POSSIBILITIES OF IMPROVING COKE STRENGTH UNDER HOT CONDITIONS (CSR) AND COKE REACTIVITY (CRI) BY INCREASING CHARGE COALIFICATION

G. Nashan, W. Rohde. K Wessiepe: Some figures and fact on the present status and new proposals for a future – oriented cokemaking technology, Cokemaking International, No. 2, 2000, p. 50-55

Operation data of coke oven plants in European Coke Comittee, VDEh Stahl, 2008

R. Sharma, P.S. Dash, P.K. Banerjee: Effect of coke – micro textural and coal perrographic properties on coke strenght characteristics, ISIJ International, Vol. 45, 2005, p. 1820-1827

S. Ragan, H. Marsh: Carbonization and liquid – crystal (mesophase) development, Part 22: Micro strength and optical textures of cokes from coalpitch co-carbonizations, Fuel, (60), No. 6, 1981, p. 522-528

Fu Yong-Ning: A New Combined Cokemaking Process Improving the Anti-Alkali Properties of Blast Furnace Coke, Technical report, (13), 1988, No 4, p. 254-268

Stuchlík, V.: New methods of the evaluation physical and mechanical properties metalurgical coke, Hutnické listy, (47), No.10, 1992, p. 6-13

Šabíková, M.: Effect of maceral and type composition charge on the quality coke, Dissertation thesis, TU HF, Košice, 2008,

Kucková, A.J.- Sajková, M.- Fröhlichová, M.- Baran, P.- Bálintová, J.: The influence of type composition of coal charge on coke quality, Acta Metallurgica Slovaca, Vol.14, 2008, No.1, p. 113-118

Kucková, A.J.- Fröhlichová, M.- Weagová, Z.: Relation betveen coke structure and coke quality, Medzynarodowa XIII. konferencja Naukowo- Techniczna, Zarzadzanie v Przedsiebiorstwie, Szczyrk, Poľsko, 2005, p. 63-66

Kucková, A.J.- Weagová, Z.- Fröhlichová, M.: XV. international scientic conference, Iron and steelmaking. Ostrava: VŠB TU, 2005 p. 17-20. - ISBN 802480946X

Fröhlichová, M.- Čižmárová, M.: Influence of coke structure on the reactivity and strenght after reaction with CO 2, Transactions of the Institute for Ferrous Metallurgy, Nr 5, 2009, p. 18-

G. Nashan, W. Rohde. K Wessiepe: Some figures and fact on the present status and new proposals for a future – oriented cokemaking technology, Cokemaking International, No. 2, 2000, p. 50-55

Operation data of coke oven plants in European Coke Comittee, VDEh Stahl, 2008

R. Sharma, P.S. Dash, P.K. Banerjee: Effect of coke – micro textural and coal perrographic properties on coke strenght characteristics, ISIJ International, Vol. 45, 2005, p. 1820-1827

S. Ragan, H. Marsh: Carbonization and liquid – crystal (mesophase) development, Part 22: Micro strength and optical textures of cokes from coalpitch co-carbonizations, Fuel, (60), No. 6, 1981, p. 522-528

Fu Yong-Ning: A New Combined Cokemaking Process Improving the Anti-Alkali Properties of Blast Furnace Coke, Technical report, (13), 1988, No 4, p. 254-268

Stuchlík, V.: New methods of the evaluation physical and mechanical properties metalurgical coke, Hutnické listy, (47), No.10, 1992, p. 6-13

Šabíková, M.: Effect of maceral and type composition charge on the quality coke, Dissertation thesis, TU HF, Košice, 2008,

Kucková, A.J.- Sajková, M.- Fröhlichová, M.- Baran, P.- Bálintová, J.: The influence of type composition of coal charge on coke quality, Acta Metallurgica Slovaca, Vol.14, 2008, No.1, p. 113-118

Kucková, A.J.- Fröhlichová, M.- Weagová, Z.: Relation betveen coke structure and coke quality, Medzynarodowa XIII. konferencja Naukowo- Techniczna, Zarzadzanie v Przedsiebiorstwie, Szczyrk, Poľsko, 2005, p. 63-66

Kucková, A.J.- Weagová, Z.- Fröhlichová, M.: XV. international scientic conference, Iron and steelmaking. Ostrava: VŠB TU, 2005 p. 17-20. - ISBN 802480946X

Fröhlichová, M.- Čižmárová, M.: Influence of coke structure on the reactivity and strenght after reaction with CO 2, Transactions of the Institute for Ferrous Metallurgy, Nr 5, 2009, p. 18-