المراجع العربية
(1) تاج الدين نصرون (1997 ) : خصائص وتقانة الاخشاب، کتاب الخليج للطباعة والنشر.
(2)---- وثبيت الشهرانى( 1998): علاقة الخصائص التشريحية ببعض خواصها الطبيعية فى الأخشاب، مجلة الخليج العربى 657.
(3) سعد عبد الکريم شهاب (2001 ) : بلدة القصر و آثارها الإسلامية، دار الآفاق العربية، القاهرة، الطبعة الأولى.
(4) سهام السيد عيسى وتغريد السيد عيسى (2018 ) ؛ شجرة السنط فى مصر القديمة ، مجلة الاتحاد العام للآثاريين العرب.
Reference
•Anagnost, S.E., (1998); Light microscopic diagnosis of wood decay. IAWA Journal (2).
•Arenz, E.B., Held, W.B., Jurgens, J.A., Farrell, R.L., Blanchette, R.A.,(2006); Fungal diversity in soils and historic wood from the Ross Sea region of Antarctica. Soil Biology and Biochemistry 38 (10).
•Barnett H.L. (1972);Illustrated genera of imperfect fungi , Minnepolis: publishing.
•Blanchette, R.A., (2000); a review of microbial deterioration found in archaeological wood from different environments. International Bio deterioration and Biodegradation (46).
•Bruker, (2006); Introduction to X-ray Florescence (XRF), AXS, Inc.
•Dobrica I., Paula, B., Ioana, S. and Poooonta, C. (2008); FTIR spectral data of wood used in Romanian traditional Village conservation, Universitatii din Bucuresti – Chimie, Anul XVII Vol. 1
•Evans, P. D. Schmalze, K. J. , Michell, A. J. ( 1993); Rapid Loss of Lignin at Wood surfeces During natural Weathering ; in Kenedy, J. F. et al ; Cellulosics: Plup , Fibre and environme --ntal aspects ; edited by Ellis Horwood Ltd.
•Fakhry, A.(2003) TheOasis of Egypt, The American Univ.in Cairo, Vol.11
•Faix, O. (1991) Classification of lignins from different botanical origins by FTIR spectroscopy , Holzforschung 45.
•Feist, W., & Hon, D. N. (1984) ; Chemistry of Weathering and Protection; in Rowell, M. R. (ed) ; The Chemistry of Solid Wood ; Advances in Chemistry Series 207 ; American Chemical Society;Washington
•Formm, J., Rockel, B., Lautner, S., Windeisen, E., Wanner, C., (2003); Lignin distribution in wood cell walls determing by TEM, SEM Techinques . Struct. Bio. , 143.
•Hale, M.D.C., Eaton, R.A., ( 1984) ; Soft rot cavity widening – a consideration of thekinetics. In: Inter- national Research Group on Wood Preservation. Document no. IRG/WP/1227.
•Geoffrey, Daniel, (2016) ; Microscope Techniques for understanding wood cell structure and biodegradation. Swedn, Univeresty of Agricultural Science 295.
•Hedges, John, I. , (1991);The Chemistry of Archaeological Wood. In Archaeological Wood:Properties, Chemistry, and Preservation, R. James Barbour and Roger m. Rowell (editors ) pp. 111–140. Advances in Chemistry Series 225, American Chemical Society, Washington.
•Hill, C.R. (1990); Scanning Electron microscopy in palaeobotany, Systematics Association Special Volume No.41, Clarendon press, Oxford.
•Hoadley, R. Bruce (2000); Understanding Wood: A Craftsman’s Guide to Wood Technology. Taunton Press. ISBN 1-56158-358-8
•Iawa Committee, (1987) ; Iawa list of microscopic features for hard wood identification . Iawa Bull. N. S. 10
•Jody, Jellison , (2008) ;Fungal Decay of wood; sot rot- Brown rot- white rot, Virginia Polyten Chnic Institute.
•johnson, L. F. , Gurl, E. A. (1972); Medium were used enumeration of fungi: enumeration of fungi were done by serial dilution plate technique IJAR
•Levi, M.P., Preston, R.D.,( 1965); A chemical and microscopic examination of the action of the soft-rot fungus Chaetomium globosum on beech wood (Fagus sylv Holzforschung19 (6)
•Meyian, B. A. , Butterfield, B.G., (1972) ; Three dimensional structural of wood, A Scanning Electron Microscope Study, Champman and Hall LTD. London
•Mecklenburg, M. F., and Charles, S. T. , and David, E. (1998) ; Structural response of painted wood surfaces to changes in ambient relative humidity. In Painted Wood: History and Conservation,ed. Valerie Dorge, and F. Carey Howlett, 464–83 Los Angeles, California: The Getty Conservation Institute
•Nilsson, T., (1974); Formation of soft cavities in various cellulose fibres by Humicola alopall- onellla Meyers & Moore. In: Studia Forestralia Suecica, vol. 112. Royal College of Forestry, Stockholm..
•Osiris, W. G. , El Zaher, N. A. & Tera, F. M.(1997) ; Study of the environmental effect on the mechanical properties and infrared analysis of some fabrics ; in Egyptian Journal of Biophysics.
•Owen,N. L. and Thomas, D., (1989); Infrared studies of hard and soft wood ;Applied Spectroscopy(43).
•Pandey, K. K. (1998); A study of chemical structure of soft and hardwood and wood polymers by FTIR spectroscopy, Journal of Applied Polymer Science (71).
•Paraskevopoulou, A., (2003). Anatomical Characteristics of Wood from Greek Conifer species.National Agricultural Research Foundation, Athens (in Greek Peacock, P., Bradbury, S., 1973. Hyphae in wood sections. In: Savile Branbury, E. (Ed.). species
•Philips, E.W.J.,(1979); Identification of soft woods. In: Forest Products Research Bulletin, vol. 22. HMSO, London.
•Pitt J. I. (1985): A laboratory guide to common Pinicillium species, Commonwealth Scientific and Industrial Research Organization Division of Food Research (p.184). .
•Ramires C. (1982); Manual and atlas of penecillia, Elsevier Biomedical press .
• Raper, K. B. and Fennell D. J. (1965); the genus Aspergillus, Williams and Wilkins Baltimore, U.S.A.
• Roman Kozlowski, (2007); Climate-induced damage of wood : Numerical modeling and direct tracing ; The Getty Co•nservation Institute, Spain.
•Saurabh, R., (2012); A review on Acacia Arabica, International Journal Of Family Practice, Vol. ( 9)
• Shi, J., Dong, X. and Jian, L. (2012); International Conference on Future Energy, Environment, and Materials, FTIR Studies of the Changes in Wood Chemistry from Wood Forming Tissue under Inclined Treatment , Energy Procedia 16).
•Smith N. R. and Dawson V. I. (1944): The bacteriostatic action of ros- Bengal in media used for the plate count of soil fungi . Soil Sci. 58.
•Susan, E. (2011) ; Wood Decay , Fungi, Stain and Mold , New York.
•Unger, A., Schniewi, A. and Unger,W.(2011);Conservation of Wood Artifacats, Springer, New York.
•Vici, P. D., Mazzanti, P. and Uzielli, L. (2006) ; Mechanical response of wooden boards subjected to humidity step variations: Climatic chamber measurements and fitted mathematical models. Journal of Cultural Heritage7, no. 1
•Wirth, K., Macalester C., and Andy, B., (1969); X-ray Fluorescence spectroscopy, Indiana University.
•Zotti, M. Ferroni, A. and Calvini, P. (2008) Micro fungal bio deterioration of historic paper: Preliminary FTIR and microbiological analysis, International Bio deterioration & Biodegradation 62.
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