Coupling Natural Ventilation with Novel Radiant Cooling Strategies, Applied Energy, 292 (2021) 116848, pp.1-14, March 2021.
5. 5) Nakamura Y., Expression Method of the Radiant Field on a Human Body in Buildings and Urban Space, J. Archit. Plann. Environ. Eng., Vol.376, pp.29-35, 1987-6. 中村泰人：建築都市空間内の人体に対する熱放射場の表現方法について, 日本建築学会計画系論文報告集, Vol.376, pp.29-35, 1987-6。