Publication List

BOOK 


1. V.B. Lazarev, Z.Z. Kish, E.Yu. Peresh, and E.E. Semrad, “Complex Chalcogenides in the AI ‑ BIII - CVI Systems”, Publisher - Metallurgiya, Moscow, pp.240, (1993).

MONOGRAPHS

2. Z.Z. Kish, “Interaction in the A2ICVI - In2C3VI Systems, Growth and Properties of Single Crystals of the AIBIIIC2VI Compounds (AI- Li, Na, K; BIII- Ga, In; CVI - S, Se, Te)”, Abstract of Ph.D. Thesis in Chemistry, pp.20, Moscow, (1985).

3. Z.Z. Kish, “Interaction in the A2ICVI - In2C3VI Systems, Growth and Properties of Single Crystals of the AIBIIIC2VI Compounds (AI- Li, Na, K; BIII- Ga, In; CVI- S, Se, Te)”, Ph.D. Thesis in Chemistry, pp.144, Moscow, (1985).

4. Z.Z. Kish, “Forms of State of Matter”, Uzhgorod State University, Uzhgorod,(1989), pp.21, Fig.1, Ref.5, (Monograph [in Russian], Dep. in UkrNIINTI),No.2278-Uk.89, 25.10.1989.

5. Z.Z. Kish, “Developments of High Performance Alumina Ceramics for Engine Components”, Monographs, ATS Spartec - AHCS Inc., 65 p., 2001.

INVENTIONS


6. Z.Z. Kish, V.B. Lazarev, I.S. Shaplygin, E.Yu. Peresh, E.E. Semrad, and I.V. Galagovets, “Method of Preparations of Single Crystals of the AIBIIIC2VI ‑ Type Compounds”, USSR Invention No.1163667, Declared May 10, 1983, Registered February 22, 1985.

7. I.L. Mikailo, V.B. Lazarev, I.S. Shaplygin, E.Yu. Peresh, Z.Z. Kish, and I.V. Galagovets, “Method of Preparations of the A2IGe2C3VI and A2IGe2C5VI ‑ Type Compound, where AI - Alkali Metals, CVI - Chalcogen”, USSR Invention No.1570359, Declared August 9, 1988, Registered February 8, 1990.

ARTICLES AND ABSTRACTS OF PAPERS

8. Yu.V. Voroshilov, Z.Z. Kish, E.E. Semrad, and V.I. Tkachenko, “The Homogeneity Range of Tl3TaS4”, Zh. Neorg. Khim., 25(10), 2610-2613, (1980).

9. E.E. Semrad, Yu.V. Voroshilov, V.B. Lazarev, V.V. Loshchak, and Z.Z. Kish, “Preparation, Properties and Use of Thiogallates and Thioindates of the Ist Group of Elements”, in: Abstracts of Papers of the All-Union Conference, “Materials for Optoelectronics” [in Russian], pp. 33‑34, Uzhgorod, (1980).

10. V.B. Lazarev, Z.Z. Kish, I.S. Shaplygin, and E.E. Semrad, “Synthesis and Research of the NaInS2 and In2S3 Compounds by Method of Quantity DTA”, in: Abstracts of Rapers of the 8th All-Union Conference, “Thermodynamic Analysis” [in Russian], pp.87-88, Moscow-Kujbishev, (1982).

11. Z.Z. Kish, V.B. Lazarev, E.E. Semrad, and I.S. Shaplygin, “Synthesis and Some Physicochemical Properties of Thioindates Sodium and Lithium”, in: Abstracts of Papers of the 6th All-Union Conference, “Processes of Growth and Synthesis of Semiconducting Crystals and Films” [in Russian], pp. 308, Novosybirsk, (1982).

12. V.B. Lazarev, Z.Z. Kish, I.S Shaplygin, and I.E. Rishko, “Preparation and Some Thermodynamic Properties of the LiInS2 and NaInS2 Compounds”, in: Abstracts of Papers of the 2nd All-Union Conference, “Chemistry and Technology of Chalcogens and Chalcogenides” [in Russian], p. 55, Karaganda, (1982).

13. Z.Z. Kish, V.B. Lazarev, A.A. Kikineshy, E.E. Semrad, and E.Yu. Peresh, “Properties of Single Crystals of the LiIn(S,Se,Te)2 Compounds”, in: Abstracts of Papers of the 6th All-Union Conference, “Chemistry and Technology of Rare Alkali Metals” [in Russian], p. 82, Ashchabad, (1983).

14. Z.Z. Kish, V.B. Lazarev, E.E. Semrad, E.Yu. Peresh, and I.V. Galagovets, “Some Properties of Single Crystals of LiInS2 and NaInS2”, Izv. Akad. Nauk SSSR, Neorg. Mater., 20(5), 750-752, (1984).

15. Z.Z. Kish, V.B. Lazarev, E.Yu. Peresh, E.E. Semrad, and I.S. Shaplygin, “Phase Equilibria in the A2ICVI - B2IIIC3VI Systems, and Preparation and Properties of Single Crystals of the AIBIIIC2VI - Type Compounds”, in: Abstracts of Papers of the 2nd All-Union Conference, “Current Electric and Pyroelectric Materials” [in Russian], p. 313, Moscow, (1984).

16. Z.Z. Kish, A.S. Kanishcheva, Yu.N. Mikhailov, V.B. Lazarev, E.E. Semrad, and E.Yu. Peresh, “Synthesis and Crystal Structure of Lithium Thioindate LiInS2,” Doklad. Akad. Nauk SSSR, 280(2), 398-401, (1985).

17. Z.Z. Kish, V.B. Lazarev, E.Yu. Peresh, and E.E. Semrad, “Thermodynamic Properties of the AIBIIIC2VI - Type Compounds”, in: Abstracts of Papers of the 9th All-Union Conference, “Thermodynamic Analysis” [in Russian], pp. 175-176, Uzhgorod, (1985).

18. Z.Z. Kish, V.B. Lazarev, Peresh E.Yu., E.E. Semrad, and I.S. Shaplygin, “Phase Equilibria in the A2ICVI - In2C3VI Systems”, Zh. Neorg. Khim., 30(6), 1499-1501, (1985).

19. Z.Z. Kish, V.V. Loshchak, E.Yu. Peresh, and E.E. Semrad, “Preparation and Properties of LiGaS2,” in: Abstracts of Papers of the 5th All-Union Conference, “Ternary Semiconductors and Their Use” [in Russian], V.1, p. 95, Kishinev, (1987).

2
0. Z.Z. Kish, E.Yu. Peresh, V.B. Lazarev, and E.E. Semrad, “Systematics and the Rules of Variations in the Properties of the AIBIIIC2VI - Type Compounds”, Izv. Akad. Nauk SSSR, Neorg. Mater., 23(5), 777-784, (1987).

21. I.L. Mikailo, V.B. Lazarev, E.Yu. Peresh, and Z.Z. Kish, “Particularities of Synthesis and Properties of the Compounds in the Na2S - GeS2 and Na2Se ‑ GeSe2 Systems”, in: Abstracts of Papers of the 7th All-Union Conference, “Chemistry, Physics, Technology, and Use of Chalcogenides” [in Russian], V.1, p. 16, Uzhgorod, (1988).

22. Z.Z. Kish, “Properties of the AIBIIIC2VI - Type Compounds”, in: Abstracts of Papers of the Scientific-Practice Conference, “Scientific Works and Achievements of Young Scientists for National Economy “[in Russian], p.2, Uzhgorod, (1988).

23. Z.Z. Kish, “Transformations of the States of Substances”, in: Abstracts of Papers of the Scientific Conference of Young Scientists of the Chemical Department of Uzhgorod State University [in Russian], pp.13-15, Uzhgorod, (1988).

24. Z.Z. Kish, V.B. Lazarev, E.Yu. Peresh, and E.E. Semrad, “Compounds in the System In2Se3 ‑ K2Se”, Izv. Akad. Nauk SSSR, Neorg. Mater., 24(10), 1602-1605, (1988).

25. V.S. D'ordyai, V.A. Stefanovich, E.I. Pan'ko, V.B. Lazarev, E.Yu. Peresh, and Z.Z. Kish, ”Raman Scattering in LiInS2,” Izv. Akad. Nauk SSSR, Neorg. Mater., 24(4), 555-559, (1988).

26. V.V. Loshchak, Z.Z. Kish, E.E. Semrad, and E.Yu. Peresh, “Physicochemical Interaction in the Li2S ‑ Ga2S3 System”, in: Abstracts of Papers of the 8th All-Union Conference, Physicochemical Analysis [in Russian], pp.428-429, Frunze, (1988).

27. Yu.V. Voroshilov, M.I. Gurzan, Z.Z. Kish, and L.V. Lada, “Phase Equilibria in the Tl - Pb - Te System, and Crystal Structures of the Tl4BIVX3  and Tl9BVX6 Compounds”, Izv. Akad. Nauk SSSR, Neorg. Mater., 24(9), 1479‑1484, (1988).

28. V.V. Loshchak, E.E. Semrad, Z.Z. Kish, and E.Yu. Peresh, “Phase Equilibria in the A2IS ‑ Ga2S3 Systems”, in: Abstracts of Papers of the 7th All-Union Conference, Chemistry, Physics, Technology, and Use of the Chalcogenides” [in Russian], V.1, p.102, Uzhgorod - Kiev, (1988).

29. V.V. Loshchak, Z.Z. Kish, and E.E. Semrad, “Phase Equilibria in the Li2S ‑ Ga2S3 Systems”, in: Abstracts of Papers of the 8th All-Union Conference, “Chemistry and Technology  of Rare Alkali Metals Li, Na, Cs” [in Russian], p.81, Appatity, (1988).

3
0. Z.Z. Kish, V.V. Loshchak, E.Yu. Peresh, and E.E. Semrad, “Properties of the LiGaS2 Single Crystals”, Izv. Akad. Nauk SSSR, Neorg. Mater., 25(12), 1959-1962, (1989).

31. I.L. Mikailo, V.B. Lazarev, E.Yu. Peresh, and Z.Z. Kish, “Phase Equilibria in the Na2S(Se) - GeS2(Se2) Systems”, Zh. Neorg. Khim., 34(9), 2319‑2323, (1989).

32. Z.Z. Kish and E.Yu. Peresh, “The Rules of Formations, and Variations in the Properties of Compounds in the AI - BIII - CVI Systems”, in: Abstracts of Papers of the 12th Ukrainian Republic Conference, “Inorganic Chemistry” [in Russian], V.1, p.25, Sympheropol, (1989).

33. Z.Z. Kish, E.Yu. Peresh, and I.E. Barchii, “Peculiarities of Formation, Obtaining and Changing Properties of Single Crystals of the AIBIIIC2VI Compounds”, in: Abstracts of Papers of the 8th International Conference, “Ternary and Multinary Compounds”, p.241, Kishinev, USSR, (1990).

34. V.V. Bunda, V.B. Lazarev, E.Yu. Peresh, I.S. Shaplygin, A.V. Kun, Z.Z. Kish, V.V. Tsigyka, and I.V. Galagovets, “On the High-Temperature (Tc>110K) Metastable Phases in the Bi‑Pb‑Sr‑Ca-Cu‑O System”, in: Abstracts of Papers of the 8th All-Union Conference, “Physicochemical Analysis” [in Russian], p.67, Saratov, (1991).

35. V.V. Bunda, S.A. Bunda, V.B. Lazarev, I.S. Shaplygin, E.Yu Peresh, A.V. Kun, S.V. Kun, Z.Z. Kish, V.V. Tsigyka, and I.V. Galagovets, “Research of Granulometric Composition of High-Temperature Superconductors - Films and Ceramics by Method of Scattering Light”, in: Abstracts of Papers of the 8th All-Union Conference, “Physicochemical Analysis” [in Russian] p.68, Saratov, (1991).

36. V.V. Bunda, E.Yu. Peresh, A.V. Kun, Z.Z. Kish, S.A. Bunda, O.V. Luksha, V.P. Ivanickij, V.B. Lazarev, and I.S. Shaplygin, “Nature of the High-Temperature (T=160K) Metastable Phases in the Bi2‑xPbxSr2Ca3Cu4O12+y System”, in: Abstracts of Papers of the 5th All‑Union Conference, “Physics of Ferroelastices” [in Russian], p.157, Uzhgorod, (1991).

37. Z.Z. Kish and E.Yu. Peresh, “Physicochemical Criterion, Regulations of Formations and Changes in the Properties of Compounds in the AI ‑ BIII ‑ CVI Systems, in the book: Preparation and Properties of the Complicated Semiconductors” [in Russian], Uzhgorod State University, pp. 3-15, Kiev, (1991).

38. E.Yu. Peresh, V.B. Lazarev, O.I. Korniichuk, V.V. Tsigika, O.V. Petrushova, Z.Z. Kish, E.E. Semrad, “Phase Equilibria in Tl2S(Se, Te)-TlI and TlSe-TlCl(Br,I) Systems”, Inorganic Materials, 29(3), 440-444, (1993).

39. Z.Z. Kish, M. Mackay, A. Hansma, “Microstructure Stabilization Process Affecting Thermal Stress Resistance of Ceramic Materials”, Thesis, AHCS Ltd., 8 p., 1995.

40. Z.Z. Kish, “Electrical / Electronic Applications of Ceramics”, Thesis, AHSC Ltd., 6 p., 1996.

41. Hansma and Z.Z. Kish, “Development of High Density Ceramic Materials with High Thermal Shock Resistance”, the American Ceramic Society 99th Annual Meeting & Exposition, Cincinnati, USA, May 4-7, 1997.

42, Z.Z.  Kish, “ASPROTM Treated Ceramic Materials”, Report on the Research and Development Project at AHSC Ltd., 4p., 1997.

43. Z.Z. Kish, “Evaluation of ASPRO Alumina Ceramic Incorporated into a Harley Davidson Motorcycle for Internal Combustion Testing”, Report to the National Research Council, Industrial Research Assistance Program, Technical Evaluation Program, AHCS Ltd., 3 p., 1997.

44. Z.Z. Kish, T.W. Coyle, and T.K. Sham, “Evolution of Process-Materials-Property Relations and Correlation of Microscopic-Macroscopic Properties for ASPROTM Treated Cylinder Liners”, Final Report to OCMR collaborative Program of AHCS Ltd., The University of Toronto, and The University of Western Ontario, 30p., 1997.

45. Z.Z. Kish, “Properties and Applications of Newly Developed ASPROTM Treated Ceramic materials”, Seminar, Materials and Manufacturing Ontario, Canada, 1998.

46. Z.Z. Kish, “Evaluation of Alumina Ceramic Materials for Internal Combustion Engines”, Report to the National Research Council, Industrial Research Assistance Program, Technical Evaluation Program, ATS Spartec - AHCS Inc., 5 p., 1999.

47. Z.Z. Kish, “Properties and Applications of Newly Developed ASPROTM Treated Ceramic materials”, Exhibition & Conference, Partnerships ‘99, Materials and Manufacturing Ontario, Toronto, Canada, June 10, 1999.

48. Z.Z. Kish, “ASPROTM Treated Alumina Ceramics for Internal Combustion Engines”, The 6th International Conference, CAAI-6, “Coatings for Aerospace and Automotive Industries”, Toronto, Canada, 20-22 October, 1999, pp. 39A-39B.

49. Z.Z. Kish, “Properties and Applications of Newly Developed ASPROTM Treated Ceramic materials”, Exhibition & Conference, Partnerships ‘2000, Materials and Manufacturing Ontario, Toronto, Canada, June 15, 2000.

50. Z.Z. Kish, “Research and Development of Alumina Ceramic Materials for Internal Combustion Engines”, Report to the National Research Council, Industrial Research Assistance Program, ATS Spartec Inc., 62 pp., 2001.

51. Z.Z. Kish, “Properties and Applications of Newly Developed ASPROTM Treated Ceramic materials”, Exhibition & Conference, Partnerships ‘2001, Materials and Manufacturing Ontario, Toronto, Canada, June 15, 2001.

52. Z.Z. Kish, “Developments of High Performance Alumina Ceramics for Engine Components”, Exhibition & Conference, Partnerships ‘2002, Materials and Manufacturing Ontario, Toronto, Canada, June 20, 2002.

53. Z.Z. Kish, “High Performance Low Cost Ceramics for Efficient Combustion Engines”, Exhibition & Conference, Partnerships ‘2003, Materials and Manufacturing Ontario, Toronto, Canada, June 19, 2003.

54. B. Li, A. Mandelis, and Z.Z. Kish, “Photothermal Investigation of the Thermal Behavior of Alumina Ceramics for Engine Components”,Journal of Applied Physics, vol. 95, (3), pp. 1042-1049 (2004).

55. Z.Z. Kish, “Newly Developed ASPROTM Treated Ceramics for High Performance Applications”, The 87th Canadian Chemistry Conference, London, ON, May 29 - June 1, 2004

56. Z.Z. Kish, “High Performance Low Cost Ceramics for Efficient Combustion Engines”, Exhibition & Conference, Partnerships ‘2004, Materials and Manufacturing Ontario, Toronto, Canada, June 22, 2004.

57. Z.Z. Kish, “High Performance Low-Cost Ceramics for Industrial Applications”, CANEUS 2004 Conference on Micro- and Nano-Technology for Aerospace Applications: From Concepts to Systems, Monterey, California, USA, November 1-5, 2004.

58. Z.Z. Kish, “Advanced Ceramic Component Development for Industrial Application”, 3rd Annual Conference, “Fast Product Development for the R&D Community”, Toronto, Ontario, Canada , February 21-23, 2005.

59. Z.Z. Kish, “Advances and Benefits of Newly Developed Ceramics for Structural and Electronic Applications”, Research Seminar, Conestoga College Institute of Technology and Advanced Learning, Kitchener, Ontario, Canada, May 26, 2005

60. Z.Z. Kish, “Advances and Benefits of Newly Developed Ceramics for Automobile Applications”, Brochure, ATS Spartec Inc. (2005).

61. Z.Z. Kish, “Advances and Benefits of Newly Developed Ceramics for Industrial Applications”, Brochure, ATS Spartec Inc. (2006).

62. Z.Z. Kish, “ASPROTM Treated Ceramics for Electronic Applications”, Brochure, ATS Spartec Inc. (2006).

63. Z.Z. Kish, “Advantages of ASPRO™ Treated Alumina Ceramics for Cutting Tool Applications”, Brochure, ATS Spartec Inc. (2006).

64. Z.Z. Kish, “FORMATION, CRYSTALOGRAPHYC CLASSIFICATION AND PROPERTIES OF COMPOUNDS IN AI - BIII - CVI SYSTEMS”, Brochure, (2007).

65. Z.Z. Kish, “PREPARATION AND PROPERTIES OF HIGH-TEMPERATURE SUPERCONDUCTORS IN Bi,Pb-Sr-Ca-Cu-O AND Y-Ba-Cu-O SYSTEMS”, Brochure, (2007).

66. Z.Z. Kish, “Novel Biomass Gasification Technology”, Brochure, A-MAIZE-ING Energy Corporation (2008).

67. Z.Z. Kish, “Novel Gas-to-Liquids Technology”, Brochure, A-MAIZE-ING Energy Corporation (2009).

68. Z.Z. Kish, “Achievements and perspective at Elementa Group Incorporation”, Brochure, Elementa Group Inc. (2010).

69. Z.Z. Kish, “Comparison of Haynes 230 and Inconel 617 Alloy Properties”, Brochure, Elementa Group Inc. (2010).

70. Z.Z. Kish, “Evaluation of Benzene Concentration in Condensed Water from Produced Syngas and Methods of Benzene Removal”, Brochure, Elementa Group Inc. (2010).

71. Z.Z. Kish, “Syngas Production and Cleaning Investigations at the Pilot Plant”, Brochure, Elementa Group Inc. (2011).

72. E. Dueck, Z. Kish, D. Kirk,  Pure Steam Reforming of Municipal Solid Waste, The International Solid Waste Association World Congress 2013, Vienna, 7th – 11th October 2013, p.9


​73. Z. Kish, Novel Concept for New Materials and Technology Developments, Quasar ScienceTech, February 2016, p.3, https://www.researchgate.net/publication/294261339_Novel_Concept_for_New_Materials_and_Technology_Developments.

74. Z. Kish, Perspectives on Waste-to-Energy Technologies, Quasar ScienceTech, March 2016, p.5, https://www.researchgate.net/publication/298650282_Perspectives_on_Waste-to-Energy_Technologies