Derecel‹ hassas döKÜm yüzey kal‹tes‹ ve boyutsal hassas‹yet

Kaynaklar
[21]
Soroka, I. ve Sereda, P., (1968). “Interrelation of Hardness, Modulus of Elasticity and Porosity 
in Various Gypsum Systems”, Journal of American Ceramic Society, 51: 337-340.
[22]
Dalui, S., Roychowdhury, M. ve Phani, K.K, (1996). “Ultrasonic Evaluation of Gypsum Plasters”,
Journal of Materials Science, 31: 1261-1263.
[23]
Subafl›, R., (1999). Alç› Kal›p Yap›m›nda Kullan›lan Yar› Hidratlar›n Karakterizasyonu, Bitirme 
Tezi, Anadolu Üniversitesi, Seramik Mühendisli¤i Bölümü, Eskiflehir.
[24]
Singh, N.B. ve Middendof, B., (2007). “Calcium Sulphate Hemidyrate Hydration Leading to 
Gypsum Crystallization”, Progress in Crystal Growth and Characterization of Materials, 53: 57-77.
[25]
Lodovici, E., Meria, J.B.C., Eloy, L., Filho, R. ve Ballester, R.Y., (2005). “Expansion of High Flow
Mixtures of Gypsum-Bonded Investments in Contact with Absorbent Liners”, Dental Materials”,
21: 573-579.
[26]
Morey, E.F., (1992). “Dimensional Accuracy of Small Gold Alloy Castings. Part 3, Gypsum-Bonded
Investment Expansion”, Australian Dental Journal, 37: 43-54.
[27]
Santos, J.F. ve Ballester, R.Y., (1984). “Delayed Hygroscopic Expansion of Gypsum Products”, 
Journal of Prosthetic Dentistry, 37: 366-370.
[28]
McAloon, J. ve Mori, T., (1993). “Study of Gypsum-Bonded Casting Investments. Part 2., Australian
Dental Journal, 38: 306-308.
[29]
Barsoum, M.W., (1997). Fundamentals of Ceramics, McGrowHill Companies, Singapore.
[30]
Sammer, A.R., Parmelee, D., Lamngefold, C.F. ve Stark, R.A., (1989). Refractories Manuel, AFS
Inc., Des Plaines, Illinois.
[31]
Stone, R.L., (1947). Phase Diagrams for Ceramists, American Ceramic Society, Columbus, Ohio.
[32]
Arcasoy, A., (1983). Seramik Teknolojisi, Marmara Üniversitesi Güzel Sanatlar Fakültesi Yay›nlar›,
‹stanbul.
[33]
Soudee, E. ve Pera, J., (2000). “Mechanism of Setting Reaction in Magnesia-Phosphate Cements”,
Cement and Concrete Research, 30: 315-321.
[34]
Lloyd, C.H., Yearn, C.A., Cowper, G.A., Blavier, J. ve Vanderdonckt, M., (2004). “Measurement
of Setting Expansion of Phosphate-Bonded Investment Materials: Part I - Development of The
Casting-Ring Test, Journal Oral Rehabilition, 31: 695-702.
[35]
McCabe, J.F. ve Walls, A.W.G., (2008). “Applied Dental Materials”, Ninth Edition, Blackwell 
Publishing, Singapore.
[36]
Yaman C., (1996). “Fosfat Ba¤l› Alümina Refrakterler”, Metal Dünyas›, 44: 62-68.
[37]
Juszczyk, A.S., Radford, D.R. ve Curtis, R.V., (2007). “Deformation of Phosphate-Bonded 
Investment Materials at Elevated Temperatures”, Dental Materials, 23: 579-585.
[38]
Juszczyk, A.S., Radford, D.R. ve Curtis, R.V., (2000). “The Influence of Handling Technique on 
The Strength of Phosphate-Bonded Investments”, Dental Materials, 16: 26-32.
[39]
O'Brien, W.J.,(1997). Dental Materials and Their Selection, Second Edition, Quintessence 
Publishing Co Inc., London.

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Kaynaklar
[40]
Soo, S., Palmer, R. ve Curtis, R.V., (2001). “Measurement of The Setting and Thermal Expansion
of Dental Investments Used for Superplastic Forming of Dental Implant Superstructures”, Dental
Materials, 17: 247-252.
[41]
Yaman C., (1998). “Refrakter Malzemeler için Kimyasal Ba¤lay›c›lar”, Metal Dünyas›, 59: 38-39.
[42]
Li, T., Luo, J., Wu, S. Ve Wan, L., (2009). “A new Phosphate-Bonded Investment Material for 
Rapid Ceramic Molding of Medium-Size Castings”, Advanced Materials Research, 79-82: 1715-1718.
[43]
Hewlett, P.C., (2004). Lea's Chemistry of Cement and Concrete, Fourth Edition, Butterworth-
Heinemann, Oxford.
[44]
Popovics, S., (1992). Concrete Materials Properties, Specifications and Testing, Second Edition,
Noyes Publication, New Jersey.
[45]
Kalsiyum-Alüminat Faz Diyagram›, http://en.wikipedia.org/wiki/File: CaAluminatesPhaseDiagram.
JPG, 12 Nisan 2011.
[46]
Ramachandran, V.S., (1995). Concrete Admixtures Handbook Properties, Science and Technology,
Second Edition, Noyes Publication, New Jersey.
[47]
Molokit, http://www.imerys-molochite.com/molochite.htm, 10 Ocak 2011.
[48]
Ergiyik Silika, http://www.mincoitc.com/FAQSilica.htm, 10 Ocak 2011.
[49]
Stefanescu, D.M., (1998). ASM Handbook Volume 15 Casting, ASM International, Ohio.
[50]
Kolloidal Silika, http://www.vsep.com/pdf/ColloidalSilica.pdf, 15 Ocak 2011.
[51]
Zirkon, http://www.mineralszone.com/minerals/zircon-allied-mineral.html,    15 Ocak 2011.
[52]
Ifl›tman, O. ve Ifl›kç›, C. (1985). “Alç› Kal›p Problemlerinin Çözümü ve Maksimum Verimlilikte 
Kal›p Üretimi”, Seramik Teknik Kongresi Bildiriler Kitab› II, 15-19 Nisan, Ankara, 289-306.
[53]
Carter, R., (2000). “Effects of Changing The Water-to-Powder Ratio on Jewellery Investments”,
Proceedings of 14th Santa Fe Symposium, 21-24 May 2000, Albuquerque, 31-47.
[54]
Mahir, H., (1996). “Alç›/Su Oran›n›n Alç› Kal›p ve Dökümüne Olan Etkilerinin Araflt›r›lmas›, III 
Seramik Kongresi Bildiriler Kitab›, Cilt I, 22-25 Ekim 1996, Ankara, 107-115.
[55]
Gainsbury, P.E., (1979). “Jewellery Investment Casting Machines”, Gold Bulletin, 12(1): 1-7.
[56]
Faccenda, V., (1996). “Advances in Investment Casting Machine Technology”, Gold Technology,
20: 3-9.
[57] 
Topçu, ‹.B., ve Elgün, V.B., (2004). “Influence of Concrete Properties on Bleeding and Evaporation”,
Cement and Concrete Research, 34: 275-281.
[58] 
Ravindarajah, R., (2003). “Bleeding of Fresh Concrete Containing Cement Supplementary 
Materials”, 9th East Asia-Pacific Conference on Structural Engineering and Construction, 16-
18 December 2003, Bali, Indonesia.
[59] 
Güler, K.A., (2005). Dereceli Hassas Döküm Kal›plar›nda Segregasyon Oluflumunun ‹ncelenmesi,
YTÜ Fen Bilimleri Enstitüsü, Istanbul.

---

98
[60] 
Ott, D. ve Raub, C.J., (1985). Investment Casting of Gold Jewellery”, Gold Bulletin, 18(2): 58-8.
[61] 
Campbell, J., (2000). “The Concept of Net Shape for Castings”, Materials Design, 21: (373-380).
[62] 
TSE TS3322, (1979). Çimento Harc› ve Beton Numunelerinin Boy De¤iflimi Tayini, TSE, Ankara.
Kaynaklar

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