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Results: 1-18 |
Results: 18
KINETICS OF AFTERGLOW OF FUBROUS MATERIALS INDUCED BY EXCIMER-LASER RADIATION
Authors: ZASLONKO IS MUKOSEEV YK
Citation: Is. Zaslonko et Yk. Mukoseev, KINETICS OF AFTERGLOW OF FUBROUS MATERIALS INDUCED BY EXCIMER-LASER RADIATION, Chemical physics reports, 17(4), 1998, pp. 637-647
THE RATE-CONSTANT FOR THE REACTION OF FE ATOMS WITH N2O IN THE GAS-PHASE
Authors: ZASLONKO IS SMIRNOV VN
Citation: Is. Zaslonko et Vn. Smirnov, THE RATE-CONSTANT FOR THE REACTION OF FE ATOMS WITH N2O IN THE GAS-PHASE, Kinetics and catalysis, 39(4), 1998, pp. 449-450
HIGH-TEMPERATURE KINETICS INVOLVING CLUSTERS - MATHEMATICAL-MODEL OF THE KINETICS OF CONDENSATION AND DISSOCIATION OF MICROPARTICLES AS ILLUSTRATED BY THE EXAMPLE OF IRON CLUSTERS
Authors: VLASOV PA ZASLONKO IS KARASEVICH YK
Citation: Pa. Vlasov et al., HIGH-TEMPERATURE KINETICS INVOLVING CLUSTERS - MATHEMATICAL-MODEL OF THE KINETICS OF CONDENSATION AND DISSOCIATION OF MICROPARTICLES AS ILLUSTRATED BY THE EXAMPLE OF IRON CLUSTERS, High temperature, 36(2), 1998, pp. 189-197
ENERGY-TRANSFER AND REACTIONS OF HIGHLY E XCITED POLYATOMIC-MOLECULES
Authors: ZASLONKO IS
Citation: Is. Zaslonko, ENERGY-TRANSFER AND REACTIONS OF HIGHLY E XCITED POLYATOMIC-MOLECULES, Uspehi himii, 66(6), 1997, pp. 537-563
THERMAL-DECOMPOSITION OF NITROMETHANE IN SHOCK-WAVES - THE EFFECT OF PRESSURE AND COLLISION PARTNERS
Authors: ZASLONKO IS PETROV YP SMIRNOV VN
Citation: Is. Zaslonko et al., THERMAL-DECOMPOSITION OF NITROMETHANE IN SHOCK-WAVES - THE EFFECT OF PRESSURE AND COLLISION PARTNERS, Kinetics and catalysis, 38(3), 1997, pp. 321-324
THERMAL-DECOMPOSITION OF SICL4 IN SHOCK-WAVES
Authors: ZASLONKO IS MUKOSEEV YK
Citation: Is. Zaslonko et Yk. Mukoseev, THERMAL-DECOMPOSITION OF SICL4 IN SHOCK-WAVES, Kinetics and catalysis, 38(3), 1997, pp. 325-329
FORMATION OF NO DURING THERMAL-DECOMPOSITION OF N2O
Authors: ZHILTSOVA IV ZASLONKO IS
Citation: Iv. Zhiltsova et Is. Zaslonko, FORMATION OF NO DURING THERMAL-DECOMPOSITION OF N2O, Kinetics and catalysis, 38(1), 1997, pp. 19-23
THE EFFECT OF THERMAL DECAY OF AEROSOL-PARTICLES ON DETERMINATION OF THEIR SIZE DISTRIBUTION FUNCTION IN SHOCK-WAVES
Authors: VLASOV PA ZASLONKO IS KARASEVICH YK LIDSKII BV
Citation: Pa. Vlasov et al., THE EFFECT OF THERMAL DECAY OF AEROSOL-PARTICLES ON DETERMINATION OF THEIR SIZE DISTRIBUTION FUNCTION IN SHOCK-WAVES, High temperature, 35(6), 1997, pp. 934-941
TRANSFORMATION OF THE POPULATION-DISTRIBUTION FOR HIGHLY EXCITED-STATES OF POLYATOMIC-MOLECULES IN HIGH-TEMPERATURE REACTIONS OF DISSOCIATION AND RECOMBINATION
Authors: EREMIN AV ZASLONKO IS SHUMOVA VV
Citation: Av. Eremin et al., TRANSFORMATION OF THE POPULATION-DISTRIBUTION FOR HIGHLY EXCITED-STATES OF POLYATOMIC-MOLECULES IN HIGH-TEMPERATURE REACTIONS OF DISSOCIATION AND RECOMBINATION, Kinetics and catalysis, 37(4), 1996, pp. 455-460
INVESTIGATION OF THE SIZE DISTRIBUTION FUNCTION BEHAVIOR OF METAL AEROSOL-PARTICLES
Authors: VLASOV PA KARASEVICH YK ZASLONKO IS
Citation: Pa. Vlasov et al., INVESTIGATION OF THE SIZE DISTRIBUTION FUNCTION BEHAVIOR OF METAL AEROSOL-PARTICLES, Zeitschrift für physikalische Chemie, 191, 1995, pp. 229-239
METHOD OF DETERMINING THE SIZE DISTRIBUTION FUNCTION OF AEROSOL-PARTICLES IN SHOCK-WAVES
Authors: VLASOV PA ZASLONKO IS KARASEVICH YK
Citation: Pa. Vlasov et al., METHOD OF DETERMINING THE SIZE DISTRIBUTION FUNCTION OF AEROSOL-PARTICLES IN SHOCK-WAVES, High temperature, 33(1), 1995, pp. 76-82
OSCILLATORY REGIME OF A NONEQUILIBRIUM DECOMPOSITION REACTION
Authors: ZHILTSOVA IV ZASLONKO IS LIDSKII BV NEIGAUZ MG
Citation: Iv. Zhiltsova et al., OSCILLATORY REGIME OF A NONEQUILIBRIUM DECOMPOSITION REACTION, Kinetics and catalysis, 35(5), 1994, pp. 591-599
FORMATION OF HYDROGEN-ATOMS IN SILANE PYROLYSIS BEHIND SHOCK-WAVES - KINETICS AND THERMOCHEMISTRY OF SIH4, SIH3, AND SIH2 DECOMPOSITION
Authors: MICK HJ ROTH P SMIRNOV VN ZASLONKO IS
Citation: Hj. Mick et al., FORMATION OF HYDROGEN-ATOMS IN SILANE PYROLYSIS BEHIND SHOCK-WAVES - KINETICS AND THERMOCHEMISTRY OF SIH4, SIH3, AND SIH2 DECOMPOSITION, Kinetics and catalysis, 35(4), 1994, pp. 439-451
A KINETIC-MODEL OF HIGH-TEMPERATURE DECOMPOSITION OF METHANE AND ETHANE
Authors: ZASLONKO IS SMIRNOV VN TEREZA AM
Citation: Is. Zaslonko et al., A KINETIC-MODEL OF HIGH-TEMPERATURE DECOMPOSITION OF METHANE AND ETHANE, Kinetics and catalysis, 35(1), 1994, pp. 1-11
EMISSION MODIFICATIONS IN RELAXATION CHAR ACTERISTICS OF MOLECULES INNO2-N2-O2 MIXTURES IN SHOCK-WAVES
Authors: ZASLONKO IS MUKOSEEV YK SLINKIN SV
Citation: Is. Zaslonko et al., EMISSION MODIFICATIONS IN RELAXATION CHAR ACTERISTICS OF MOLECULES INNO2-N2-O2 MIXTURES IN SHOCK-WAVES, Himiceskaa fizika, 12(11), 1993, pp. 1444-1449
HIGH-TEMPERATURE DECOMPOSITION OF METHYL, ETHYL, AND ISOPROPYL NITRATES IN SHOCK-WAVES
Authors: ZASLONKO IS SMIRNOV VN TEREZA AM
Citation: Is. Zaslonko et al., HIGH-TEMPERATURE DECOMPOSITION OF METHYL, ETHYL, AND ISOPROPYL NITRATES IN SHOCK-WAVES, Kinetics and catalysis, 34(4), 1993, pp. 531-538
NONEQUILIBRIUM KINETIC EFFECTS IN REACTING MEDIA WITH INTERNAL SOURCES OF VIBRATIONAL-ENERGY
Authors: ZASLONKO IS MUKOSEEV YK
Citation: Is. Zaslonko et Yk. Mukoseev, NONEQUILIBRIUM KINETIC EFFECTS IN REACTING MEDIA WITH INTERNAL SOURCES OF VIBRATIONAL-ENERGY, Kinetics and catalysis, 34(3), 1993, pp. 355-363
GAS-PHASE THERMAL-DECOMPOSITION OF DIETHYLTELLURIDE
Authors: DEVYATYKH GG ZASLONKO IS SMIRNOV VN MOISEEV AN VOTINTSEV VN TEREZA AM
Citation: Gg. Devyatykh et al., GAS-PHASE THERMAL-DECOMPOSITION OF DIETHYLTELLURIDE, Kinetics and catalysis, 34(2), 1993, pp. 185-189
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