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Results: 1-25/34
Authors:
GOLDEN DM
SMITH GP
MCEWEN AB
YU CL
EITENEER B
FRENKLACH M
VAGHJIANI GL
RAVISHANKARA AR
TULLY FP
Citation: Dm. Golden et al., OH(OD)- MEASUREMENTS AND AN OPTIMIZED RRKM FIT(CO ), The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 102(44), 1998, pp. 8598-8606
Authors:
EITENEER B
YU CL
GOLDENBERG M
FRENKLACH M
Citation: B. Eiteneer et al., DETERMINATION OF RATE COEFFICIENTS FOR REACTIONS OF FORMALDEHYDE PYROLYSIS AND OXIDATION IN THE GAS-PHASE, The journal of physical chemistry. A, Molecules, spectroscopy, kinetics, environment, & general theory, 102(27), 1998, pp. 5196-5205
Authors:
FRENKLACH M
Citation: M. Frenklach, SIMULATION OF SURFACE-REACTIONS, Pure and applied chemistry, 70(2), 1998, pp. 477-484
Authors:
KAZAKOV A
FRENKLACH M
Citation: A. Kazakov et M. Frenklach, DYNAMIC MODELING OF SOOT PARTICLE COAGULATION AND AGGREGATION - IMPLEMENTATION WITH THE METHOD OF MOMENTS AND APPLICATION TO HIGH-PRESSURE LAMINAR PREMIXED FLAMES, Combustion and flame, 114(3-4), 1998, pp. 484-501
Authors:
KAZAKOV A
FRENKLACH M
Citation: A. Kazakov et M. Frenklach, ON THE RELATIVE CONTRIBUTION OF ACETYLENE AND AROMATICS TO SOOT PARTICLE SURFACE GROWTH, Combustion and flame, 112(1-2), 1998, pp. 270-274
Authors:
FRENKLACH M
SKOKOV S
Citation: M. Frenklach et S. Skokov, SURFACE MIGRATION IN DIAMOND GROWTH, JOURNAL OF PHYSICAL CHEMISTRY B, 101(16), 1997, pp. 3025-3036
Authors:
SKOKOV S
WEINER B
FRENKLACH M
Citation: S. Skokov et al., THEORETICAL-STUDY OF OXYGENATED (100)DIAMOND SURFACES IN THE PRESENCEOF HYDROGEN, Physical review. B, Condensed matter, 55(3), 1997, pp. 1895-1902
Authors:
WANG H
FRENKLACH M
Citation: H. Wang et M. Frenklach, A DETAILED KINETIC MODELING STUDY OF AROMATICS FORMATION IN LAMINAR PREMIXED ACETYLENE AND ETHYLENE FLAMES, Combustion and flame, 110(1-2), 1997, pp. 173-221
Authors:
FRENKLACH M
TING L
WANG H
RABINOWITZ MJ
Citation: M. Frenklach et al., SILICON PARTICLE FORMATION IN PYROLYSIS OF SILANE AND DISILANE, Israel Journal of Chemistry, 36(3), 1996, pp. 293-303
Authors:
HUNTER TB
LITZINGER TA
WANG H
FRENKLACH M
Citation: Tb. Hunter et al., ETHANE OXIDATION AT ELEVATED PRESSURES IN THE INTERMEDIATE TEMPERATURE REGIME - EXPERIMENTS AND MODELING, Combustion and flame, 104(4), 1996, pp. 505-523
Authors:
GOLDENBERG M
FRENKLACH M
Citation: M. Goldenberg et M. Frenklach, A POST-PROCESSING METHOD FOR FEATURE SENSITIVITY COEFFICIENTS, International journal of chemical kinetics, 27(11), 1995, pp. 1135-1142
Authors:
SKOKOV S
WEINER B
FRENKLACH M
FRAUENHEIM T
STERNBERG M
Citation: S. Skokov et al., DIMER-ROW PATTERN-FORMATION IN DIAMOND(100) GROWTH, Physical review. B, Condensed matter, 52(7), 1995, pp. 5426-5432
Authors:
YU CL
WANG C
FRENKLACH M
Citation: Cl. Yu et al., CHEMICAL-KINETICS OF METHYL OXIDATION BY MOLECULAR-OXYGEN, Journal of physical chemistry, 99(39), 1995, pp. 14377-14387
Authors:
SKOKOV S
WEINER B
FRENKLACH M
Citation: S. Skokov et al., CHEMISTRY OF ACETYLENE ON DIAMOND (100) SURFACES, Journal of physical chemistry, 99(15), 1995, pp. 5616-5625
Authors:
WEINER B
SKOKOV S
FRENKLACH M
Citation: B. Weiner et al., A THEORETICAL-ANALYSIS OF A DIAMOND (100)-(2X1) DIMER BOND, The Journal of chemical physics, 102(13), 1995, pp. 5486-5491
Authors:
KAZAKOV A
WANG H
FRENKLACH M
Citation: A. Kazakov et al., DETAILED MODELING OF SOOT FORMATION IN LAMINAR PREMIXED ETHYLENE FLAMES AT A PRESSURE OF 10 BAR, Combustion and flame, 100(1-2), 1995, pp. 111-120
Authors:
SKOKOV S
CARMER CS
WEINER B
FRENKLACH M
Citation: S. Skokov et al., RECONSTRUCTION OF (100) DIAMOND SURFACES USING MOLECULAR-DYNAMICS WITH COMBINED QUANTUM AND EMPIRICAL FORCES, Physical review. B, Condensed matter, 49(8), 1994, pp. 5662-5671
Authors:
SKOKOV S
WEINER B
FRENKLACH M
Citation: S. Skokov et al., MOLECULAR-DYNAMICS STUDY OF OXYGENATED (100) DIAMOND SURFACES, Physical review. B, Condensed matter, 49(16), 1994, pp. 11374-11382
Authors:
SPEAR KE
FRENKLACH M
Citation: Ke. Spear et M. Frenklach, HIGH-TEMPERATURE CHEMISTRY OF CVD (CHEMICAL-VAPOR-DEPOSITION) DIAMONDGROWTH, Pure and applied chemistry, 66(9), 1994, pp. 1773-1782
Authors:
FRENKLACH M
SKOKOV S
WEINER B
Citation: M. Frenklach et al., AN ATOMISTIC MODEL FOR STEPPED DIAMOND GROWTH, Nature, 372(6506), 1994, pp. 535-537
Authors:
WANG H
FRENKLACH M
Citation: H. Wang et M. Frenklach, CALCULATIONS OF RATE COEFFICIENTS FOR THE CHEMICALLY ACTIVATED REACTIONS OF ACETYLENE WITH VINYLIC AND AROMATIC RADICALS, Journal of physical chemistry, 98(44), 1994, pp. 11465-11489
Authors:
KAZAKOV A
WANG H
FRENKLACH M
Citation: A. Kazakov et al., PARAMETRIZATION OF CHEMICALLY-ACTIVATED REACTIONS INVOLVING ISOMERIZATION, Journal of physical chemistry, 98(41), 1994, pp. 10598-10605
Authors:
SKOKOV S
WEINER B
FRENKLACH M
Citation: S. Skokov et al., ELEMENTARY REACTION-MECHANISM FOR GROWTH OF DIAMOND(100) SURFACES FROM METHYL RADICALS, Journal of physical chemistry, 98(28), 1994, pp. 7073-7082
Authors:
YU CL
FRENKLACH M
MASTEN DA
HANSON RK
BOWMAN CT
Citation: Cl. Yu et al., REEXAMINATION OF SHOCK-TUBE MEASUREMENTS OF THE RATE COEFFICIENT OF H-2-]OH+O(O), Journal of physical chemistry, 98(17), 1994, pp. 4770-4771
Authors:
SKOKOV S
WEINER B
FRENKLACH M
Citation: S. Skokov et al., ELEMENTARY REACTION-MECHANISM OF DIAMOND GROWTH FROM ACETYLENE, Journal of physical chemistry, 98(1), 1994, pp. 8-11