조습제 적용 박물관 전시케이스의 동적 습도조절 특성 해석

Analysis of Dynamic Humidity Control Characteristics of Museum Showcase with Adsorption Material

  • 김재용 (서울시립대학교 기계정보공학과 대학원) ;
  • 오명도 (서울시립대학교 기계정보공학과)
  • 발행 : 2003.12.01

초록

This study was undertaken to judge the quality of air-tightened exhibition cases and to predict the dynamic variation of the relative humidity in the showcase. We performed a lot of experiments for the a few conditions and we numerically calculated the air change rate and the relative humidity in the showcase with the Artsorb under the same conditions. In all cases we confirmed that the numerical results about the relative humidity in the showcase had a good agreement with the experimental ones. Through the experiments of humidity control, we found out that the adsorption efficiency is varied with the location and the amount of the Artsorb. And the numerical results showed that the adsorption material is always needed to keep on the appropriate humidity condition in the showcase even though any kind of the showcases are used.

키워드

참고문헌

  1. A Study on HVAC Standards for Exhibition and Collection Preservation Space in the Museum Minister of Culture and Tourism Republic of Korea
  2. A Study on the Evaluation Method for the Airtightness of the Closed Showcase in the Museum and Gallery Institute of Industrial Technology in University of Seoul
  3. Korean Journal of SAREK v.14 no.2 Study on the performance evaluation of the air-tightened exhibition case in the museum Kim,J.Y.;Noh,K.C.;Oh,M.D.
  4. Proceedings of the SAREK 2001 Winter Annual Conference Dynamic characteristics inside the exhibition case for the variation of the indoor environment in the museum Noh,K.C.;Oh,M.D.
  5. MS Thesis, Univ. of Wisconsin-Madison Environmental Requirements for Museum Ault,J.R.
  6. ASHRAE handbook FUNDAMENTAL Psychrometrics ASHRAE
  7. Conservation Science v.21 Show Case as an Environmental System Miur,T.
  8. Museum Conservation Science v.2 no.2 Study on the Effect of silica gel on the humidity control in the showcase Kim,M.N.(et al.)