수용액에서의 이온의 연속 흡착반응에 대하여

Abstract

이온 교환수지를 써서 수용액에서 양 이온을 연속 흡착 시키는데 필요한 물질 전달속도 및 장치 설계에 필요한 계산을 하였다. 공극율과 Reynolds Number와의 관계를 규명하였고 마찰계수의 영향을 조사하였다.

차원 해석으로 실험식을 해석한 결과 실험치가 일치함을 알 수 있었다.

This study was undertaken to investigate the performance of the ion adsorption tower for the conduct of continuous process wherein ion exchange resin particle move under the influence of gravity and the countercurrent to a stream of liquid. The rates of mass transfer were measured under the various conditions of column operation.

The method of dimensional analysis was applied and it was found that the data were successfully correlated by the use of these group.

This study was undertaken to investigate the performance of the ion adsorption tower for the conduct of continuous process wherein ion exchange resin particle move under the influence of gravity and the countercurrent to a stream of liquid. The rates of mass transfer were measured under the various conditions of column operation.

The method of dimensional analysis was applied and it was found that the data were successfully correlated by the use of these group.