References
- Y. H. Lee, G. T. Park, G. H. Lee, P. H. Kim, H. M. Jeong, H. S. Chung. "A Study on Heat Exchange Performance of liquefied Gas Vaporizer at Super Low Temperature." The Korea Society for Power System Engineering, (2007.11): 229-234.
- K. Sugano, Aug. LNG Vaporizers, Research and Development, Kobe Steel Engineering Reports, 56, No. 2 (2006).
- T. W. Kong, S. B. Yi, S. C. Lee, H. M. Jeong, H. S. Chung. "Study on the Working Characteristics of Vaporizer for Super Low Temperature Liquefied Gas." The Korea Society for Power System Engineering, 9.2(2005.5): 99-105.
- Sang Chul Lee, Yong Hun Lee, Han Shik Chung, Hyo Min Jeong, Chan Kyu Lee, Byong Ho Lee. "Heat Transfer Characteristics According to Geometric Parameters of Cryogenic Vaporizer Using Air Heat Source." Journal of Mechanical Science and Technology spring annual, (2006.6): 2366-2371.
- Won Gook Lee, Seok Ho Rhi, Kye Bock Lee. "Prediction of the frost Layer growth in LNG air vaporizer"International Journal of Research Institute of Industrial Science and Technology, 26.1 (2012): 67-71.
- Pil-Hwan Kim, Chul-Pyo Kim, hyo-Min Jeong, Han-Shik Chung, Yong-Hun Lee. "Study on the Comparison of Heat Exchange Performance of Liquefied Gas Vaporizer at Super Low Temperature." Korean Journal of Air-Conditioning and Refrigeration Engineering, 20.10 (2008.10): 679-688.
- Yong Hun Lee, Myoung Kuk Ji, Gi Tae Park, Pil Hwan Kim, Hyo Min Jeong, Han Shik Chung. "Study on the Heat Transfer Numerical Analysis of Supper Low Temperature Liquefied Gas Vaporizer." Journal of Mechanical Science and Technology spring annual, (2007.5): 1552-1557.