1 |
서형일, 류정용, 신종호, 송봉근, 오세균, 고지재생연구(제3보)-부유부상 및 니딩 처리에 의한 라이너지의 강도 및 광학적 성질 개선, Journal of Korea TAPPI 31(1): 17-22 (1999).
|
2 |
Britt, K. W., and Unbehend, J. E., Water removal during sheet formation, Tappi J. 63(4):67-70 (1980).
|
3 |
Springer, A., Nabors, L. A., and Bhatia, O., The influence of fiber, sheet structural properties and chemical additives on wet pressing, Tappi J. 74(4): 221-228 (1991).
|
4 |
Caufield, D. F., Young, T. L., and Wegner, T. H., The role of web properties in water removal by wet pressing, Characterization of dewatering time constant, Tappi J. 65(2):65-69 (1982).
|
5 |
Wegner, T. H., Young, T. L., and Caulfield, D. F., Role of fiber geometry in water removal by wet pressing, Tappi, J. 66(4):85-88 (1983).
|
6 |
Young, T. L., Caulfield, D. F., and Wegner, T. H., Role of web properties in water removal by wet pressing; Influence of basis weight and forming method, Tappi J. 66(10):100-102 (1983).
|
7 |
Stratton, R. A., Use of polymers in wet pressing, 1982 Papermakers Conference Proceedings, TAPPI Press, Atlanta, pp. 179-182.
|
8 |
Campbell, W. R., The Cellulose-water relationship in papermaking, Bull. For. Ser. 84, Canada Dept. Interior, Printer to the King's most excellent Majesty, p.52 (1933).
|
9 |
Paulapuro, H., Wet pressing-present understanding and future challenges, In The Science of Papermaking, Baker C. F.(ed.), Vol. 1, The Pulp and Paper Fundamental Research Society, UK, pp. 639-678 (2001)
|
10 |
Szikla, Z., and Paulapuro, H., Z-direction distribution of fines and filler material in the paper web under wet pressing conditions, Paperi Ja Puu, 68(9):654-664 (1986).
|
11 |
Szikla, Z., and Paulapuro, H., Changes in z-direction density distribution of paper in wet pressing, J. Pulp and Paper Science 15(1):J11- J17 (1989).
|
12 |
Page, D. H. and Tydeman, P. A., A new theory of the shrinkage, structure and properties of paper, In Formation and Structure of Paper, Balam, F. (ed.), Vol. 1, BPBMA, London, pp. 397-425 (1962).
|
13 |
Jentzen, C. A., The effect of stress applied during drying on some of the properties of individual pulp fibers, Tappi J. 47(7):412-418 (1964).
|
14 |
이진호, 건조수축 해석을 통한 종이의 건조 스트레스평가와 벌크 및 강직성 향상 기작 규명, 2011년 농학박사학위논문, 충북대학교(2011).
|
15 |
Emerton, H. W., The theory of the development in pulps of papermaking characteristics by mechanical treatment, In Fundamentals of the Beating Process, Tech. Soc. B. P. & B. I. R. Kenley, UK, pp. 133-144 (1957).
|
16 |
Clark, J. d'A., Pulp Technology and Treatment for Paper, Second Ed., Miller Freeman Publications Inc., San Francisco, pp. 100-118 (1985).
|
17 |
Page, D. H., and DeGrace, J. H., The delamination of fibre walls by beating and refining, Tappi J. 50(10): 489-495 (1967).
|
18 |
Stone, J. E., and Scallan, A. M., The effect of component removal upon the porous structure of the cell wall of wood II, Swelling in water and the fibre saturation point, Tappi J. 50(10):496-501 (1967).
|
19 |
Sinkey, J. D., Fundamental concepts of refining, International symposium, IPC, Appleton, Wisconsin, pp. 16-18 (1980).
|
20 |
Abitz, P., and Luner, P., The effect of refining on wet fiber flexibility and its relationship to sheet properties, In Fundamentals of Papermaking, Baker, C. F., and Punton, V. (ed.), Vol. 1, Mech. Eng. Pub., London, pp. 67-86 (1989).
|
21 |
Cropper, M. A., Advances in deinking and its use in improving quality of newsprint, 1976 Papermakers Conference Proceeding, TAPPI Press, Atlanta, pp. 93-96.
|
22 |
Ortner, H., and Fisher, S., The application of dispersion for quality improvement of deinked pulps, Progress in Paper Recycling 1(1):46-53 (1991).
|
23 |
Johansson, O., and Steffner, S., Field experience gained in the new deinking plant at Hylte Bruks AB, EUCEPA Symposium, Ljbljana, pp. 23-27 (1989).
|