초음파안개분무시스템을 이용한 벽면녹화 관수시스템 개발 연구 = A Study on the lirrigation System of Greenwell Using Ultrasonic Mist Fogger System

다국어 초록 (Multilingual Abstract)

Ultrasonic mist forger and the fan were used for investigating the availability of fog circulation system in greenwall and the potential growing ability of the plant. The mist caused by ultrasonic mist fogger was circulated by the fan through the pipeline and supplied to the pots containing plants. Moisture content of the 3 different soils was measured at different irrigation time points. The moisture content of 15-26% in PP and Co soil was maintained at irrigation of 24H, 18H, 12H, in a day. Proper growth condition was found in Ardisia pusilla and Hosta plantaginea at the height of L level after 1 month of growth when the plants were irrigated by the fog circulation system. The results suggest that the fog circulation, by ultrasonic mist fogger to the green walls is system of choice for suppling moisture to plants.

참고문헌 (Reference)

1 이동수, "분무경 시스템에서 팔레놉시스 유묘 생육에 적합한 분무간격" 한국생물환경조절학회 19 (19): 234-239, 2010

2 주진희, "무관수 용기형 벽면녹화에서 유기질 토양개량제가 토양수분함량과 홍자단의 생육에 미치는 영향" 한국환경과학회 22 (22): 17-23, 2013

3 "http://hydroponicsdictionary.com/hydroponics-systems/"

4 Rural Development Adminstration, "The Substrate Analysis Method of Rural Development Adminstration" SangRok Co 2002

5 Han, J. H., "The Influence of the Green Wall to the Surface Temperature on the School Buildings" 10 (10): 125-128, 2010

6 Shin, S. H, "Temperature and Heat Island Reduction Effect in different Types of Extensive Green Roof" 13 (13): 98-99, 2013

7 이혜진, "Echiacea 속 식물에 적합한 수경재배 시스템 선발" 한국생물환경조절학회 18 (18): 107-111, 2009

8 Yang, W. M., "Basic Study on a New Soilless Culture" 32 (32): 434-439, 1991

9 Choi, K. J., "Analysis of wall planting Preferences by Parthenocissus tricuspidata" Kyung Hee University. 2011

10 Lee, D. H., "A study on design guidelines improvement of green architecture for public recovery" Korea University 2011

11 Shin, S. H., "A Study on the Present Status of Techniques and Law-System of Domestic and Foreign to the Wall Greening" Seoul Womens University. 2006