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   Dergiler (Science Citation Index-SCI)

1)     Kumar, R., Acikbas Calis N., Kara, F., Mandal, H. and Basu B. “Microstructure-Mechanical Properties-Wear Resistance Relationship of SiAlON Ceramics, Metallurgical and Materials Transactions A, basımda, 2009.

2)     Yaman, B. and Mandal, H. “Spark Plasma Sintering of Co–WC Cubic Boron Nitride Composites”, Materials Letters, 63, 12, 1041-1043, 2009.

3)     Kushan, S.R., Uzun, I., Dogan, B. and Mandal, H. “Experimental and Finite Element Study of the Thermal Conductivity of a-SiAlON Ceramics” Journal of the American Ceramic Society, 90, 12, 3902-3907, 2007.

4)     Acikbas Calis, N, Suvaci, E., Mandal, H. “Fabrication of Functionally Graded SiAlON Ceramics by Tape Casting”, Journal of  The American Ceramic Society 89 (10) 3255-3257, 2006.

5)     Kurama, S., Cigdemir, G, Mandal, H., Herrmann, M. “Sr2+-Mg2+- Doped SiAlON Ceramics”, Journal of The American Ceramic Society 89 (2): 714-716, 2006.

6)     Ayas, E., Kara, A., Mandal, H., Turan, S., Kara, F. “Production α-β SiAlON-TiN / TiCN Composites by Gas Pressure Sintering”, Silicates Industriels Special Issue, Journal of the Belgian Ceramic Society, 69, 7-8, 287-292, 2004.

7)     Kalemtas, A., Kara, A., Kara, F., Mandal, H., Aktug, B. “Joining of SiAlON Ceramics to Pyrex Glass” Silicates Industriels Special Issue, Journal of the Belgian Ceramic Society, 69, 7-8, 219-224, 2004.

8)     Calis, N., Kushan, S.R., Kara, F., Mandal, H. “Functionally Graded SiAlON Ceramics”, Journal of European Ceramic Society, 24, 3387-3393, 2004.

9)     Ayas, E., Kara, A., Mandal, H., Turan, S., Kara, F. “Decolouration Effect of WC Addition on Gas Pressure Sintered α - β SiAlON Ceramics” Materials Letters, 58, 1498-1501, (2004).

10)  Kara, F., Kara, A., Turan, S., Mandal, H. “Pressing Behavious of Spray Dried Alumina  Zirconia Granules”, Key Engineering Materials, 264-268, 233-236, 2004.

11)  Kushan, S.R., Mandal, H. “Effect of Different Nucleation Temperatures on the Microstructural Development of  α -SiAlON Ceramics”, Key Engineering Materials, 264-268, 1099-1102, 2004.

12)  Kurama, S., Mandal, H. “Microstructural Evolution R- α -SiAlON Ceramics (R=Y,Y+Sm and Sm)” Key Engineering Materials, 264-268, 1103-1106, 2004.

13)  Kurama, S., Mandal, H. “Formation of α -SiAlON Ceramics Containing Scandium”, Key Engineering Materials, 264-268, 1107-1110, 2004.

14)  Kurama, S., Mandal, H. “Mg+2 and Ce+3 Doped α -SiAlON: Processing, Microstructure and  Properties”, Key Engineering Materials, 264-268, 1111-1114, 2004.

15)  Topates, G., Mandal, H. “Producing Cordierite From Local Magnesium Sources” Key Engineering Materials, 264-268, 933-936, 2004.

16)  Calis, N., Kara, A., Kara, F. and Mandal, H. “Development of Laminar Type Functionally Graded SiAlON Ceramics”, Key Engineering Materials, 264-268, 1095-1099, 2004.

17)  Kurama, S., Herrmann, M. ve Mandal, H. “The Design of Composition for Multi-Cation Doped α - β SiAlON Ceramics by Rietveld Method”, Key Engineering Materials, 237, 59-64, 2003.

18)  Mandal, H., Kara, F., Turan S. ve Kara, A. “Novel SiAlON Ceramics for Cutting Tool Applications”, Key Engineering Materials, 237, 193-202, 2003.

19)  Kushan, S.R. ve Mandal, H. “The Effect of Different Nucleation Temperatures on the Grain Morphology of α -SiAlON Ceramics”, Key Engineering Materials, 237, 169-174, 2003.

20)  Turan, S., Kara, F. ve Mandal, H., “Transmission Electron Microscopy of SrO Containing Multi-Cation Doped α -SiAlON Ceramics”, Materials Science Forum, 383, 37-42, 2002.

21)  Herrmann, M., Kurama, S., ve  Mandal, H. “Investigation of the Phase Composition and Stability of the α -SiAlONs by the Rietveld Method ”, Journal European Ceramic Society, 22, 2997-3005, 2002.

22)  Kurama, S., Herrmann, M. ve  Mandal, H. “The Effect of Processing Conditions, Amount of Additive and Composition on the Microstructures and Mechanical Properties of α -SiAlON Ceramics”, Journal European Ceramic Society, 22, 109-119, 2002.

23)  Kushan, S.R. ve Mandal, H. “Effects of Different Si3N4 Starting Powders and Sintering Conditions on the Grain Morphology and Mechanical Properties of α -SiAlON Ceramics”, Key Engineering Materials, 206-213, 417-420, 2002.

24)  Mandal, H., Kara, F., Turan, S. ve Kara, A. “Performance of New α-β SiAlONs in Turning Operations”, Key Engineering Materials, 206-213, 929-932, 2002.

25)  Kurama, S., Herrmann, M. ve  Mandal, H. “Improvement of Elongated  α -SiAlON Ceramics by Variation of the Processing Conditions and Amounts of Additives”, Key Engineering Materials, 206-213, 1009-1012, 2002.

26)  Kushan, S. R. ve Mandal, H. “Effect of the type of starting Si3N4  powder and sintering conditions on the grain morphology of α -SiAlON ceramics”, Materials Science Forum, 383, 31-36, 2002.

27)  Kushan, S.R. ve H. Mandal, “Effect of Starting Si3N4 Powder Type and Sintering Conditions on the Grain Morphology of α -SiAlON Ceramics”, British Ceramic Transactions, 101, 35-37, 2002.

28)  Van Krevel J.W.H., Van Rutten J.W.T., Hintzen H.T., Metselaar R. and Mandal H. “On the Luminescence of Rare Earth Doped alpha-SiAlON Materials”, J. Sol. State Chem., 165, 19-24, 2002.

29)  Mandal, H. ve Thompson, D. P. “New Heat Treatment Methods for the Optimization and Improvement of SiAlON Ceramics”, Journal Materials Science, 35, 6285-6292, 2001.

30)  Mandal, H., Oberacker, R., Hoffmann, M.J. ve Thomspon, D.P. “α-SiAlON Ceramics Densified with Mixed Oxide Sintering Additives”, Materials Science Forum, 325-326, 207-212, 2000.

31)  Mandal, H. ve Hoffmann, M.J. “Hard and Tough α -SiAlON Ceramics”, Materials Science Forum, 325-326, 219-224, 2000.

32)  Mandal, H. ve Hoffmann, M.J. “Novel Developments in α-SiAlON Ceramics”, Key Engineering Materials, 175-176, 131-137, 2000.

33)  Mandal, H. “New Developments in α -SiAlON  Ceramics”, Journal of European Ceramic Society, 19,2349-2357, 1999.

34)  Mandal, H. ve Thompson, D.P. “α → β SiAlON Transformation in Calcium Containing α -SiAlON  Ceramics”, Journal of European Ceramic Society, 19, 543-552, 1999.

35)  Mandal, H. ve Hoffmann, M.J. “Preparation of Multiple-Cation α-SiAlON Ceramics Conataining La2O3”, Journal of American Ceramic Society, 82, 229-232, 1999.

36)  Mandal, H. ve Thompson, D.P. ve Jack, K.H. “α→β Phase Transformation in silicon Nitride and SiAlONs”, Key Engineering Materials, 159-160,1-9, 1999.

37)  Turan, S., Mandal, H., Kara, F. ve Knowles, K.M., “Transmission Electron Microscopy Studies of La2O3 Doped α -SiAlON  Ceramics”, Ins. Phys. Conf. Ser., 161, 417, 1999.

38)  Mandal, H., Camuscu, N. ve Thompson, D.P. “Effect of Starting Composition, Type of Rare Earth Sintering additive and Amount of Liquid Phase on α→β SiAlON Transformation”, Journal of European Ceramic Society, 17, 599-613, 1997.

39)  Mandal, H., Thompson, D. P., Liu, Q. ve Gao, L. “High Temperature Thermal Stability of α -SiAlON  Ceramics Containing Glass Additions”, Journal of European Inorganic and Solid State Chemistry, 34, 179-195 1997.

40)  Qian, L., Mandal, H., Thompson, D. P., Gao, L. ve Yan, D. S. “The Effect of Heat-Treatment on the Performance of Submicron SiC(p)-Reinforced α - β SiAlON Composites: I. Preparation of Agglomerate-Free Starting Powders”, Journal of European Ceramic Society, 17, 581-585, 1997.

41)  Qian, L., Mandal, H., Thompson, D. P., Gao, L. ve Yan, D. S. “The Effect of Heat-Treatment on the Performance of Submicron SiC(p)-Reinforced α-β SiAlON Composites: II. Heat-Treatment Studies”, Journal of European Ceramic Society, 17, 587-592, 1997.

42)  Qian, L., Mandal, H., Thompson, D. P., Gao, L. ve Yan, D. S. “The Effect of Heat-Treatment on the Performance of Submicron SiC(p)-Reinforced α-β SiAlON Composites: III. Mechanical Properties”, Journal of European Ceramic Society, 17, 593-598, 1997.

43)  Liddell, K., Mandal, H. ve Thompson, D.P. “X-ray Data for New Y-Si-Al-O-N Glass Ceramics”, Journal of European Ceramic Society, 17, 781-787, 1997.

44)  Mandal, H. ve Thompson, D.P. “Preparation of Ce-and Nd β-SiAlON Ceramics by α↔β SiAlON Transformation”, British Ceramic Transactions, 96, 199-203, 1997.

45)  Mandal, H. ve Thompson, D.P. “Optimization and Improvement of SiAlON Ceramics with New Heat Treatment Techniques”, Key Engineering Materials, 132-136, 984-989, 1997.

46)  Mandal, H. ve Thompson, D.P. “The Driving Force for α↔β Transformation in Rare Earth α -SiAlON  Ceramics”, Key Engineering Materials, 132-136, 798-801, 1997.

47)  Mandal, H. ve Thompson, D.P. “Thermal Stability of Rare Earth Densified α-SiAlON Ceramics”, Key Engineering Materials, 132-136, 990-993, 1997.

48)  Sun, W.Y., Yan, D.S., Gao, L., Mandal, H. ve Thompson, D.P. “Subsolidus Phase Relationships in the Systems Dy2O3-Si3N4-AlN-Al2O3”, Journal of European Ceramic Society, 16, 1277-1282, 1996.

49)  Mandal, H. ve Thompson, D.P. “CeO2 Doped α -SiAlON Ceramics”, Journal of Materials Science Letters, 15, 30, 1435-1438, 1996.

50)  Sun, W.Y., Yan, D.S.,Gao, L., Mandal, H., Liddell, K. ve Thompson, D.P. “Subsolidus Phase Relationships in the Systems Ln2O3-Si3N4-AlN-Al2O3”, Journal of European Ceramic Society, 15, 349-355, 1995.

51)  Mandal, H., Camuscu, N. and Thompson, D.P. “Comparision of the Effectiveness of Rare Earth Sintering Additives on the High Temperature Stability of α-SiAlON Ceramics”, Journal of Material Science, 30, 5901-5909, 1995.

52)  Huang, L.P., Sun, X.W., Gao, L., Mandal, H. and Thompson, D.P. “The Densification Behaviour and Reaction Sequence of Sm2O3 α - β SiAlON Ceramic”, Journal of European Inorganic and Solid State Chemistry, 31, 895-907, 1994.

53)  Mandal, H., Thompson, D.P. ve Ekstrom, T. “Reversible α↔β SiAlON Transformation in Heat-Treated SiAlON Ceramics”, Journal of European Ceramic Society, 12, 421-29, 1993.

54)  Mandal, H., Thompson, D.P. ve Ekstrom, T. “Heat Treatment of Ln-Si-Al-O-N Glasses”, Key Engineering Materials, 72-74, 187-203, 1992.

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 2009-Eskişehir