Absorption of infrared radiation and the radiation transfer mechanism in paper. Part I: Theoretical model

Journal of Pulp and Paper Science

Volumn 24, Issue 11, 1998, Pages 349-355

  Pettersson, M ^a   Stenstrom S ^a  

^a LUND UNIVERSITY   (Sweden)

Author keywords

Absorption; Equations; Heat transfer; Infrared radiation; Mathematical models; Multiply papers; Optical properties; Paper sheets; Z direction

Indexed keywords

ABSORPTION; INFRARED RADIATION; MATHEMATICAL MODELS; RADIATION EFFECTS; REFLECTION; TRANSPARENCY; TRANSPORT PROPERTIES;

IR RADIATION TRANSFER; MULTIPLE REFLECTIONS;

PAPER;

EID: 0032208204     PISSN: 08266220     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (18)

1. GRAAB, H., "Einfluss der Strahlertemperatur von Infrarotstrahlern auf die Trocknunggsleistung", Wochenblatt für Papierfabrikation 19:782-786 (1991).
2. MATTSSON, P., PELKONEN, J. and RIIKONEN, A., "Infrared Drying of Coated Paper", Paperija Puu - Paper and Timber 72:4, 347-349 (1990).
3. BJÖRNBERG, T., "Electrical Infrared Drying - New Drying Method and Practical Experience", 1988 TAPPI Coating Conf., 239-246 (1988).
4. KLEMZ, D., "What is Infrared?", Paper (London), 218(2):28-30 (1993).
5. EDGAR, R., "The Physics of Infrared Drying", World Pulp and Paper Tech., 179-182 (1992).
6. KUANG, H., THIBAULT, J., CHEN, R. and GRANDJEAN, B., "A Pilot Scale Investigation of Infrared Drying of Paper", Tappi J. 78(7):129-137 (1995).
7. SAIN, M., MARCHILDON, L., DANEAULT, C., PEDNAULT, C. and ROBARD, S., "Infrared Energy Transfer Mechanism in Constant and Falling Rate Periods of Paper Drying and Its Correlation to Drying Efficiency", Appita 48(5):351-357 (1995).
8. OJALA, K.T. and LAMPINEN, M.J., "Optical Properties of Wet Paper and Simulation of the Effect of Autoprofiling on Gas-Fired IR Drying", Drying '92, Montreal, QC, 1039-1050 (1992).
9. OJALA, K.T. and LAMPINEN, M.J., "Modeling, Measurements and Efficiencies of Infrared Dryers for Paper Drying" in Handbook of Industrial Drying, 2nd ed., Marcel Dekker Inc., A. Mujunder, Ed., 931-976 (1995).
10. PEDNAULT, C., SAIN, M., MARCHILDON, L., DANEAULT, C. and ROBERTS, S., "Analyse de l'efficacité de séchage du papier par radiation infrarouge en relation avec le méchanisme de séchage", Conf. Tech. Estivale, Tech. Sect., CPPA, 60-75 (1994).
11. OJALA, K.T., "Studies on Infrared Drying of Paper, Use of Integrating Spheres in FTIR-Measurements, and Heat and Mass Transfer Inside Paper", PhD Thesis, Helsinki Univ. Tech., Dept. Mech. Eng. (1993).
12. PAULER, N., "Opacity and Reflectivity of Multilayer Structures" in Paper: Structure and Properties, J.A. Bristow and P. Kolseth, Eds., Marcel Dekker Inc. (1986).
13. KUBELKA, P. and MUNK, E, "Ein Beitrag zur Optik der Farbenstriche", Zeitschrift für technische Physik 12(11a):593-601 (1931).
14. SCALLAN, A.M. and BORCH, J., "An Interpretation of Paper Reflectance Based Upon Morphology: I. Initial Considerations", Tappi 55(4):583-588 (1972).
15. EDWARDS, D.K., "Solar Absorption by Each Element in an Absorber-Coverglass Array", Solar Energy 19:401-402 (1977).
16. SCALLAN, A.M. and BORCH, J. "An Interpretation of Paper Reflectance Based Upon Morphology: General Applicability", Tappi 55(4):143-147 (1974).
17. NILSSON, L. and STENSTROM, S., "A Study of the Permeability of Pulp and Paper", Intl. J. Multiphase Flow 23(1):131-153 (1997).
18. OJALA, K.T. and LAMPINEN, M.J., "Optical Properties of Wet Paper and Simulation of the Effect of Autoprofiling on Gas-Fired IR Drying", Nordisk Gasteknisk Center (Nordic Gas Tech. Centre) (1991).