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SHAPLYGIN IS
LAZAREV VB
TISHCHENKO EA
KHALILOV GS
MIKHAILOV BP
KOLTSOVA TN
Citation: Is. Shaplygin et al., PREPARATION OF TEXTURED BI-SR-CA-CU-O CERAMICS WITH ENHANCED CRITICAL-CURRENT DENSITY BY GLASS CRYSTALLIZATION, Inorganic materials, 30(10), 1994, pp. 1228-1231
Authors:
SHAPLYGIN IS
LAZAREV VB
TISHCHENKO EA
KHALILOV GS
MIKHAILOV BP
KOLTSOVA TN
Citation: Is. Shaplygin et al., PREPARATION OF TEXTURED BI-SR-CA-CU-O CERAMICS WITH ENHANCED CRITICAL-CURRENT DENSITY BY GLASS CRYSTALLIZATION, Inorganic materials, 30(10), 1994, pp. 1228-1231
Authors:
SHAPLYGIN IS
KHALILOV GS
LAZAREV VB
KOLTSOVA TN
Citation: Is. Shaplygin et al., PREPARATION AND PROPERTIES OF SUPERCONDUCTING GLASS-CERAMICS IN THE BI-SR-CA-CU-O SYSTEM, Inorganic materials, 30(10), 1994, pp. 1232-1233
Authors:
SHAPLYGIN IS
KHALILOV GS
LAZAREV VB
KOLTSOVA TN
Citation: Is. Shaplygin et al., PREPARATION AND PROPERTIES OF SUPERCONDUCTING GLASS-CERAMICS IN THE BI-SR-CA-CU-O SYSTEM, Inorganic materials, 30(10), 1994, pp. 1232-1233
Authors:
MARUSHKIN KN
PERVOVA YV
ALIKHANYAN AS
LAZAREV VB
Citation: Kn. Marushkin et al., VAPOR COMPOSITION IN BAO-Y2O3 SYSTEM AND THERMODYNAMIC PROPERTIES OF BA3Y4O9 AND BAY2O4, Zurnal neorganiceskoj himii, 38(12), 1993, pp. 2032-2035
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GAVRICHEV KS
SOLOZHENKO VL
GORBUNOV VE
GOLUSHINA LN
TOTROVA GA
LAZAREV VB
Citation: Ks. Gavrichev et al., LOW-TEMPERATURE HEAT-CAPACITY AND THERMODYNAMIC PROPERTIES OF 4 BORON-NITRIDE MODIFICATIONS, Thermochimica acta, 217, 1993, pp. 77-89
Authors:
LUYTEN W
VOLKOV VV
VANLANDUYT J
AMELINCKX S
FERAUGE C
GIJBELS R
VASILEV MG
SHELYAKIN AA
LAZAREV VB
Citation: W. Luyten et al., ELECTRON-MICROSCOPY AND MASS-SPECTROMETRY STUDY IN IN0.72GA0.28AS0.62P0.38 LASERS GROWN BY LIQUID-PHASE EPITAXY, Physica status solidi. a, Applied research, 140(2), 1993, pp. 453-462
Authors:
VOLKOV VV
LUYTEN W
VANLANDUYT J
FERAUGE C
OKSENOID KG
GIJBELS R
VASILEV MG
SHELYAKIN AA
LAZAREV VB
Citation: Vv. Volkov et al., ELECTRON-MICROSCOPY AND MASS-SPECTROMETRY STUDY OF INGAASP INP HETEROSTRUCTURES (P-I-N-DIODES) GROWN BY LIQUID-PHASE EPITAXY/, Physica status solidi. a, Applied research, 140(1), 1993, pp. 73-85
Authors:
KOZHUSHKO AA
IZOTOV AD
LAZAREV VB
BALANKIN AS
Citation: Aa. Kozhushko et al., HYDRODYNAMIC MODEL CONCEPTS IN THE PROBLEM OF THE DYNAMIC STRENGTH OFMATERIALS OF VARIOUS PHYSICOCHEMICAL NATURES .1. INVISCID-INCOMPRESSIBLE-FLOW MODEL AND THE EFFECTS OF THE COMPRESSIBILITY OF SOLIDS, Inorganic materials, 29(9), 1993, pp. 1037-1052
Authors:
KOZHUSHKO AA
IZOTOV AD
LAZAREV VB
BALANKIN AS
Citation: Aa. Kozhushko et al., HYDRODYNAMIC MODEL CONCEPTS IN THE PROBLEM OF THE DYNAMIC STRENGTH OFMATERIALS OF VARIOUS PHYSICOCHEMICAL NATURE .2. EFFECTS OF THE STRENGTH CHARACTERISTICS OF MEDIA, Inorganic materials, 29(9), 1993, pp. 1053-1070
Citation: Vb. Lazarev et al., SYNERGETICS AND FRACTAL THERMOMECHANICS OF INORGANIC MATERIALS .3. FRACTAL THERMOMECHANICS OF FRACTURE IN SOLIDS, Inorganic materials, 29(8), 1993, pp. 905-921
Citation: Ad. Izotov et al., SYNERGETICS AND FRACTAL THERMOMECHANICS OF INORGANIC MATERIALS .2. FRACTAL GEOMETRY OF FRACTURE OF SOLIDS, Inorganic materials, 29(7), 1993, pp. 1015-1029
Authors:
SHAROVATOV AI
MIKHAILOVA AY
SANYGIN VP
PADALKO AG
LAZAREV VB
Citation: Ai. Sharovatov et al., INVESTIGATION OF ORIENTED SILICON FILMS OBTAINED BY VAPOR-PHASE DEPOSITION, Inorganic materials, 29(5), 1993, pp. 671-674
Citation: Ad. Izotov et al., HUGNIOT ELASTIC LIMIT IN AN ADIABATIC MODEL OF THE DISRUPTION OF INORGANIC-COMPOUNDS OF DIFFERENT PHYSICOCHEMICAL NATURE, Inorganic materials, 29(5), 1993, pp. 703-706
Citation: As. Balankin et al., SYNERGETICS AND FRACTAL THERMOMECHANICS OF INORGANIC MATERIALS .1. THERMOMECHANICS OF MULTIFRACTALS, Inorganic materials, 29(4), 1993, pp. 499-507
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KUN SV
LAZAREV VB
PERESH EY
KUN AV
VOROSHILOV YV
Citation: Sv. Kun et al., PHASE-EQUILIBRIA IN RBBR-SB(BI)BR3 SYSTEMS AND CRYSTAL-STRUCTURE OF COMPOUNDS OF A3(I)B2(V)C9(VII) TYPE (A(I)=RB, CS, B(V)=SB, BI, C(VII)=BR, I), Inorganic materials, 29(3), 1993, pp. 445-450
Citation: Is. Shaplygin et Vb. Lazarev, COOPER PAIRS IN HIGH-TEMPERATURE SUPERCONDUCTORS HAVING TC ABOVE 80-K, Inorganic materials, 28(9), 1992, pp. 1636-1636