REFERENCES

1-       Abdallah (H) “Hard and Tough Epoxy Resins Modified with Thermosetting Materials”. Ibn AL- Haitham Journal for Pure and Applied Science, v. 18, n. 3, (2019), pp 78-88.

2-      Abd-Allah (R) “Study of the effective factor on deterioration of buried glass objects and its recent techniques of treatment and conservation”, Ph.D, conservation department, faculty of archaeology, Cairo university, Egypt, (2002), pp176.

3-      Abd-Allah (R), El-Khouri (L) “In Situ Glass Conservation: A Case Study from the Archaeological Site of Barsinia / Jordan, Adumatu, Issue No. 16 July (2007), pp 25-36.

4-      Amer (A), Abdullah (M), Ming (L), Tahir (M), “Performance and properties of glass fiber and its utilization in concrete - A review” Proceedings of the 4th International Conference on Green Design and Manufacture 2018 pp296-1:296-10.

5-      Atodiresei (G), Sandu (I), Tulbure (E), Vasilache (V), Butnaru (R) “Chromatic Characterization in Cielab System for Natural Dyed Materials, Prior Activation in Atmospheric Plasma Type DBD” Revista de Chimie (Bucharest) 64, (2013), 165-169.

6-      Barton (J), Meek (A), Roberts (P) “Examination and Experimentation: Conservation of an Archaeological Glass Unguentarium for Display.” The British Museum Technical Research Bulletin 7: (2013) PP69–78.

7-      Buys (S), Oakley (V) “The Conservation and Restoration of Ceramics“Oxford: Butterworth Heinemann, (1996).

8-      Carmen (D), Elvira (A) “Making 3D implants for conservation and restoration of archaeological glass” Virtual Archaeology Review, 8(16), (2017), PP 103-109.

9-      Coutinho (I), Ramos (A), Augusta (M), Francisco (B) “Studies of the degradation of epoxy resins used for the conservation of glass” ancient and modern approaches to joining, repair and consolidation conference proceedings, London England, February (2008), pp127:133.

10-  Davison (S) “Conservation and restoration of glass”, Butterworth-Heinemann; 2^nd edition London, (2003).

11-  Davison(S) “A History of Joining Glass Fragments.” In Holding it All Together: Ancient and Modern Approaches to Joining, Repair and Consolidation, British Museum, London, (2009), pp107–112.

12-  Down (J) “The Evaluation of Selected Poly (Vinyl Acetate) and Acrylic Adhesives” Studies in Conservation 60 (1), (2015), PP 33–54.

13-  Ebnesajjad (S) “Adhesives Technology Handbook “William Andrew Inc., 2^nd Edition, Norwich, NY, USA, (2008).

14-  Esmeralda (B), Teresa (M),  Francisco (R) “Study by FT-IR spectroscopy of ageing of adhesives used in restoration of archaeological glass objects“ Journal of Molecular Structure, Volumes 482–483, May (1999), PP 525-531.

15-  Hana (B), Jan (D) “Archaeological Glass Conservation: Comparative Approaches and Practicalities of Using Acrylic Resin Films as Gap Fills” American Institute for Conservation (AIC) (2019), PP188-206.

16-  Gupta (V), Kothari (V) “Manufactured Fiber Technology” London, (1997) pp. 544–546.

17-  Hamad (R) “Restoration and conservation of a model of archaeological glass objects used for medical purposes. museum of Islamic art in Cairo (Applied Study)” SHEDET (Annual Peer-Reviewed Journal Issued by The Faculty of Archaeology, Fayoum University), 1 (2014) pp 51-58.

18-  Hamad (R) “Study of factors affecting deterioration of archaeological glass objects used for medical purposes and methods of treatment and conservation (Applied on some selected objects)”, Ph.D, conservation department, faculty of archaeology, Cairo university, Egypt, (2014).

19-  Hamad (R), Mohamed (M), Nagwa (S), Hamdy (A) “Comparative study of traditional adhesives used in restoration of archaeological glass)” faculty of archaeology, Cairo university conference 2:4December (2018).

20-  Henderson (J) “The Science and Archaeology of Materials: An Investigation of Inorganic Materials. New York, Routledge, (2000), pp24–108.

21-  Koob (S) “Conservation and Care of Glass Objects” Archetype, The Corning Museum of Glassm USA, (2006).

22-  Loewenstein (K) ” The Manufacturing Technology of Continuous Glass Fibers” Elsevier, New York, USA, (1973) pp 94.

23-  Mena (A), Mohamed (M), Mohamed (A) “Study the effect of thermal aging and its relationship with color change on adhesives used in collecting archaeological glass “Abydos Journal (Journal Issued By The Faculty Of Archaeology, Sohag University, Volume 1,(2019), pp 143:157.

24-  Mena (A) “Experimental study of adhesives used for conservation of archaeological glass” Master, conservation department, faculty of archaeology, Sohag university, Egypt, (2019).

25-  Milos (B) “Technical Approach to Glass” Elsevier, New York, (1990) pp 22:28.

26-  Mohamed (M) “Conservation and protection of the Damaged Archaeological Glass by the Explosion (Applied on some selected objects from Islamic art museum in Cairo)”, Master, conservation department, faculty of archaeology, Fayoum university, Egypt, (2020).

27-  Pollard (M), Heron (C) “Archaeological chemistry” The royal society of chemistry. Second edition. UK. England, (2008), pp 156-158.

28-   Pradell (T), Molina (G), (S), Rafael (I), (C), (G) (A) “Materials, Techniques, and Conservation of Historic Stained Glass “Grisailles” International journal of applied glass science, Vol 7 {1} (2016), PP41-58.

29-  Roemich (H) “Glass and Ceramics Conservation” Interim Meeting of the ICOM-CC Working Group, Paris: ICOM-CC (2010).

30-  Shelby (J) “Introduction of glass science and technology” The royal society of chemistry, second edition, UK, England (2005). pp 209.

31-  TP Sathishkumar (T), Satheeshkumar (S), Naveen (J) “Glass fiber-reinforced polymer composites” Journal of Reinforced Plastics and Composites, Vol. 33(13), (2014), pp1258–1275.

32- Xiaoyu (W), Mingliang (W), Feng (G), Xuemei (Y) “Effect of Epoxy Resin on the Actuating Performance of Piezoelectric Fiber Composite“ Sensor Journal, Basel Switzerland, volume 19, (2019), pp 1:10.