First International Symposium on Self-Propagating High-Temperature Synthesis V. V. Barzykin Report Pages: 935 - 936
Interaction of Zr+Nb with carbon, nitrogen, and hydrogen in the combustion mode N. N. AgadzhanyanS. K. Dolukhanyan OriginalPaper Pages: 937 - 940
Propagation of a combustion front over the surface of metal powders with diluents E. V. ChernenkoL. F. Afanas'eva OriginalPaper Pages: 941 - 944
Influence of grinding of a titanium powder on explosion characteristics of its aerosuspension E. Ya. ShafirovichO. V. Roslyakova OriginalPaper Pages: 945 - 948
A low-temperature zone of the SHS wave of some metal oxide systems N. N. MofaV. I. AntonyukN. S. Sharipova OriginalPaper Pages: 949 - 952
Changes of the combustion regimes of nongasifying and low-gas systems over the parameter range A. G. Strunina OriginalPaper Pages: 953 - 956
Distinctive features of thermodynamic analysis in SHS investigations A. A. Shiryaev OriginalPaper Pages: 957 - 962
Thermal synthesis under the conditions of electric pulse heating S. A. BalankinV. S. SokolovD. M. Mishchenko OriginalPaper Pages: 963 - 966
Some kinetic laws and the mechanism of carbonization in the high-temperature synthesis of carbides of transition metals L. V. AsatryanA. A. ChatilyanS. L. Kharatyan OriginalPaper Pages: 967 - 970
Direct determination of the enthalpy of formation of MoB in synthesis from simple substances in an SHS system E. G. LavutN. V. ChelovskayaO. E. Kashireninov OriginalPaper Pages: 971 - 973
Thermodynamic studies of the possibility of forming inorganic materials by SHS with a reduction stage S. S. MamyanA. A. ShiryaevA. G. Merzhanov OriginalPaper Pages: 974 - 980
Theoretical development of nonisothermal methods applied for chemical reaction investigations: Some aspects related to SHS V. T. GontkovskayaA. N. Peregudov OriginalPaper Pages: 981 - 987
Numerical investigation of nitriding of refractory metals (with account of the phase constitution diagrams for metal-gas systems) I. P. BorovinskayaT. P. IvlevaK. G. Shkadinskii OriginalPaper Pages: 988 - 990
Mathematical simulation and structural macrokinetics of the high-temperature synthesis of intermetallic compounds V. E. OvcharenkoA. G. RadutskiiO. V. Lapshin OriginalPaper Pages: 991 - 993
Mathematical simulation of combustion of three-component SHS systems K. G. ShkadinskiiV. V. ChernetsovaV. I. Yukhvid OriginalPaper Pages: 994 - 998
Mathematical simulation of the process of combustion of slightly gaseous porous compositions K. G. ShkadinskiiA. G. StruninaV. V. Barzykin OriginalPaper Pages: 999 - 1003
Relationship of the structural and physicomechanical characteristics in porous SHS materials based on titanium carbide V. N. BloshenkoV. A. BokiiO. Yu. Efimov OriginalPaper Pages: 1004 - 1007
Influence of ultrasound vibrations on the process of synthesis and the fine structure of combustion products in the titanium-silicon system V. V. KlubovichM. M. KulakV. M. Mal'tsev OriginalPaper Pages: 1008 - 1011
Some characteristics of phase formation in combustion of powdered titanium-silicon and molybdenum-silicon mixtures A. R. SarkisyanM. M. SarkisyanS. L. Kharatyan OriginalPaper Pages: 1012 - 1015
Mechanism of porous structure formation in intermetallic synthesis A. P. Savitskii OriginalPaper Pages: 1016 - 1019
SHS-system combustion models accounting for macrostructural transformations V. K. Smolyakov OriginalPaper Pages: 1020 - 1023
Self-propagating high-temperature synthesis of high-temperature light refractories E. Kh. BaimukhamedovG. G. GladunA. A. Shirinkhanov BriefCommunication Pages: 1024 - 1025
Self-propagating high-temperature synthesis of composite materials. The high-melting compounds (TiC, TiB2)-intermetallides, their structure and properties A. N. TabachenkoG. G. Kryuchkova OriginalPaper Pages: 1026 - 1029
Regularities of the synthesis of the TiB2-Al2O3 composite ceramic powder and the material based on it V. I. VershinnikovS. S. MamyanG. Georgiev OriginalPaper Pages: 1030 - 1033
Production of boride-containing ceramic materials from borate ores by the SHS method G. I. KsandopuloYu. A. MoiseyevaG. A. Petrova BriefCommunication Pages: 1034 - 1035
Prospects for the use of acoustic fields in SHS technologies E. A. LevashovA. G. MerzhanovN. N. Khavskii OriginalPaper Pages: 1036 - 1039
