 |
Volume 7, Number 1, 1998
“Surface and Layer-by-Layer Combustion Modes in Gas-Solid Systems”
V.V.Grachev and T.P.Ivleva
|
1 |
“The Effect of Radiation Heat Transfer on the Combustion Wave Propagation in a Heterogeneous System”
I.A.Filimonov
|
21 |
“Interaction of Y with H2 and N2 in the Combustion Mode. Formation of Yttrium Hydride and Hydridonitride”
A.G.Aleksanyan and S.K.Dolukhanyan
|
35 |
“Real time X-ray Diffraction Study of Al3Ni, Al3Ni2, AlNi, and AlNi3 SHS”
J.F.Javel, F.Charlot, M.Gramond, V.Mathae and J.C.Gachon
|
43 |
“Chemical and Phase Transformation during Combustion in the Y2O3-BaO2-Cu-O2 System”
M.D.Nersesyan, A.G.Peresada, and A.G.Merzhanov
|
55 |
“Combustion Synthesis of Al2O3-SiC Nanocomposite Powders”
C.A.Rodrigues, R.H.G.A.Kiminami, and M.R.Morelli
|
67 |
“High pressure Synthesis of Silicon Nitride-Based Materials with Controlled Morphology and Phase Composition”
B.Liebig and J.A.Puszynski
|
75 |
“Accumulation of Mechanical Energy and Slow Burning Transition to Detonation in the CuO-Al System”
A.R.Torossyan, V.G.Martirossyan, and S.S.Karakhanyan
|
87 |
“Field-Activated Self-Propagating High-Temperature Synthesis of Iron Aluminides”
K.Kawase and Z.A.Munir
|
95 |
“Structure and Properties of Novel Diamond-Containing Materials Produced by Forced SHS Densification and Sintering”
E.A.Levashov, I.P.Borovinskaya, A.S.Rogachev, M.Ohyanagi, S.Hosomi, and M.Koizumi
|
103 |
“Densification Mechanism of Ceramic-Lined Pipes Produced by Centrifugal-SHS”
Z.Zhu, B.Zhang, Z.Zia, K.Wang, M.Li, and Z.Kang
|
119 |
“Consolidation of Radioactive Wastes into Mineral-like Materials by the SHS Method”
I.P.Borovinskaya, T.V.Barinova, V.I.Ratnikov, V.V.Zakorzhevsky, and T.I.Ignatjeva
|
129 |
| “The 4th International Symposium on Self-Propagating High-Temperature Synthesis”
|
137 |
| Letter of Information |
145 |
 top
Volume 7, Number 2, 1998
“Investigation of Contact Interaction of Metals under Nonisothermic Conditions”
A.I.Kirdyashkin, Yu.M.Maksimov, and V.D.Kitler
|
147 |
“Reaction Kinetics of SHS of an Intermetallic Compound — Magnesium Nickel”
T.Akiyama, H.Isogai, and J.-I.Yagi
|
161 |
“Optimization Method for the Deign of SHS-Based Material”
K.Shimojima, Y.Yamada, M.Mabuchi, N.Saito, I.Shigematsu, M.Nakanishi, M.Nakamura, T.Asahina, K.Okamoto, and T.Igarashi
|
173 |
“Controlled Reactions in SHS-derived Ti-Si-C Materials”
J.Lis, T.Rudnik, and R.Pampuch
|
189 |
“Regularities of Self-Propagating High-Temperature Synthesis of AlN at Low Nitrogen Pressures”
V.V.Zakorzhevski and I.P.Borovinskaya
|
199 |
“Reaction Analysis on the Combustion Synthesis of Aluminum Nitride”
K.Tanihata and Y.Miyamoto
|
209 |
“Characterization of Spatiotemporal Chaos in SHS”
C.-C.Chen, Y.-C.Fu, and S.-J.Lee |
219 |
“Optimization of MASHS Parameters to Obtain a Nanometric FeAl Intermetallic”
F.Bernard, F.Charlot, E.Gaffet, and J.C.Niepce
|
233 |
“Comparative Investigation of Multicomponent Films Deposited Using SHS Composite Targets”
D.V.Shtansky, E.A.Levashov, A.N.Sheveiko, A.H.Grigoryan, and J.J.Moore
|
249 |
“Pd/Alumina Catalysts Produced by Combustion Synthesis”
M.Conceillo Greca, C.Moraes, M.R.Morelli, and A.M.Segadães
|
263 |
“Preparation and Densification of MoSi2/Al2O3-Based Composites Using Self-Propagating High-Temperature Synthesis”
A.L.Dumont, D.S.Smith, C.Galt, and J.P.Bonnet
|
269 |
“Processing of NiAl Intermetallic and NiAl Matrix Composites by the Simultaneous Use of Thermal Explosion and Hot Pressing”
L.Plazanet and F.Nardou
|
281 |
top
Volume 7, Number 3, 1998
“Computer-Aided Analysis of Microstructure of B-Si-C Composite Obtained from Powders Synthesized by the SHS Method”
G.Gorny, R.Pampuch, M.Raczka, and L.Stobierski
|
293 |
“Temperature Profile Analysis of Combustion Waves in the SHS Thermite Reaction Nb2O5 + Al2Zr”
R.Tomasi and Z.A.Munir
|
299 |
“Thermodynamic Calculation and Processing of TiB2-Cu FGM”
Changchun Ge, Zhaoxia Wang, and Wenbin Cao
|
309 |
“Synthesis and Characterization of CeO2-doped Nanocrystalline ZrO2”
E.Zhou, S.Bhaduri, S.B.Bhaduri, I.R.Lewis, and P.R.Griffiths
|
317 |
“Study of the Combustion Process in the Synthesis of Zinc Oxide”
V.C. de Sousa, M.R.Morelli, and R.H.G.A.Kiminami
|
327 |
“Use of High Gas Pressure Combustion Synthesis for Joining in Aeronautics”
M.C.Dumez, R.M.Marin-Ayral, J.C.Tedenac, D.Perraud, O.Pestre, and J.P.Huchin
|
333 |
“Use of a Reactive Diluent in the Synthesis of Metal Matrix Composites”
H.J.Brinkman, J.Duszczyk, and L.Katgerman
|
343 |
“The Effect of Additives on Microstructure and Phase Separation of SHS-Densified Materials”
S.Miao and J.A.Puszynski
|
349 |
“Fabrication of Coatings of Oxidation-Resistant Layer by Self-Propagating High-Temperature Synthesis”
Y.Yamada, K.Shimojima, M.Namanishi, M.Mabuchi, N.Saito, M.Nakamura, and T.Asahina
|
361 |
“Formation of Meta-Stable Zirconium Monoxide ZrO During Thermite Reaction Hot-Pressing”
X.Zhe, L.M.Watson, and A.Hendry
|
369 |
| Erratum |
377 |
“Preparation of Hydrogen Storage Alloy Using a Drop Shaft”
K.Shimokawa, Y.Suzuki, and H.Minagawa
|
387 |
“Research, Manufacture, and Application of Ceramic-Steel Pipes Produced by SHS Reaction in China”
S.Zhang and X.Zhou
|
397 |
“Investigation of TiB2-TiC Composites Produced by SHS and Their Application in Hall-Heroult Cells for Aluminum Electrolysis”
X.Zhou, S.Zhang, M.Zhu, and B.Chen
|
403 |
“Composite Pipe Produced by SHS Centrifugal Process”
Y.Sheng
|
409 |
| Announcement: V International Symposium on Self-Propagating High-Temperature Synthesis (SHS 99) |
|
top
Volume 7, Number 4, 1998
“Auto Ignition Synthesis and Consolidation of Nanocrystalline α-Alumina”
S.Bhaduri, S.B.Bhaduri, and J.G.Huang
|
413 |
“SHS Filtration Combustion Techniques of Ceramic Powders”
P.Amosov, A.G.Makarenko, A.R.Samboruk, B.S.Seplyarsky, V.P.Skobeltsov, and D.V.Zakamov
|
423 |
“Kinetic Modeling of Tantalum Carbidization in Combustion Wave”
S.L.Kharatyan
|
439 |
“Effect of Preliminary Mechanical Activation on Ignition, Combustion Steady State, and Phase-Formation During Ceramic Materials Synthesis”
N.N.Mofa, G.I.Ksandopulo, T.A.Ketegenov, G.P.Metaxa, and N.V.Kossareva
|
451 |
“Chemical Rate Processes Involved in SHS of La0.9Sr0.1CrO3”
Q.Ming, M.Nersesyan, S.Lin, J.T.Richardson, and D.Luss
|
457 |
“Preparation of Fine Powders in the Si-C-N System Using SHS Method”
D.Kata, J.Lis, R.Pampuch, and L.Stobierski
|
475 |
“SHS Method of Production of Al-Ti-B Master Alloy”
V.I.Nikitin, A.G.Merzhanov, A.G.Makarenko, E.G.Kandalova, and G.S.Lukyanov
|
487 |
“Effect of Ti-C-Ni on Combustion Synthesis of TiO2-Al-C System”
Q.Tang, S.Yin, Y.Wang, and H.Lai
|
493 |
“SHS Metalloceramic Materials on Base of Natural Minerals”
Yu.S.Naiborodenko, E.G.Sergeeva, and A.A.Zhigalin
|
501 |
“Product Structure Formation at Gasless Combustion in Ti-Si-C System”
H.E.Grigoryan, A.S.Rogachev, V.I.Ponomarev, and E.A.Levashov
|
507 |
“Controlled Net Shape, Density, and Microstructure of TiC-NiTi Cermets Using Quasi-Isostatic Pressing”
E.A.Olevsky, E.R.Kristofetz, and M.A.Meyers
|
517 |
“Reaction Dynamic Process and Structure Formation Process in Self-Propagating High-Temperature Synthesis of TiC/Fe”
Z.Zou, Z.Fu, and R.Yuan
|
529 |
“Gradient Variation of Composition and Chemical Bond of (Ti, Nb)C-Ni Composite Formed by SHS”
X.Min, K.Cal, C.Nan, and R.Yuan
|
539 |
| Index |
545 |
top
Volume 8, Number 1, 1999
“The Effect of Radio Frequency Heating on Self-Propagating High-Temperature Synthesis”
S.E.Zakiev
|
1 |
“Numerical Equations for Analyzing the Process of Combustion Synthesis of Ni-Al Intermetallic Compound”
Atsushi Hibino
|
13 |
“Non-Isothermal Kinetics and Mechanism of Tungsten Siliconizing in Gasless Combustion Wave”
S.L.Kharatyan and H.A.Chatilyan
|
31 |
“Computer Simulation of Shock Wave Compaction of Powders Prepared by SHS in Cylindrical Ampoules”
V.A.Gorelski and S.A.Zelepugin
|
43 |
“Combustion Process and Structural Formation of Ti5Si3 Synthesized by Gas Transporting SHS”
Hao Wang, E.P.Kostogorov, Zhengyi Fu, and Runzhang Yuan
|
51 |
“Formation Process of SHS TiC in Al-Ti-C System”
Zhang Erlin, Zheng Songyan, Yang Bo, and Ma Mingzhen
|
59 |
“Structural Evolution of TiO2-Al-Si in Self-Propagating High-Temperature Synthesis and Mechanical Alloying”
P.Zivanovic, R.Curcic, Lj.Karanovic, and D.Uskokovic
|
69 |
“Processes of Combustion and Phase Formation in the Compositions of the Iron Group Metal Oxides and Aluminum”
A.V.Simonyan, V.I.Ponomarev, and V.I.Yukhvid
|
81 |
“Characteristics of Reactans Bed and Combustion Phenomena in the Si-C System”
T.Rudnik, J.Lis, and R.Pampuch
|
95 |
“Development of Silicon Carbide Coating Technology Through Self-Propagating High-Temperature Synthesis Reaction and ECR PECVD”
Yong Choi, Bong G.Kim, Young W.Lee, and Dong S.Sohn
|
103 |
“SHS-Produced Rods for Growing Single Crystals Using the Plasma Arc Melting Method”
M.A.Ponomarev, Yu.A.Sapronov, and A.S.Shteinberg
|
111 |
“Fabrication of Al 2O3-TiB2 Composites from SHS Raw Powders by Hot Pressing”
Z.Y.Fu, W.M.Wang, Y.H.Wang, H.Wang, and R.Z.Yuan
|
125 |
“The First Russian-Japanese Workshop on SHS”
A.E.Sytschev
|
133 |
top
Volume 8, Number 2, 1999
“Formation of the Composition Structure under Gravity-induced.Phase Separetion and Heat Transfer in the System of High-temperature Melt-Metal Substrate”. Part I
I.S.Gordopolova, T.P.Ivleva, K.G.Shkadinskii, and V.I.Yukhvid
|
137 |
“The Mechanism of Initiation and Combustion Laws of SiO2-Al-C System Activated by Fluorocarbons”
H.H.Nersisyan, L.S.Abovyan, and S.L.Kharatyan
|
153 |
“The Specific Features of SHS in the AIN-Y2O3 System and Some Properties of the Final Products”
V.V.Zakorzhevskii, S.Yu.Sharivker, I.P.Borovinskaya, T.I.Ignatieva,
and N.V.Sachkova
|
165 |
“Morphology of Combustion-Synthesized Intermetallic Compound”
Tomohiro Akiyama, Hideki Kohno, and Jun-Ichiro Yagi
|
177 |
“The Effect of the Aluminum Content on the Product of Al/TiC Composites Synthesized by Combustion Synthesis”
B.Mei, X.Sun, W.Wang, and R.Yuan
|
187 |
“Study on Phase Constitute and Micrography of Thermal Explosive Synthesis of Al+Ti+C System”
Z.Erlin, Z.Songyan, Z.Xiaochun, and L.Qingchun
|
195 |
“Production of Highly Porous Materials by SHS of Long-sized Samples in Combustible Shells”
M.A.Ponomarev and Yu.A.Sapronov
|
205 |
“The Study on Microstructure of Porous Ceramic-lined Pipes Made by Centrifugal-SHS”
J.Li, M.Zhou, and J.Wang
|
215 |
“Structural Transformations of Powder Media in the Wave of SHS”
V.K.Smolyakov and Yu.M.Maksimov
|
221 |
| ISMAN Delegation Business Trip to India |
251 |
top
Volume 8, Number 3, 1999
“Dynamics of Thermal Explosion in the Post-Induction Period”
A.G.Merzhanov, N.I.Ozerkovskaya, and K.G.Shkadinsky
|
253 |
“Kinetic Study of Synthesis of SiC Powders and Whiskers
in the Presence of KClO and Teflon”
J.A.Puszynski and S.Miao
|
265 |
“Combustion of Titanium With Carbon in Chemically Activated Media”
H.H.Nersisyan and A.V.Kostanyan
|
277 |
“Influence of Cooling Conditions on the Composition,
Microstructure and Activity of SHS Catalyst”
G.Xanthopoulou and G.Vekinis
|
287 |
“Effect of Mechanical Activation of Silicon and Niobium
on SHS Synthesis of Niobium”
O.G.Terehova, O.A.Shkoda, Yu.M.Maksimov, and L.D.Chalun
|
299 |
“Reactive-Casting of NiAl-Based Intermetallic Compounds”
K.Matsuura, H.Jinmon, T.Ohmi, and M.Kudoh
|
307 |
“TiNxCombustion Synthesis with Liquid Nitrogen Filled in a Closed Vessel”
M.Shibuya, J.F.Despres, and O.Odawara
|
315 |
“Influence of a Blowing Agent on Mechanisms of Combustion and Degassing in a Titanium-Carbon Black System”
V.N.Nikogosov, G.A.Nersesyan, V.A.Shcherbakov, S.L.Kharatyan, and A.S.Shteinberg
|
321 |
“Multilayer Component Prepared by Combining Tape Casting and SHS Process”
J.-P.Bonnet, S.Desiles, A-L.Dumont, T.Chartier, D.S.Smith, and C.Gault
|
331 |
“Structure Formation of FGM by Self-Propagating High Temperature Synthesis”
A.G.Merzhanov, A.S.Rogachev, A.E.Sytschev, H.E.Grigoryan,
Chang-Chun Ge, Wen-Bin Cao, and Wei-Ping Shen
|
339 |
“Nitride-Oxide Ceramic Composites from SHS-Derived Powders”
J.Lis, D.Kata, and D.Zientara
|
345 |
“Modeling of Solid Phase Detonations”
C.Richter, H.J.Viljoen, and N.F.J.Rensburg
|
353 |
“State of the Art in R&D of SHS Materials in the World”
Y.Miyamoto
|
375 |
| The 5th International Symposium on Self-Propagating High-Temperature Synthesis (Moscow, August 16-19, 1999)
|
385 |
top
Volume 8, Number 4, 1999
“Stability of the Final SHS Product Formed in the Ti-C System”
D.Y.Kovalev, V.M.Shkiro, and V.I.Ponomarev
|
398 |
“Modeling of Reactive Synthesis in B4CTi Powder Blends Applied to Thermal Explosion under the Conditions of Enhanced Heat Transfer”
L.Klinger, I.Gotman, and D.Horvitz
|
401 |
“Linear Stability Analysis of Thermal Free Radical Polymerization Waves”
D.A.Schult and V.A.Volpert
|
417 |
“Attaining Maximum Output of Material Synthesis in Filtration Combustion Waves”
O.S.Rabinovich, I.G.Gurevich, and P.S.Grinchuk
|
441 |
“Some Specific Features of Synthesis and Characteristics of SHS (TiB2-AlN-BN)- Based Ceramic Materials”
I.P.Borovynskaya, V.A.Bunin, G.A.Vishnyakova, and A.V.Karpov
|
451 |
“Some Aspects of Intensification of SHS Technology of Production of Refractory Powder Compounds”
V.D.Zhigarev
|
459 |
“In-Situ Joining of Nickel Monoaluminide to Ni-Based Superalloys by High-Pressure Combustion Synthesis”
C.Pascal, R.M.Marin-Ayral, and J.C.Tedenac
|
473 |
“Application of Explosive Shock Compaction to Functionally Graded Materials Produced by SHS Reaction”
R.Tomoshige, H.Tanaka, A.Kato, K.Imamura, and A.Chiba
|
487 |
“Densification Process of TiB2/TiNi Composities through Pressureless SHS”
M.Shibuya, M.Ohyanagi, and M.Koizumi
|
501 |
“Structure of the Ceramic Layer and Quality of the Ceramic-Lined Composite Pipes”
S.Zhang, X.Zhou, D.Qian, and G.Shen
|
511 |
“Self-Propagating High-Temperature Reduction of Toxic Chlorinated Aromatics”
G.Cocco, S.Doppiu, M.Monagheddu, G.Cao, R.Orru, and M.Sannia
|
521 |
top
Volume 9, Number 1, 2000
“MASHS Process Applied to the Cu3 Si Phase Formation. Kinetic Study of the Reaction Between Cu3 Si and CuCl”
F.Bernard, H.Souha, E.Gaffet, M.ZenKouar, B.Gillot, and J.C.Niepce
|
1 |
“A Rapid-Combustion Synthesis of Scandia and Alumina Doped Zirconia Electrolyte Material for Solid Oxide Fuel Cells”
T.Mathews, N.Rabu, J.R.Sellar, and B.C.Muddle
|
15 |
“Dense in situ Composites via Thermal Explosion Mode of SHS Under Pressure”
I.Gotman and E.Y.Gutmanas
|
23 |
“Use of SHS Reactions in Refractory Alloy Fabrication”
L.J.Keckes
|
43 |
“Mechanically Stimulated SHS of Coordination Compounds”
V.D.Makhaev, A.P.Borisov, V.V.Aleshin, and L.A.Petrova
|
59 |
“Separation of Nitrides from Nitrided SHS Ferroalloys”
L.N.Chuhlomina, M.Kh.Ziatdinov, and Yu.M.Maksimov
|
65 |
“Efficient Continuous SHS-Technology for Production of Ferrite Materials”
P.B.Avakyan
|
75 |
“SHS of New Superhard Material Based on Nonstoichiometric b-SiC ”
M.Gadzyra, G.Gnesin, O.Mykhailyk, O.Shul'zhenko, and O.Bochechka
|
85 |
“Preparation of NiAl with High Strength at Elevated Temperatures”
A.Kitaoka, K.Hirota, M.Yoshinaka, Y.Miyamoto, and O.Yamaguchi
|
97 |
“Combustion Wave Propagation During SHS of a Two-Layer System”
Wen-Ben Cao, Wei-Ping Shen, Chang-Chun Ge, E.H.Grigoryan, A.E.Sytschev, and A.S.Rogachev
|
105 |
“Industrial Application of SHS Heat-Resistant Materials”
M.P.Filonov, E.A.Levashov, A.N.Shulzhenko, I.P.Borovinskaya, V.E.Loryan, and V.A.Bunin
|
115 |
“Improvement in Properties of Stainless Steel-Lined Composite Steel Pipe Made by Centrifugal-SHS”
Yin Sheng, Xi Wenjun, and Lai Hoyi
|
123 |
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Volume 9, Number 2, 2000
“Gravitation Effects on Liquid Flames Forming Liquid-Gas Suspensions”
K.G.Shkadinsky, G.V.Shkadinskaya, and B.J.Matkowsky
|
129 |
“Thermal Explosion of B4C-Ti, BN-Ti and SiC-Ti Blends in Constrained Dies: Measurement of Kinetic Combustion Parameters and Modeling”
M.Shapiro, I.Gotman, V.Dudko, and A.Matvienko
|
143 |
“Pattern Formation of Combustion Waves”
Chien-Chong Chen, Chia-Ling Li and Li-Wen Chung
|
155 |
“Some Regalarities of a-Si3N4 Synthesis in a Commercial SHS Reactor”
V.V.Zakorzhevskii and I.P.Borovinskaya
|
171 |
“Metal Nitrides Synthesized by Combustion under High Nitrogen Pressure”
M.Ferretti, A.Martinelli, and V.Buscaglia
|
193 |
“The Mechanism of Interaction of Niobium with Carbon and Combustion Limits under Conditions of Chemical Activation”
H.H.Nersisyan, A.V.Kostanyan, and S.L.Kharatyan
|
205 |
“The Mechanism of Chromium Nitriding Using SHS”
B.Sh.Braverman, M.Kh.Ziatdinov, and Yu.M.Maksimov
|
217 |
“Study of Synthesis of Lined Ceramic Layer in Pipes Produced by Thermit SHS Process ”
Du Xinkang, Wang Jianjiang, Ye Minghui, Zhao Zhongmin and Zhang Long
|
223 |
“Technology to Control the Thickness of the Ceramic Layer in Minor-Caliber Ceramic-Lined Pipes”
Shuhua Li, Shuangxi Wang, Jianjiang Wang, and Junshou Li
|
231 |
“Dynamic Recrystallization and Superplasticity in SHS-Produced Off-Stoichiometric Titanium Carbide”
N.G.Zaripov, O.A.Kaibyshev, L.V.Petrova, and Yu.A.Gordopolov
|
237 |
“The Use of Halides in SHS Azide Technology”
George V.Bichurov
|
247 |
top
Volume 9, Number 3, 2000
“An Optimum Choice of the Three-Parameter Expressions for Approximation of the Dynamic Adiabates of the SHS and Other Condensed Systems”
V.S.Trofimov |
269 |
“Nanocrystalline NbAl3 Synthesis by MASHS with In-Situ and Post-Mortem Characterizations”
F.Bernard, V.Gauthier, E.Gaffet, and J.P.Larpin
|
281 |
“Self-Propagating Synthesis of Iron(III) Acetylacetonate after Mechanical Activation of the System FeCl3-NaC5H7O2”
V.D.Makhaev, A.P.Borisov, V.V.Aleshin, L.A.Petrova, and B.M.Zuev
|
297 |
“The effect of mechanical treatment on the rate and limits of combustion in SHS processes”
M.A.Korchagin, T.F.Grigorieva, A.P.Barinova, and N.Z.Lyakhov
|
307 |
“Combustion Synthesis of Al25-xNixTi75 (0<x<10) by Time Resolved X-Ray Diffraction”
O.Held, Ch.Gras, F.Charlot, D.Vrel, and J.C.Gachon
|
321 |
“Intermetallic-Ceramic Composites Synthesis by SHS.Time-Resolved Studies Using Synchrotron Radiation X-rays”
C.Curfs, I.G.Gano, G.B.M.Vaughan, M.A.Rodriguez, X.Turillas, and A.Kvick
|
331 |
“Self-Propagating High-temperature Synthesis (SHS) of Ni50Ti50, Ni45Ti55, Ni50-yTi50-yAl2y (0<y<3) Observed by Time Resolved X-Ray Diffraction (TRXRD)”
O.Held, D.Vrel, and J.C.Gachon
|
341 |
“Development of Recycling Process for Industrial Wastes by SHS”
Y.Miyamoto, S.Kanehira, K.Hirota, and O.Yamaguchi
|
357 |
“Combined Gravitational and Magneto-Electrical SHS Effects”
Yu.G.Morozov
|
363 |
top
Volume 9, Number 4, 2000
“Solitons and Non-Equilibrium Reactions in Solid Phases”
Hendrik J.Viljoen and Lee L.Lauderback |
373 |
“Chemically Stimulated Combustion in Zr/SiO2/C System and Synthesis of ZrO2/SiC Composite Ceramic Powders Containing SiC Whiskers”
A.V.Kostanyan, H.H.Nersisyan, S.L.Kharatyan, R.Orru, and G.Cao
|
387 |
“Self-propagating High-temperature Synthesis of Finely Dispersed Titanium Carbide”
D.Yu.Belov, I.P.Borovinskaya, and S.S.Mamyan
|
403 |
“Electroexploded Metastable Metal Powders with Stored Energy for Self-Propagating High-Temperature Synthesis”
G.V.Ivanov, V.G.Surkov, F.Tepper, and Han Wei
|
411 |
“Formation of Metal Sulphides in Combustion of Metal Nitrates Complex Compounds with Sulphur-Containing Organic Ligands”
R.K.Tukhtaev, V.V.Boldyrev, A.I.Gavrilov, Z.A.Saveljeva, S.V.Larionov, L.I.Myachina
|
419 |
“Production of Disilicide by Combustion Reaction: Interest of Using a Mechanical Activation Step”
Ch.Gras, E.Gaffet, F.Bernard, D.Vrel, and J.C.Niepce
|
429 |
“The Structure of the Ni3Al Intermetallic Composition Synthesized Under Compression in the Powder Mixture of Pure Elements”
M.V.Fedorischeva, V.E.Ovcharenko, O.B.Perevalova, and E.V.Kozlov
|
445 |
“Evaluation of the Defects in High-Resistance Composite Layer by Electrochemistry NDT”
Z.Guo, F.Zhuang, T.Lin, F.Wu, and S.Yin
|
457 |
“Optimization Method for SHS-FGM Material Design by Genetic Algorithm”
K.Shimojima, Y.Yamada, M.Mabuchi, N.Saito, I.Shigematsu, M.Nakanishi, M.Nakamura, T.Asahina, M.Kato, and T.Igarashi
|
463 |
| Index |
473 |
top
Volume 10, Number 1, 2001
“Mathematical Modelling of Three-Dimensional Spinning Modes of Gasless Combustion Waves”
T.P. Ivleva and A.G. Merzhanov |
1 |
“Calculation of an Equilibrium Temperature in the Ideal Detonation Wave in the Zinc-Sulfur SHS System”
S.I. Torunov and V.S. Trofimov
|
13 |
“Relationships between the Adiabatic Temperature and Some Thermochemical Quantities for Binary Transition Metal Carbides”
A. Martinelli and M. Ferretti
|
23 |
“Structure of HCS and Its Influence on Combustion Wave”
Yu.V. Frolov, A.N. Pivkina, and V.V. Aleshin
|
31 |
“Formation of a Low-Temperature Plasma during an SHS Process”
O.K. Kamynina, N.I. Kidin, V.A. Koudryashov, A.S. Rogachev, and L.M. Umarov
|
55 |
“Use of SHS Powders Increases the Reliability of Advanced Ceramics”
R. Pampuch, L. Stobierski, J. Lis
|
63 |
“Synthesis of Mineral-like Ceramics for Immobilization of Radioactive Wastes”
T.V. Barinova, I.P. Borovinskaya, V.I. Ratnikov, T.I. Ignatjeva, and V.V. Zakorzhevsky
|
77 |
“SHS Matrix Materials For Immobilization of PuO2 and Other Radionuclides”
Avramchik A.N., Lepakova O.K., Naiborodenko Yu.S., Shkoda O.A., Kitler V.D., Balakhonov V.G., Matyukha V.A., Safin B.R., and Katushonok A.N.
|
83 |
“Preparation of Fine Tungsten Powder from Sheelite by Self-Propagating High-Temperature Synthesis”
P. Zivanovich, R. Curcich, G. Djurkovich, V. Jokanovich, and D. Uskokovich
|
91 |
“Reaction Characteristics of the Fillers for SHS Welding of SiC Ceramic to Ni-Based Superalloy”
Shujie Li, Shen Liu, Huiping Duan, and Shuhua Li
|
99 |
top
Volume 10, Number 2, 2001
“Mechanical Alloying in the SHS research”
F.Bernard and E.Gaffet |
109 |
“Transition to Chaos in Condensed Phase Combustion with Reactant Melting”
C.S. Raymond, A. Bayliss, B.J. Matkowsky, and V.A. Volpert
|
133 |
“The Influence of Infiltration and Reactant Gas Pressure on Spin Combustion in Gas-Solid System”
I.A. Filimonov, N.I. Kidin, and A.S. Mukasyan
|
151 |
“Formation of the Composition Structure under Gravity-induced Phase Separation and Heat Transfer in the System of High-temperature Melt-Metal Substrate. Part II. The Influence of the Phase Thermal Conductivity on the Structure Formation”
I.S. Gordopolova, T.P. Ivleva, K.G. Shkadinsky, and V.I. Yukhvid
|
177 |
“Synthesis of Lead Ferrite in a Combustion Mode”
K.S. Martirossyan, P.B. Avakyan and M.D. Nersesyan
|
193 |
“Use of SHS-Powders in Synthesis of Complex Ceramic Materials”
R. Pampuch, L. Stobierski and J. Lis
|
201 |
“SHS Synthesis of Nanocomposite AlN-SiC Powders”
L. Stobierski, Z. Wegrzyn, J. Lis, and M. Bucko
|
217 |
“SHS-Produced Composite Materials”
Sheng Yin
|
229 |
“SHS on the Pathway to Industrialization”
A.G.Merzhanov
|
237 |
Erratum for "Analytical Expressions for Velocity of the Combustion Front in Gas: Solid Self-Propagating High-Temperature Reactions With No Filtration Limitations," R. Orru and G. Cao, vol. 5, no. 3
|
257 |
top
Volume 10, Number 3, 2001
“Nano-Crystalline Ceramics by Solid State Thermolysis of Organometallic Polymers”
F. Aldinger, S. Prinz, N. Janakiraman, R. Kumar, M. Christ, M. Weinman and A. Zimmermann |
249 |
“Kinetics and Thermodynamics of SHS Reactions”
J.A. Puszynski
|
265 |
“SHS in electric and magnetic fields”
Yu.M. Maksimov, V.I. Itin, V.K. Smolyakov and A.I. Kirdyashkin
|
295 |
“The Dynamics of Phase Formation in the Ti-xB(C) System at Its Combustion under Nitrogen and Air”
D.Y. Kovalev, V.M. Shkiro D.Y., V.I. Ponomarev and A.G. Merzhanov
|
331 |
“Spark Plasma Sintering (SPS) of Several Intermetallic Compounds Prepared by Self-Propagating High-Temperature Synthesis (SHS)”
K. Hirota, S. Nakane, M. Yoshinaka and O. Yamaguchi
|
345 |
“The Induction Assisted Chemical Oven Technique (INDACO) Applied to the Nitridation of b-Ti63Nb37”
A.Martinelli and M.Ferretti
|
359 |
top
Volume 10, Number 4, 2001
“Critical Phenomena at Autowave Propagation”
E.N. Rumanov |
367 |
“Energy Method Simulation of SHS Pressing Process of Products of Ti – C – Ni System”
A.P. Amosov and A.F. Fedotov
|
387 |
“High Pressure Bulk Nitridation of Transition Metals by Combustion”
A. Martinelli and M. Ferretti
|
403 |
“Combustion Behavior of Nanoscale SHS Reactions”
C-C. Chen and M-C. Chiu
|
417 |
“SHS TiB2-Based Multiphase Ceramics and Composites”
R. Yuan, Z. Fu, W. Wang, and H. Wang
|
435 |
“Carbides And Borides Produced by SHS to Manufacture Cermets For Wear-Resistant Applications”
P. L. De Cola, D. Vallauri, G. Maizza, I. Amato, and V.A. Shcherbakov
|
451 |
“The Different Shapes of Second-Phase Particles in Fe-TiC Metal Matrix Composites Formed by Combustion Casting”
I. Samajdar, A. Ingle, A.K. Shah, and V.P. Deshmukh
|
463 |
“One-Sided Compaction of Reacting Binary Mixtures”
O.V. Lapshin and V.K. Smolyakov
|
477 |
| Index |
491 |
top
Volume 11, Number 1, 2002
“Mechanisms of the Formation of Chromium Carbides Under the Activated Combustion Mode”
H. H. Nersisyan, S. L. Kharatyan and Kh. V. Manukyan |
1 |
“Activation of Titanium Nitride Synthesis”
V. Rosenband and A. Gany
|
13 |
“The Influence of High-temperature Melt Infiltration under Centrifugal Forces on SHS Processes in Gasless Systems”
V. N. Sanin, V. I. Yukhvid and A. G. Merzhanov
|
31 |
“Some Macrokinetic Regularities of Polymerization of Nitrate of Co(II) Acrylamide Complex by the SHS Method”
A. G. Merzhanov, A. M. Stolin, V. I. Yukhvid, V. I. Ponomarev, and Lyubov S. Stelmakh
|
45 |
“Investigation and Properties of Niobium Nitrides Obtained from SHS-nitrides Ferroniobium”
L. N. Chuhlomina, M. Kh. Ziatdinov
|
55 |
“Self-propagating High-temperature Synthesis of Oxide and Composite Materials Under Centrifugal Forces”
V. I. Yukhvid, V. N. Sanin, M. D. Nersisyan, and D. Luss
|
65 |
“Continuous SHS Technology and Properties of Soft Magnetic Ferrites”
P. B. Avakyan, M. D. Nersesyan, A. G. Merzhanov, and J. T. Richardson
|
81 |
“The Method of Successive Enrichment of the Product as Applied to Zircon Synthesis”
S. G. Vadchenko, I. P. Borovinskaya and M. Gutierrez
|
93 |
“Self-Propagating High-Temperature Synthesis of Functionally Graded Targets with a Ceramic Working Layer of TiB2-TiN or Ti5Si3-TiN”
E. A. Levashov, D. V. Larikhin, D. V. Shtansky, A. S. Rogachev, H. E. Grigoryan, and J. J. Moore
|
99 |
“MgO/MgAl2O4 Refractories by SHS”
G. Xanthopoulou and G. Vekinis
|
117 |
top
Volume 11, Number 2, 2002
“Steady State Combustion Wave Characteristics”
A. P. Aldushin, A. Bayliss and B. J. Matkowsky |
131 |
“Computer-Aided Analysis of Microstructure of SHS-derived Ceramic Composites”
G. Gorny, M. Raczka and L. Stobierski
|
173 |
“Time-Resolved XRD Experiments Adapted to SHS Reactions: Autoreview”
F. Bernard, S. Paris, D. Vrel, M. Gailhanou, J. C. Gachon, and E. Gaffet
|
181 |
“Functionally Gradient Materials in Binary Systems: Modeling and Characteristics”
M. Lopacinski and J. Lis
|
191 |
“Influence of Mechanical Activation on Phase and Structure Formation of Niobium Silicides”
O. A. Shkoda, O. G. Terechova, V. I. Itin, and L. D. Chalyck
|
201 |
“Dense TiB2/Al2O3 Composites by Thermal Explosion Under Pressure”
Y. Y. Gutmanas, I. Gotman and M. Shapiro
|
207 |
“Properties and Application Of Ceramic-lined Composite Steel pipes”
ShuGe Zhang, XiaoXin Zhou and DongHao Qian
|
219 |
top
Volume 11, Number 3, 2002
“Three-dimensional Nonstationary Modes of Solid-flame Combustion under Nonadiabatic Conditions”
T.P. Ivleva and A.G. Merzhanov |
229 |
“Macrokinetic Laws of Silicon Powder Synthesis by Metallothermal SHS”
J.N. Lee, H.H. Nersisyan, C.W. Won, D. Belov, I.P. Borovinskaya, and A.G. Merzhanov
|
245 |
“Percolation Combustion: Is it Possible in SHS?”
O.S. Rabinovich, P.S. Grinchuk, B.B. Khina, and A.V. Belyaev
|
257 |
“Combustion of Vanadium-Carbon Powder Mixtures at Low O2 Pressure”
A. Martinelli and M. Ferretti
|
271 |
“Reactivity Study of a Dense Nanostructured MoSi2 Produced from MAFAPAS”
F. Bernard, Ch. Gras, J.P. Larpin, C. Valot, E. Gaffet, and Z.A. Munir
|
279 |
“SHS Synthesis of Magnesium Silicide”
D. Horvitz and I. Gotman
|
289 |
“Self-propagating High-temperature Synthesis of Magnesioferrites”
P.B. Avakyan, V.G. Andreev, G.D. Grigoryan, H.V. Abovyan, A.M. Petrosyan, and N.W. Martirosyan
|
299 |
top
Volume 11, Number 4, 2002
“Dynamics of Phase Formation in the Ti-C-B System during SHS”
D.Yu. Kovalev, V.M. Shkiro. V.I. Ponomarev, and A.G. Merzhanov |
307 |
“Investigation of Conditions of High-Temperature Synthesis of Intermetallic Compounds with Low Heat of Formation”
Yu.S. Naiborodenko, N.G. Kasatsky, Ye.G. Sergeeva, and O.K. Lepakova
|
317 |
“New Measuring Techniques of Electric Field Generated by Combustion Synthesis”
K.S. Martirosyan, I.A. Filimonov and Dan Luss
|
325 |
“SHS of Ti2AlC and Ti3AlC2 Machinable Ceramics”
Y. Khoptiar, I. Gotman and E.Y. Gutmanas
|
335 |
“Makrokinetics of Power Compaction of a Reacting Gas-Free Mixture Containing a Low-Melting Component”
O.V. Lapshin and V.K.Smolyakov
|
345 |
“In Situ Synthesis of Oxide Ceramic Matrix Composites (CMC's) Based on Powder Blends of Fly Ash with Magnesium and Aluminum”
I. Gutman, I. Gotman, and M. Shapiro
|
367 |
| Index |
377 |
top
Volume 12, Number 1, 2003
“The Theory Of Self-Propagating High-Temperature Synthesis of Functionally Gradient Materials”
V.K. Smolyakov and V.G. Prokofiev,
Abstract  |
1 |
“Formation of Microstructure of Products of Heterogeneous Chemical Reaction during Self-propagating High-temperature Synthesis”
A.S. Rogachev, S.A. Kirillov, N.V. Sachkova,
Abstract
|
11 |
“Macrokinetic Laws of Activated Combustion during Synthesis of Composite Ceramic Powders Based on Silicon Nitride”
S.L. Kharatyan, Kh.V. Manukyan, H.H. Nersisyan, and H.L. Khachatryan,
Abstract
|
19 |
“Ignition and Burning Analysis of Ti-B and Ti-B-C SHS Systems”
Amir-Farzad Mohsenian-Rad, Hamid Shahrokh and Mehdi N.Fesharaki,
Abstract
|
35 |
“Structure Transformation upon Hot Deformation of SHS-Produced Off-Stoichiometric Titanium Carbide”
Yury A. Gordopolov and Nail G. Zaripov,
Abstract
|
47 |
top
Volume 12, Number 2, 2003
“Modeling of Self-Propagating Reactions: Past Approaches and Future Directions”
A.M. Locci, A. Cincotti, F. Delogu, R. Orru, and G. Cao,
Abstract
|
61 |
“Self-Heating by Joule Dissipation during Gas-Solid Combustion Reactions”
K.S. Martirosyan, I.A. Filimonov and D. Luss,
Abstract
|
91 |
“Reinforcement of Very Porous SiC Ceramics Prepared by SHS by Adding Nanometric SiC Powder in the Reactive Compact”
A. Morancais, D. Balhoul-Hourlier and J.-P. Bonnet,
Abstract
|
99 |
“Use of Nanosize Reactants in SHS Processes”
J.A. Puszynski, B. Liebig, S. Dargar, and J. Swiatkiewicz,
Abstract
|
107 |
“Silicides as a bonding phase for diamond compacts”
L. Jaworska , L. Stobierski , J. Lis , J. Morgiel, B. Krolicka, and W. Maziarz,
Abstract
|
121 |
“Freeform Fabrication of Intermetallics By Reactive Rapid Prototyping”
J. Oh, S. Kirihara, Y. Miyamoto, K. Matsuura, and M. Kudoh,
Abstract
|
129 |
“Properties of a Dense Nanostructured FeAl Produced by MAFAPAS”
S. Paris, C. Pignini, S. Chevalier, O. El Kedim, E. Gaffet, Z.A. Munir, and F. Bernard,
Abstract
|
137 |
“SHS for a Large-Scale Synthesis Method of Transition Metal Nanopowders”
H.H. Nersisyan, J.N. Lee and C.W. Won,
Abstract
|
149 |
top
Volume 12, Number 3, 2003
“Some Applications of TiAl Micropowders Produced by Self-Propagating High-Temperature Synthesis”
R. Mania, M. Dabrowski, E. Godlewska, S. Kozinski, A. Rutkowska, B. Trybalska, and K.Wojciechowski,
Abstract
|
159 |
“Self-Propagating High-Temperature Synthesis of Al-Ti-B in the ISS: Reactor Design and Preliminary Evaluation”
J. De Wilde, L. Froyen, R. Orru, G. Cao, I.A. Beloki, A.E. Sytschev, A.S. Rogachev, D. J. Jarvis, L.Vautmans, F. Preud’homme, and R. Licheri,
Abstract
|
165 |
“Solid State Synthesis of Ti-Al Composites by Foil Metallurgy”
I. Shiota, H. Kohri, and M. Kato,
Abstract
|
179 |
“Phase Transformation of Ferrites by Gas-Solid Combustion Synthesis”
K.S. Martirosyan, G.D. Grigoryan, and P.B. Avakyan,
Abstract
|
187 |
“Kinetics and Mechanisms of Titanium Carbide Formation by SHS Using Time-resolved X-ray Diffraction and Infrared Thermography”
N. Karnatak, S. Dubois, M.F. Beaufort, and D. Vrel,
Abstract
|
197 |
“Synchrotron Characterization of Self-Propagating High-Temperature Synthesis of TiC-TiB2”
P. Mossino, D. Mazza, G.B.M. Vaughan, and I. Amato,
Abstract
|
211 |
“Joining and Coating of Intermetallic Compounds to Metallic Materials by Reactive Casting”
K.Matsuura, T.Ohmi, M.Kudoh, and Y.Miyamoto,
Abstract
|
223 |
“The Synthesis of NiAl Using the Pulse Plasma Method with the Participation of the SHS Reaction”
A. Michalski, J. Jaroszewicz and M. Rosinski,
Abstract
|
237 |
| In Memoriam: Prof. Vadim Vasil'evich Barzykin, 1931-2003
|
247 |
top
Volume 12, Number 4, 2003
“Measurement of Thermal Diffusivities during Self-propagating High-temperature Synthesis”
D. Vrel, N. Karnatak, E.M. Heian, S. Dubois, and M.-F. Beaufort,
Abstract
|
249 |
“Reaction Kinetics and Phase Segregation in the 3NiO + 2Al → 3Ni + Al2O3 Thermite System”
D. Vrel, P. Langlois, E.M. Heian, N. Karnatak, S. Dubois, and M.-F. Beaufort,
Abstract
|
261 |
“SH-Synthesis of BaMgAl10O17:Eu2+ Blue-Emitting Phosphor. Influence of Additives on the Emission Characteristics”
H.H. Nersisyan, J.H. Lee, J.E. Lee, K.B. Kim, and C.W. Won,
Abstract
|
271 |
“Influence of the Reduction Agents on the Microstructure and Tetragonality of BaTiO3 Powder Prepared by SHS”
J.H. Lee, H.H. Nersisyan and C.W. Won,
Abstract
|
283 |
“Reactive Processing of Dense MgB2 Superconductor from Mg-2B Powder Blend”
I. Zlotnikov, I. Gotman, and E.Y. Gutmanas,
Abstract
|
295 |
“Optimisation Procedure of the Nial Combustion Synthesis under High Gas Pressure in Repairing Ni-based Superalloys”
M.C. Record, C. Pascal, N. Frety, J.C. Tedenac, and R.M. Marin-Ayral,
Abstract
|
303 |
“Preparation of Ceramic Composites from Plants”
R. Tomoshige, R. Nagase, H. Yatsukawa, A. Kato, T. Ashitani, and K. Sakai,
Abstract
|
313 |
“SHS Technology for In-Situ Resource Utiluzation in Space”
E. Miyazaki and O. Odawara,
Abstract
|
323 |
“Low- and High-Temperature Corrosion Resistance of a Dense Nanostructured MoSi2 Produced by MAFAPAS”
S. Chevalier, JP. Larpin, E. Gaffet, Z.A. Munir, and F. Bernard,
Abstract
|
333 |
top
Volume 13, Number 1, 2004
“Effect of Nanostructured Reactants on TiC Combustion Synthesis and Microstructure”
E.M.Heian, N.Karnatak, D.Vrel, M.-F. Beaufort, and S.Dubois,
Abstract
|
1 |
“Effect of Carbon Addition on High Pressure Combustion Synthesis Between Titanium and Nitrogen”
D. Carole, N. Frety, J.C. Tedenac, and R.M. Marin-Ayral,
Abstract
|
13 |
“Formation of Composition, Macro- and Microstructures of SHS Cast Composite Materials Based on Carbides with an Intermetallic Binder”
V.A. Gorshkov, V.I. Yukhvid, N.V. Sachkova, and T.I. Ignatieva,
Abstract
|
23 |
“Microstructural Study of TiC Formed during Initial Stages of Combustion Synthesis”
B. Cochepin, E. M. Heian, D. Vrel, and S. Dubois,
Abstract
|
31 |
“FTIR Studies Of Sintered SiC Derived From SHS Powders”
E. Ermer and L. Stobierski,
Abstract
|
41 |
“Composite from Mo-Al Intermetallic Compounds and Aluminum Nitride”
R. Mania, L. Stobierski, E. Godlewska, S. Kozinski, and K. Mars,
Abstract
|
49 |
“Mathematical Modeling of the Dynamics of Macroscopic Structural Transformations in Self-Propagating High-Temperature Synthesis”
V.K.Smolyakov,
Abstract
|
53 |
“Deformation of Porous Materials during Combustion Processes”
A.M. Stolin and L.S. Stelmakh,
Abstract
|
71 |
“Processing of Aluminum Nickelides by Hot Explosive Consolidation”
L.J. Kecskes , R.H. Woodman, N.M. Chikhradze, and A.B. Peikrishvili,
Abstract
|
79 |
top
Volume 13, Number 2, 2004
“Combustion Synthesis of AlN Powder and its Sintering Properties”
C.N. Lin, C.Y. Hsieh, S.L. Chung, J. Cheng, and D.K. Agrawal,
Abstract
|
93 |
“Microstructural Study of Titanium Nitride Produced by High Pressure Combustion Synthesis”
D. Carole, N. Frety, J.C. Tedenac, and R.M. Marin-Ayral,
Abstract
|
107 |
“Formation of Intermetallic-lined Microchannels is Sintered Metals by Local Reactive Infiltration”
T. Ohmi, K. Matsuura and M.Kudoh,
Abstract
|
121 |
“Combustion Synthesis and Processing of Fe-40 at% Al Modified with Alumina”
E. Godlewska, S. Szczepanik, R. Mania, B. Trybalska, S. Kozinski, and J. Krawiarz,
Abstract
|
131 |
“Cermet/Intermetallic Joining by Centrifugal Combustion Synthesis”
T. Ohmi, K. Matsuura and M. Kudoh,
Abstract
|
137 |
“Fast Thermal Cutting of Metallic Materials by SHS Type of Reactions”
H. Wang, P. Pranda and V. Hlavacek,
Abstract
|
147 |
“Development of Forced SHS Compaction to Produce a Construction Alloy with Improved Mechanical Properties in the Ti-C-Ni-Mo System”
V.L. Kvanin, N.T. Balikhina, I.P. Borovinskaya, S. Li, and D. Gao,
Abstract
|
161 |
“R&D on Nanodiamond Formation and Application”
A.V. Gubarevich, J.Kitamura, S. Usuba, H. Yokoi, Y. Kakudate, E.Miyazaki, and O. Odawara,
Abstract
|
171 |
“Application of Self-propagating High-temperature Synthesis to High-current Electronics”
O.Yu. Dolmatov, D.G. Demyanuk and M.P. Rychkevitch,
Abstract
|
183 |
top
Volume 13, Number 3, 2004
“Spontaneous Deformation during Self-Propagating High-Temperature Synthesis”
Î.K. Kamynina, À.S. Rogachev, À.E. Sytschev, and L.M. Umarov,
Abstract
|
193 |
“Thermal Imaging Studies of the SHS Preparation of MgFe2O4”
H. Spiers, Q. Pankhurst, I. Parkin, D. Caruana, and M. Kratzer,
Abstract
|
205 |
“Study of the SHS Synthesis of Ti-Al Foams”
M. Besne, I. Agote, M. Gutierrez, A. Sargsyan, and S. Kharatyan,
Abstract
|
209 |
“The Peculiarities of a Structure Formation Process in a Ti-Al Heterogeneous System at Different Thermal Modes of Synthesis”
V.V.Evstigneev, V.Y.Filimonov and V.I.Yakovlev,
Abstract
|
219 |
“Combustion Synthesis of Zinc-Manganese-Sulfur Compound Systems”
H. Tanaka, E. Miyazaki and O. Odawara,
Abstract
|
227 |
“Compression of Powders in Bridgman Anvil: Fracture and Reaction”
A. Gordopolov, O. Dzenis and H.J. Viljoen,
Abstract
|
233 |
“Characterization of Molybdenum Trioxide Powder for an SHS Process”
R. Caro, C. Castro, S. Lagos, J. Lisboa, A. Melendez, J. Nanjari, J. Perez, and J. Rivera,
Abstract
|
245 |
top
Volume 13, Number 4, 2004
“Stability of Thermal Front with Heat Conductivity Dependent on Temperature”
Petr M. Krishenik and Konstantin G. Shkadinskii,
Abstract
|
253 |
“Thermal Effect of an External Electric Field on High-temperature Combustion Synthesis”
Igor Filimonov and Nickolai Kidin,
Abstract
|
263 |
“Some Features of SHS-process in the Multilayer Ti/Al Foils”
A.S. Rogachev, N.A. Kochetov, I.Yu. Yagubova, H.A. Grigoryan, N.V. Sachkova, A.N. Nosyrev, P.A. Tsygankov,
Abstract
|
285 |
“Effect of B on the Self-propagating High-temperature Synthesis of Ti-Al Intermetallic Compounds”
Baichun Mu, Qiang Li, Jingyuan Yu, Xudong Sun, and Xiaozhi Hu,
Abstract
|
293 |
“SHS Processing of CoTi Porous Scaffolds for Bone Graft Substitutes”
O.K. Kamynina, I. Gotman, A.E. Sytschev, and S.G. Vadchenko,
Abstract
|
301 |
“Use of SHS-Materials as Cathodes of Ion Sources”
A.E. Ligachev, O.K. Lepakova and Yu.M. Maksimov,
Abstract
|
311 |
| Index
|
321 |
top
Volume 14, Number 1, 2005
“Dynamics of Thermal Explosion in Porous Media–Gas Reagent–Solid Product Systems”
K.G. Shkadinskii, N.I. Ozerkovskaya, A.G. Merzhanov,
Abstract
|
1 |
“Interaction Kinetics in SHS: Is the Quasi–Equilibrium Solid–State Diffusion Model Valid?”
B.B. Khina,
Abstract
|
21 |
“Phenomenological Approach to 3D Spinning Combustion Waves: Numerical Experiments with a Rectangular Rod”
D.V. Strunin and S.A. Suslov,
Abstract
|
33 |
“Dynamics of Phase and Chemical Transformations in the Combustion Wave of the Thermit Composition NiO/Ni/Al”
À.N. Ignat’ev, M.Y. Shiriaeva, D.Y. Kovalev, V.I. Ponomarev, V.N. Sanin, and V.I. Yukhvid,
Abstract
|
41 |
“Halogen Gas/Aerosol In situ Generation by Low-exothermic SHS Method”
H. Wang, M. Simo, R.R. Trainor, P.M. Jay, V. Hlavacek, and P. Dinka,
Abstract
|
55 |
“Self-propagating High-temperature Synthesis of Porous Materials Based on the Ti-Si-Al-C System”
S.G. Vadchenko, V.I. Ponomarev and A.E. Sytschev,
Abstract
|
67 |
“Method of SHS Processing the Reactor Graphite Waste Including Fuel Fragments: Thermodynamic and Experimental Modeling”
O.K. Karlina, V.L. Klimov, G.Yu. Pavlova, G.A. Bergman, B.G. Trusov, and A.Yu. Yurchenko,
Abstract
|
77 |
top
Volume 14, Number 2, 2005
“Nanocrystalline TiC Combustion-Synthesized From Nanostructured Reactants and TiC Diluent”
B. Cochepin, V. Gauthier, M.F. Beaufort, D.Vrel, J.P. Bonnet, and S. Dubois,
Abstract
|
87 |
“Reaction Mechanism for Thermite Combustion Synthesis of Ni3Al”
T. Ohmi, M. Kudoh, K. Matsuura, and M.Iguchi,
Abstract
|
99 |
“Time-resolved X-ray Diffraction during Combustion in the Ti-C-B System”
V.I. Ponomarev and D.Yu. Kovalev,
Abstract
|
111 |
“Solid State Synthesis of Ti-Al Composites with Metal Fiber”
I. Shiota, H. Kohri and M. Kato,
Abstract
|
117 |
“Self-propagating High-temperature Synthesis of Oxide Solid Solutions Al2O3/Cr2O3/Fe2O3”
A.G. Tarasov, V.A. Gorshkov, V.I. Yukhvid, and N.V. Sachkova,
Abstract
|
125 |
“The Application of Self-Propagating High Temperature (Combustion) Synthesis (SHS) for In-Situ Fabrication and Repair (ISFR), and In-Situ Resource Utilization (ISRU)”
J.J. Moore, H.C. Yi and J.Y. Guigne,
Abstract
|
131 |
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Volume 14, Number 3, 2005
“On the Mechanism of Nitrogen Diffusion in Nitrides”
I.A. Filimonov and N.I. Kidin,
Abstract
|
151 |
“Principles and Methods for Regulation of Dispersed Structure of SHS Powders: From Monocrystallites to Nanoparticles”
A.P. Amosov, I.P. Borovinskaya, A.G. Merzhanov, and A.E. Sytschev,
Abstract
|
165 |
“A Study In Mechanochemistry: Pressure Induced Reactions, Nonequilibrium Phenomena”
Hendrik J. Viljoen and Alexander Gordopolov,
Abstract
|
187 |
“Structure Formation of SrAl2O4 Synthesized by Solution Combustion Synthesis”
H. Tanaka, H. Wada and O. Odawara,
Abstract
|
199 |
“On Glass Formation in the TiB2-Containing CaO-Al2O3-SiO2 System Prepared by Self-Propagating High Temperature (Combustion) Synthesis”
H.C. Yi, J.Y. Guigne, J. Moore, L.A. Robinson and A.R. Manerbino,
Abstract
|
209 |
“SHS Metallurgy of Titanium Aluminides”
D.E. Andreev, V.N. Sanin and V.I. Yukhvid,
Abstract
|
219 |
“Synthesis through SHS of Titanium Carbide-Titanium Diboride-Based Composites for Wear Resistant Applications”
P. Mossino, D. Vallauri, F.A. Deorsola, B. DeBenedetti, I. Amato, L. Pederiva, and R. Dal Maschio,
Abstract
|
235 |
top
Volume 14, Number 4, 2005
“Peculiarities of Liquid Melt Filtration in a Porous Matrix”
N.N. Smirnov, V.F. Nikitin and J.C. Legros,
Abstract
|
243 |
“Sol-Gel Auto-Ignition Synthesis: Overview of Some Recent Results”
X.T. Su, Q.Z. Yan, Z.Q. Liu, W.F. Zhang, X.H. Ma, and C.C. Ge,
Abstract
|
273 |
“Study On Reactive Freefrom Fabrication of Ti-Ni Alloy By 3-D Micro-Welding”
W. Xu, T. Katou, J. Oh, S. Kirihara, Y. Miyamoto, and Z.H. Jin,
Abstract
|
187 |
“Effects of Environmental Gas on Combustion Synthesis and Microstructure of Ni3Ti — TiCx composites”
D.E. Burkes, J.J. Moore, H.C. Yi, G. Gottoli, and R.A. Ayers,
Abstract
|
293 |
“Synthesis of Carbide-Aluminide Cermets”
K. Matsuura, Y. Hikichi, Y. Obara, T. Ohmi and M. Kudoh,
Abstract
|
305 |
“Mechanically Activated Reactive Sintering of Mg-Ni-Fe System Hydride”
I. Saita and T. Akiyama,
Abstract
|
313 |
“Synthesis of Ternary Phases in the C-Mg-Ni System by Combustion”
A. Martinelli, M. Ferretti and M.R. Cimberle,
Abstract
|
321 |
“Acid Resistance and Electron Microscopy of Hot Shock Consolidated TiN-TiB2 Composites”
R. Tomoshige, A. Murayama, T. Nishitani and T. Matsushita,
Abstract
|
329 |
“Phase Formation in the Ti-B System”
A.G. Merzhanov, D.Yu. Kovalev, V.M. Shkiro, and V.I. Ponomarev,
Abstract
|
337 |
| Index |
345 |
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Volume 15, Number 1, 2006
“Nonstationary Combustion Waves”
A.Yu.Dovzhenko, E.N. Rumanov and I.E.Rumanov,
Abstract
|
1 |
“Percolation Phenomena in Heterogeneous Combustion of Condensed Mixtures”
O.S. Rabinovich, P.S. Grinchuk, N.A. Kochetov, and A.S. Rogachev,
Abstract
|
17 |
“Influence of Molybdenum and Boron Oxides on Combustion in the Mo-B Gasless System”
A.V. Egishyan, Kh.V. Manukyan, A.B. Harutyunyan, and S.L. Kharatyan,
Abstract
|
33 |
“Synthesis of Ceramics in an SHS Reaction Ignited with the other One”
O. Guellati, M. Ali-rachedi, W. Bounour, A. Benaldjia, M. Guerioune, and D. Vrel,
Abstract
|
41 |
“Titanium Diboride — Titanium Aluminides Composites Prepared by SHS under Normal and Microgravity Conditions: A Microstructural Study”
F. Lemoisson, J. De Wilde, R. Orru, I.A. Beloki, R. Licheri, A. Sytchev, A. Rogachev, G. Cao, D.J. Jarvis, and L. Froyen,
Abstract
|
49 |
“Ba3(Ca1.18Nb1.82)O9-d Nanopowder Made with Sol-gel Auto-igniting Synthesis and Its Electrical Conducting Property”
X. T. Su, Q. Z. Yan and C. C. Ge,
Abstract
|
63 |
“Synthesis of a Single-Phase RuAl Intermetallic Compound by Reactive Powder Processing”
H. A. Gobran and F. Mucklich,
Abstract
|
71 |
“Study on the Synthesis and Structural Characterization of the Cermets TiC/Fe by Self-Propagating-High-Temperature Synthesis and by Thermal Explosion”
B. Bendjemil, K. Zemmour, M. Guerioune, A. Gunth, A. Leonhardt, P. Langlois, and D. Vrel,
Abstract
|
85 |
“Development Prospects of SHS Technologies in Altai State Technical University”
Evstigneev V.V., Guljaev P.J., Miljukova I.V., GoncharovV. D., Vagner V.A., and Gladkih A.A.,
Abstract
|
99 |
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Volume 15, Number 2, 2006
“A Simulation Approach to the Combustion Synthesis of Silicides”
S. Gennari, F. Maglia, U. Anselmi-Tamburini, and G. Spinolo,
Abstract
|
105 |
“A New Mechanism for Formation of Spatial Oscillations in SHS of Ni/Al Bilayer Foils”
E.B.K. Washington, D. Aurongzeb, J. M. Berg, D. Osbourne, M. Holtz, M. Pantoya, and H. Temkin,
Abstract
|
121 |
“Combustion of Gasless Systems with a Variable Porosity and an External Gas Exchange”
V.G. Prokofiev and V.K. Smolyakov,
Abstract
|
133 |
“Role of the Additive Components in Self-Propagating High-Temperature Synthesis of Silicon Nitride”
N. Pradeilles, M.C. Record and R.M. Marin-Ayral,
Abstract
|
157 |
“Metastability route to obtain nanocomposites by SHS”
D. Vallauri, I.C. Atias–Adrian, F.A. Deorsola, I. Amato, and B. DeBenedetti,
Abstract
|
169 |
“Combustion Synthesis of Ultra Fine BN/AlN and BN/B4C Composite Powders: Role of Gasifying Compounds”
M.A. Hobosyan, H.L. Khachatryan, S.L. Kharatyan, and J.A. Puszynski,
Abstract
|
181 |
“SHS Hydrogenation and following Dehydrogenation of Titanium Sponge”
V.I. Ratnikov, I.P. Borovinskaya, and V.Ê. Prokudina,
Abstract
|
193 |
top
Volume 15, Number 3, 2006
“Numerical Simulation of Initiation of SHS Reactions in a Powder Mixture in a Gap between Heat-Conducting Metal Sheets”
O.B. Kovalev and K.A. Manaichev,
Abstract
|
203 |
“Advanced Diagnostic Techniques for Experimental Study of the Self-propagating High-temperature Synthesis (SHS)”
A.G. Merzhanov and A.S. Rogachev,
Abstract
|
215 |
“The Phenomenon of Multilimit Combustion in the Silicon-Melamine-Promoter System”
H.L. Khachatryan and S.L. Kharatyan,
Abstract
|
229 |
“Mechanochemically and Thermally Activated Combustion of the B-TiN System”
Ts.S. Bilyan, Kh.V. Manukyana, S.L. Kharatyan and J.A. Puszynski,
Abstract
|
235 |
“Effect of Nickel Addition on the Ti-C Reaction Process and Microstructural Evolution by SHS”
W. Bounour, A. Benaldjia, A. Ouari, M. Guerioune and D. Vrel,
Abstract
|
247 |
“SHS of Doped LaGaO3 Perovskite Oxide”
H. Ishikawa, M. Enoki, T. Ishihara and T. Akiyama,
Abstract
|
259 |
top
Volume 15, Number 4, 2006
“Self-Propagating High-Temperature Synthesis: A «TriNot» Concept”
A.G. Merzhanov,
|
269 |
“Self-Propagating High-Temperature Synthesis of a Nuclear Reactor Core Melt for Safety Experiments”
K. Mwamba, P. Piluso, D. Eyries , and C. Journeau,
Abstract
|
284 |
“Evaluating Thermal Explosion Hazard of Self-Reactive Substances by Using Kinetics-Based Simulation Approach”
A. Benin, A. Kossoy, I. Sheinman, and P.Grinberg,
Abstract
|
297 |
“Synthesis of Dense Ti-C-Based Cermets by Electro-Thermal Explosion under Pressure with Confinement”
Mahieddine Ali-Rachedi, Ali Hendaoui, Dominique Vrel, Wafa Bounour, Abdelaziz Amara and Mohamed Guerioune,
Abstract
|
308 |
| Contents of Volume 15, 2006
|
314 |
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