H. Wagner

发表

Direct Initiation of Spherical Detonation by a Hot Turbulent Gas Jet

John H. S. Lee, I. Moen, R. Knystautas, 1979 .

Soot formation in premixed C2H4-air flames for pressures up to 100 bar

B. Lüers, H. Wagner, H. Böhm, 1992 .

Homogeneous thermal oxidation of methane in reflected shock waves

H. Wagner, T. Tsuboi, H.Gg. Wagner, 1975 .

Optical Studies of Soot‐Formation Processes in Premixed Flames

B. Haynes, H. Wagner, H. Jander, 1980 .

The Thermal Decomposition of NH2 and NH Radicals

H. Wagner, G. Friedrichs, J. Deppe, 1998 .

Recombination and Decomposition of Methylene Radicals at high Temperatures

H. Wagner, M. Klatt, S. Bauerle, 1995 .

Heat release of carbon particle formation from hydrogen-free precursors behind shock waves

C. Schulz, R. Starke, H. Wagner, 2007 .

Initiation of detonation in various gas mixtures

H. Wagner, P. Tiggelen, H. Gg. Wagner, 1970 .

Elementary reactions of fluorine atoms with benzene, toluene, P-xylene and etylbenzene

H. Wagner, W. Hack, J. Ebrecht, 1989 .

Mechanisms and rates of the reactions of CH3O and CH2OH radicals with H atoms

H. Wagner, N. Loftfield, K. Hoyermann, 1981 .

Elementary reactions of NH(a1Δ) and NH(X3Σ) with N, O and NO

H. Wagner, W. Hack, A. Zasypkin, 1994 .

Fast flow kinetic studies of the reaction CH2OH + HCl ⇔ CH3OH + Cl. The heat of formation of hydroxymethyl

S. Dóbé, H. Wagner, F. Temps, 1993 .

Kinetics of the Reaction of OH Radicals with CH2CO

H. Wagner, M. Wolf, F. Temps, 1992 .

Chemistry of carbon formation in flames

H. Wagner, K. H. Homann, H. G. Wagner, 1968, Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences.

Carbon particle formation and decay in two-step pyrolysis of carbon suboxide behind shock waves

H. Wagner, H. Jander, A. Eremin, 2000 .

Soot Growth in Atmospheric C2H4/Air/02-Flames. Influence of the Fuel Carbon Density

P. Chambrion, H. Wagner, H. Jander, 1996 .

Soot Particle Coagulation in Premixed Ethylene/Air Flames at 10 bar

H. Wagner, C. Feldermann, H. Jander, 1994 .

Soot Formation in Laminar, Atmospheric, Premixed Ethylene/Nitrous Oxide-Flames

D. Razus, H. Wagner, H. Jander, 1994 .

Measurements about the influence of pressure on carbon formation in premixed laminar C2H4-air flames

H. Wagner, H. Mätzing, 1988 .

Integral Carbon Mass Balance in Premixed Sooting Flames

H. Wagner, H. Jander, M. Brei, 1987 .

Rate of soot growth in atmospheric premixed laminar flames

D. Hesse, H. Wagner, H. Jander, 1985 .

The effect of metal additives on the formation of soot in premixed flames

B. Haynes, H. Wagner, H. Jander, 1979 .

Reaction zone and stability of gaseous detonations

H. Wagner, 1963 .

Soot formation in premixed C2H4 flat flames at elevated pressure

B. Lüers, H. Wagner, C. Feldermann, 1991 .

Formation of Flame Ions , Cluster , Nanotubes and Soot in Hydrocarbon

H. Wagner, H. Jander, Flames, 2005 .

Carbon formation in premixed flames

H. Wagner, U. Bonne, K. Homann, 1967 .

Some new aspects of the mechanism of carbon formation in premixed flames

H. Wagner, K. Homann, 1967 .

Rates and mechanisms of the reactions of ethanol and propanol with fluorine and chlorine atoms

H. Wagner, K. Hoyermann, T. Khatoon, 1989 .

Line-broadening measurements of CH2 (X̃3B1) rotational transitions by far-infrared laser magnetic resonance

H. Wagner, M. Koch, F. Temps, 1992 .

Direct Determination of CH2(ã1A1) Removal Rates by C2H2 and C6H6

H. Wagner, W. Hack, A. Wilms, 1988 .

Collision‐Induced Intersystem Crossing in CH2 (ã 1A1): A Quantitative Analysis Using the Mixed‐State Model

H. Wagner, M. Koch, F. Temps, 1989 .

Investigations of the reaction between CH2(X̃3B1) and O2 in the temperature range 233 K ≤ T ≤ 433 K

M. Wolf, H. Wagner, M. Wolf, 1992 .

High Temperature Reactions of CH3 1. The Reaction CH3 + H2 → CH4 + H

H. Wagner, W. Möller, E. Mozzhukhin, 1986 .

Recombination of CH3 radicals at elevated pressures and temperatures

H. Wagner, S. M. Hwang, T. Wolff, 1991 .

Kinetics of the reactions of carbene (CH2) (X3B1) with selected polycyclic aromatic hydrocarbons at temperatures between 296 and 690 K

H. Wagner, F. Temps, C. Oehlers, 1993 .

Soot measurements in laminar ethylene diffusion flames

J. Kent, H. Wagner, 1982 .

Temperature and fuel effects in sooting diffusion flames

J. Kent, H. Wagner, 1985 .

Formation of Condensed Particles in Premixed Flames Catalyzed by Metal Carbonyls

H. Wagner, H. Jander, A. Eremin, 2010 .

Investigation of the dependence of the limits of detonatability on tube diameter

H. Wagner, W. Pusch, 1962 .

Investigation of the Thermal Decomposition of Ketene and of the Reaction CH2 + H2 ⇔ CH3 + H

H. Wagner, G. Friedrichs, 2001 .

Investigation of the Reaction of 3CH2 with NO at high Temperatures

H. Wagner, M. Klatt, S. Bauerle, 1995 .

Investigation of the CH3 + NO reaction in shock waves

H. Wagner, G. Hennig, 1994 .

A study of the reaction between CH3 and NO at high temperatures

H. Wagner, S. M. Hwang, T. Wolff, 1990 .

A direct investigation of the reaction CH3+OH : Overall rate constant and CH2 formation at T=298 K

S. Dóbé, H. Wagner, T. Bérces, 1998 .

A Study of the Reaction of CH2(ã1A1) with H2O in the Gas Phase

H. Wagner, W. Hack, A. Wilms, 1988 .

Investigation of the3CH2+ O2reaction in shock waves

H. Wagner, C. Dombrowsky, 1992 .

Direct Kinetic Studies of the Reactions Br + CH3OH and CH2OH + HBr: The Heat of Formation of CH2OH

S. Dóbé, H. Wagner, T. Bérces, 1996 .

An Investigation of the Reaction between O(3P) and Toluene at High Temperatures

H. Wagner, M. Klatt, A. Hoffmann, 1990 .

Direct determination of the rate constant for the reaction CH2+O2 with a LMR-spectrometer

H. Wagner, F. Temps, T. Böhland, 1984 .

A Combined Flash Photolysis/Shock-Tube Study of the Absolute Rate Constants for Reactions of the Hydroxyl Radical with CH4 and CF3H around 1300 K

H. Wagner, R. Zellner, J. Ernst, 1978 .

Far infrared laser magnetic resonance detection of CHD (X̃ 3A

H. Wagner, M. Wolf, F. Temps, 1994 .

Kinetic and primary product studies of the reaction of O (3P) with styrene in the gas phase

C. Buchta, H. Frerichs, H. Wagner, 1993 .

Strong far-infrared laser action in carbonyl fluoride and vinyl fluoride

H. Wagner, F. Temps, 1982 .

Investigation of N2H4 and H2O2 decomposition in low and high pressure shock waves

J. Troe, H. Olschewski, H. Wagner, 1969 .

Kinetics of the Reaction HOCO + O2 in the Gas Phase

H. Wagner, F. Temps, J. Nolte, 1993 .

Soot particles in premixed C2H4–air-flames at high pressures (P=30–70 bar)

H. Wagner, T. Heidermann, H. Jander, 1999 .

Rate Measurements for the Reactions H + NO2 → OH + NO and H + NOCl → HCl + NO by Lyman‐α Fluorescence

H. Wagner, R. Zellner, U. Welzbacher, 1976 .

Elementary reactions in the combustion of smallinorganic molecules

H. Wagner, 1973 .

A Kinetic Study About the Reactions of NH2(X̄2B1) Radicals with Saturated Hydrocarbons in the Gas Phase

H. Wagner, G. Hennig, 1995 .

The Reaction of NH2+O2 at High Temperatures

H. Wagner, M. Klatt, B. Spindler, 1995 .

A direct measurement of the reaction NH3 + NH→2NH2

M. Röhrig, H. Wagner, H. Römming, 1994 .

About the Rate of the Reaction of NH(X3Σ−) with O2 over a Large Temperature Range

M. Röhrig, H. Wagner, G. Hennig, 1993 .

Investigation of the Reactions of Phenol, Anisole and Cumene with O(3P) in the Gas Phase

H. Frerichs, H. Wagner, R. Koch, 1990 .

An Investigation of the Reaction between CH3 Radicals and NO at High Temperatures

H. Wagner, T. Wolff, 1988 .

Investigation of the Gas Phase Reaction N + NH2 → N2 + 2H at Room Temperature

H. Wagner, P. Dransfeld, 1987 .

Kinetics of the Reactions of HCO with HCO and O2

H. Wagner, F. Temps, 1984 .

Quantitative FM Spectroscopy at High Temperatures: The Detection of 1CH2 behind Shock Waves

H. Wagner, G. Friedrichs, 2000 .

Formation of flame ions, clusters, nanotubes, and soot in hydrocarbon flames

H. Wagner, H. Jander, 2006 .

Absolute rate coefficients for the reaction of H-atoms with N2O and some reactions of CN radicals

J. Wolfrum, H. Wagner, K. Hoyermann, 1975 .

Investigation of the Reactions of Diethylether, n-Dipropylether and n-Dibutylether with O(3P) in the Gas Phase

C. Buchta, H. Frerichs, H. Wagner, 1991 .

Reaction rates of NH2-radicals with NO, NO2, C2H2, C2H4 and other hydrocarbons

H. Wagner, W. Hack, M. Schröter, 1979 .

High Temperature Reactions of CH3 2. H-Abstraction from Alkanes

H. Wagner, W. Möller, E. Mozzhukhin, 1987 .

Rates and mechanisms of the reactions of ethanol and propanol with fluorine and chlorine atoms

H. Wagner, K. Hoyermann, T. Khatoon, 1989 .

Kinetics of the Reactions between CH2(X̃3B1)-Radicals and Saturated Hydrocarbons in the Temperature Range 296 K ≤ T ≤ 707 K

S. Dóbé, H. Wagner, F. Temps, 1985 .

Detection of the NH2O radical by far infrared LMR

H. Wagner, P. Davies, F. Temps, 1984 .

Direct determination of the rate constant of the reaction NO + HO2 → NO2 + OH with the LMR

A. Preuss, H. Wagner, W. Hack, 1980 .

Investigations of the Reactions of 1CH2 (ã1A1 (v = 0,1)) with H2O, D2O and HCl

H. Wagner, H. Carstensen, 1995 .

Rate and stoichiometry of the fast gas titration reaction HCO + O2 → CO + HO2

S. Dóbé, H. Wagner, H. Ziemer, 1995 .

Observation of an H/D-isotope exchange channel in the reaction D + H2CO

S. Dóbé, H. Wagner, F. Temps, 1994 .

Formation of methoxy and hydroxymethyl free radicals in selected elementary reactions

S. Dóbé, H. Wagner, T. Bérces, 1994 .

Primary products of the elementary reactions of CH2CO with F, Cl, and OH in the gas phase

H. Wagner, F. Temps, J. Nolte, 1994 .

Kinetics of the reaction of hydroxyl radicals with ethylene and with C3 hydrocarbons

J. N. Bradley, H. Wagner, W. Hack, 1973 .

Rate measurements for the reactions H + I2 → HI + I and H + HI → H2 + I by Lyman‐α‐fluorescence

H. Wagner, R. Zellner, K. Lorenz, 1979 .

Production of F Atoms, H Atoms, and OF Radicals

J. Warnatz, H. Wagner, C. Zetzsch, 1971 .

Reactions of Benzene, Toluene and Ethylbenzene with Atomic Oxygen (O3P) in the Gas Phase

H. Wagner, M. Tappe, V. Schliephake, 1989 .

Investigation of the Reaction of Fluorobenzene with Atomic Oxygen at High Temperatures

H. Wagner, M. Klatt, 1993 .

Elementary Reactions of Ketene with Fluorine and Chlorine Atoms in the Gas Phase

H. Wagner, W. Hack, J. Ebrecht, 1990 .

Investigation about the Thermal Decomposition of Pyridine between 1700 and 2000 K

H. Leidreiter, H. Wagner, 1987 .

H Atom Formation on Azoethane Pyrolysis

H. Wagner, M. Klatt, I. Schad, 1992 .

Investigations of the Kinetics of the Reactions of Tetrahydrofurane, Tetrahydropyrane, Cyclopentanone and Cyclohexanone with Atomic Oxygen

H. Wagner, V. Schliephake, K.-H. Mix, 1986 .

Study of the reaction of ammonia with oxygen atoms

J. Wolfrum, H. Wagner, K. Hoyermann, 1969 .

Reactions of o-Xylene, m-Xylene and p-Xylene with Atomic Oxygen (O3P) in the Gas Phase

H. Frerichs, H. Wagner, M. Tappe, 1989 .

On the thermal decomposition of ammonia behind shock waves

K. Holzrichter, H. Wagner, 1981 .

Detailed kinetic studies on elementary NH2-reactions

H. Wagner, P. Rouveirolles, W. Hack, 1989 .

Kinetics of the Reactions of CH2(X̃3B1) with HCl and HBr

A. Goldbach, H. Wagner, F. Temps, 1990 .

Thermal decomposition of methane behind reflected shock waves

J. Troe, H. Wagner, R. Hartig, 1971 .

A direct study of the reactions of methylene(~X 3B1) radicals with hydrogen and deuterium atoms

H. Wagner, F. Temps, T. Boehland, 1987 .

Nonisothermal effects in the process of soot formation in ethylene pyrolysis behind shock waves

H. Wagner, I. Zaslonko, I. V. Zhil’tsova, 2000 .

Rate Constants for the Reactions of CH2 (X̄3B1) with Selected Alkenes at Temperatures Between 296 K≤T≤728 K

M. Wolf, H. Wagner, M. Wolf, 1993 .

Sooting Structure in a Laminar Diffusion Flame

B. Haynes, H. Wagner, 1980 .

Spectra of the detonation of oxygen with H2, CO and hydrocarbons

H. Wagner, 1957 .

A direct study of the reaction of CH2( 3B1)-radicals with toluene in the temperature range 296 K<-T<-623 K

K. Héberger, H. Wagner, F. Temps, 1991 .

The reaction O + HO2 → OH + O2 studied with a LMR‐ESR‐spectrometer

A. Preuss, H. Wagner, W. Hack, 1979 .

Rate Measurements for the Reaction H + Cl2 HCl + Cl by Lyman-α Fluorescence

H. Wagner, R. Zellner, U. Welzbacher, 1976 .

An experimental study of the reactions of CF2(X~,Ã) radicals with NO2, N2O, C2H4, C3H6 in the gas phase

H. Wagner, W. Hack, K. Hoyermann, 1989 .

Gas Phase α,α Elimination of Hydrogen Halides from Halomenthanes. I. Thermal Decomposition of Chlorodifluoromethane, Trifluoromethane, and Trichloromethane Behind Shock Waves

H. Wagner, F. Zabel, K. Schug, 1979 .

Hg-sensitized photolysis of Me3SiH I. A quantitative approach to the mechanism

H. Wagner, P. Potzinger, C. Kerst, 1995 .

Direct Measurements of the Isotope Exchange Reactions between 18 OH and NO , N 0 2 , NzO and

H. Wagner, Oz P. Dransfeld, J. Lukacs-Paal, 2012 .

The Mercury-Sensitized Photolysis of Pentamethyldisilane

H. Wagner, P. Potzinger, C. Kerst, 1996 .

Reaction of Trimethyl-and Dimethyl-Silyl Radicals with Pentamethyldisilane

H. Wagner, P. Potzinger, C. Kerst, 1996 .

Far infrared laser magnetic resonance detection of CHD (X-tilde 3Ascript)

H. Wagner, F. Temps, T. Sears, 1994 .

About the Radical Formation in the Pyrolysis of Formic Acid at High Temperatures

M. Röhrig, H. Wagner, M. Klatt, 1992 .

Direct Measurements of the Isotope Exchange Reactions between 18OH and NO, NO2, N2O and O2

H. Wagner, P. Dransfeld, J. Lukacs-Paal, 1986 .

A Direct Study of the Reaction CH2(X3B1) ± C2H4 in the Temperature Range 296 K ≤ T ≤ 728 K

H. Wagner, F. Temps, T. Böhland, 1986 .

Influence of additives on the velocity of laminar flames

H. Wagner, G. W. Lask, H.Gg. Wagner, 1961 .

Kinetics of the reactions of CH2 ( 3B1-radicals with C2H2 and C4H2 in the temperature range 296 K≤T≤700 K

H. Wagner, F. Temps, T. Böhland, 1988 .

Unimolecular Dissociation of Small Molecules

J. Troe, H. Wagner, 1973 .

Soot Formation — An Overview

H. Wagner, 1981 .

Formation of Nanoparticles by Photolysis from Metal and Carbon Bearing Molecules

H. Wagner, H. Jander, A. Eremin, 2003 .

The pyrolysis and oxidation of hydrazine behind shock waves

H. Wagner, K. Michel, H. Gg. Wagner, 1965 .

The structure of the reaction zones of ammonia-oxygen and hydrazine-decomposition flames

H. Wagner, D. I. Maclean, 1967 .

Elementary reactions of electronically excited N2 in the A 3Σu+ state with H2 and NH3

H. Wagner, W. Hack, C. Ottinger, 1988 .

The Contributions of Intersystem Crossing and Reaction in the Removal of CH2(ã1A1) by Hydrocarbons Studied with the LMR

H. Wagner, F. Temps, T. Böhland, 1985 .

Some Experiments Concerning the Reactions of HCCO with C2H2, O2, NO, and NO2

H. Wagner, M. Wolf, F. Temps, 1992 .

Direct Investigation of the Reaction CH2(X̃3B1) + O(3P) with the LMR

H. Wagner, F. Temps, T. Böhland, 1984 .

Time and temperature dependence of carbon particle growth in various shock wave pyrolysis processes

P. Roth, R. Starke, H. Wagner, 2005 .

Spectral and structural properties of carbon nanoparticle forming in C3O2 and C2H2 pyrolysis behind shock waves

H. Jander, Alexander Eremin, H. Wagner, 2002 .

Investigation of the Thermal Decay of Carbon Suboxide

H. Wagner, G. Friedrichs, 1998 .

Kinetics of the reactions of methylene (X3B1)-radicals with nitric oxide and nitrogen dioxide

H. Wagner, M. Wolf, F. Temps, 1989 .

An LMR-Spectrometer Operating up to mm-Wavelengths for Kinetic Investigations with Discharge Flow and Flash Photolysis Systems

H. Wagner, F. Temps, T. Böhland, 1984 .

DIRECT INVESTIGATION OF THE REACTION METHYLENE RADICAL ( X3B1) + ATOMIC OXYGEN (3P) WITH THE LMR

H. Wagner, F. Temps, T. Boehland, 1985 .

A Direct Study of the Reactions of CH2 (X̃ 3B1)‐Radicals with Selected Hydrocarbons in the Temperature Range 296 K ≤ T ≤ 705 K

S. Dóbé, H. Wagner, F. Temps, 1985 .

The Formation of O and H Atoms in the Reaction of CH2 with O2 at High Temperatures

M. Röhrig, H. Wagner, S. M. Hwang, 1992 .

Carbon condensation wave in C3O2 and C2H2 initiated by a shock wave

H. Wagner, H. Jander, A. Eremin, 2011 .

Particle Formation in Carbon Suboxide Pyrolysis behind Shock Waves

H. Wagner, K. J. Dörge, D. Tanke, 1999 .

Soot formation in the pyrolysis of bezene/acetylene and acetylene/hydrogen mixtures at high carbon concentrations

H. Wagner, V. Knorre, T. Thienel, 1996 .

Soot formation at elevated pressures and carbon concentrations in hydrocarbon pyrolysis

H. Wagner, S. Bauerle, Yu. K. Karasevich, 1994 .

Kinetics of soot formation in tetrachloromethane pyrolysis

H. Wagner, I. Zaslonko, I. V. Zhil’tsova, 2000 .

Nonequilibrium Excitation of C2 Radicals during the Thermal Decomposition of C3 O2 behind Shock Waves

H. Wagner, G. Friedrichs, A. Eremin, 2001 .

High-Temperature Carbon Particle Formation and Decay in Carbon Suboxide Pyrolysis behind Shock Waves

H. Wagner, H. Jander, A. Eremin, 2000 .

An Investigation of the Reaction of CH3 Radicals with O2 at High Temperatures

M. Röhrig, H. Wagner, M. Klatt, 1991 .

Detonation wave driven by condensation of supersaturated carbon vapor.

H. Wagner, H. Jander, V. Fortov, 2009, Physical review. E, Statistical, nonlinear, and soft matter physics.

To the Temperature Dependence of Carbon Particle Formation in Shock Wave Pyrolysis Processes

H. Wagner, H. Jander, A. Eremin, 2003 .

Formation of Carbon Nanoparticle in Carbon Suboxide Pyrolysis behind Shock Waves

H. Wagner, A. Eremin, J. Deppe, 2002 .

Soot formation in the pyrolysis of halogenated hydrocarbons. Part I, binary mixtures of carbon tetrachloride with hydrogen and iron pentacarbonyl

H. Wagner, A. Starikovsky, I. Zaslonko, 1998 .

Comparison of Properties of Carbon Particles Formed by Pyrolysis of C3O2 and C2H2 behind Shock Waves

H. Wagner, H. Jander, A. Eremin, 2003 .

Kinetics of Carbon Cluster Formation in the Course of C3O2Pyrolysis

H. Wagner, P. Vlasov, A. Eremin, 2001 .

The Surface Growth Phenomenon in Soot Formation

B. Haynes, H. Wagner, 1982 .

An investigation of the D/H addition-elimination and H atom abstraction channels in the reaction D + H2CO in the temperature range 296 K ≤ T ≤ 780 K

S. Dóbé, H. Wagner, F. Temps, 2000 .

Kinetics of the reactions of HCO with H and D atoms

B. Viskolcz, S. Dóbé, H. Wagner, 1998 .

Rate constant for the reaction CH3+CH2(X̃3B1) at 298 K

S. Dóbé, H. Wagner, F. Temps, 1998 .

Far infrared laser magnetic resonance detection of CF3, CHF2, and CH2F

H. Wagner, F. Temps, T. Sears, 1997 .

Kinetics of the Reactions of CH2(ã1A1) with CH3C2H, HCN, CO2, N2O and COS

H. Wagner, F. Temps, R. Wagener, 1990 .

Primary products of the reaction between O(3P)-atoms and C2H4 studied with ESR- and LMR-detection

H. Wagner, F. Temps, U. Bley, 1989 .

The reaction of CH2(X̄3B1) with C6H6

K. Héberger, H. Wagner, F. Temps, 1989 .

Shock Tube Study of the Rate Constant of the Reaction of Oxygen Atoms with Carbonylsulfide

H. Wagner, B. Krüger, 1981 .

On the thermal decomposition of COS

H. Wagner, H. Schecker, 1969 .

Some Experiments about the Initiation Step of Pyridine Pyrolysis

H. Leidreiter, H. Wagner, 1991 .

Minor Decomposition Channels of CH3NH2 at High Temperatures

H. Wagner, M. Klatt, B. Spindler, 1995 .

An FTIR Study of the Products of the Reaction between CH2 \documentclass{article}\pagestyle{empty}\begin{document}$$ ({{\rm \bar X}}^3 {{\rm B}}_1) $$\end{document} and NO

H. Wagner, F. Temps, J. Grussdorf, 1997 .

Carbon formation in premixed flames

H. Wagner, U. Bonne, K. H. Homann, 1967 .

Experimental and mathematical study of a hydrogen-oxygen flame

H. Wagner, K. Hoyermann, K. Eberius, 1971 .

Dissociation of Alkali Halides: Reply to A. Mandl

J. Troe, K. Luther, H. Wagner, 1972 .

Low-pressure hydrogen/oxygen flame studies

N. Brown, H. Wagner, K. Hoyermann, 1978 .

On the Reactions of CHCl(X̃1 A′) with NO and O2

H. Wagner, R. Wagener, 1992 .

A kinetic study of the reactions of NH(X3Σ−) with O2 and no in the temperature range from 1200 to 2200 K

H. Wagner, H. Römming, 1996 .

Vapour-liquid equilibria of several mixtures containing 2-butanone, 2-butenal, ethoxyethanol, and toluene at 330.15 K

H. Wagner, D. Naumann, 1986 .

Temperature dependence of the soot yield in shock wave pyrolysis of carbon-containing precursors

C. Schulz, R. Starke, H. Wagner, 2009 .

A Shock Tube Study of Soot Formation Following n-Hexane Pyrolysis

H. Wagner, S. M. Hwang, P. Vlasov, 1991 .

Lawrence Berkeley National Laboratory Recent Work Title LOW-PRESSURE HYDROGEN / OXYGEN FLAME STUDIES Permalink

M. R., H., H. Wagner, 2013 .

The influence of gaseous additives on the formation of soot in premixed flames

B. Haynes, H. Wagner, H. Mätzing, 1982 .

A photographic investigation of the mechanism of spinning detonation

H. Wagner, J. Dove, 1961 .

A Kinetic Study About the Reactions of NH(X3Σ−) with Hydrocarbons Part 3: Benzene, 1,3-Butadiene and Acetylene

M. Röhrig, H. Wagner, H. Römming, 1995 .

Soot mass growth and coagulation of soot particles in C2H4/air-flames at 15 bar

T. Pape, H. Wagner, H. Jander, 1994 .

The influence of various metals on carbon formation in premixed flames

B. Haynes, H. Wagner, H. Mätzing, 1981 .

Mechanism of the reaction of H atoms with methanol

H. Wagner, K. Hoyermann, R. Sievert, 1981 .

Direct determination of CH2(ã1A1) removal rates by olefinic and aromatic hydrocarbons

H. Wagner, W. Hack, R. Wagener, 1989 .

Kinetics of the reaction between hydroxymethyl radicals and hydrogen atoms

S. Dóbé, H. Wagner, T. Bérces, 1994 .

Hg-sensitized photolysis of Me3SiH II. The role of the sensitizer

H. Wagner, P. Potzinger, C. Kerst, 1995 .

UV Absorption Study of the Thermal Decomposition Reaction H2S .fwdarw. H2 + S(3P)

J. Troe, H. Olschewski, H. Wagner, 1994 .

An Investigation of the Methanol Decomposition Behind Incident Shock Waves

H. Wagner, M. Klatt, A. Hoffmann, 1991 .

Rate Constants for the Reactions of OH-Radicals with CH2O and HCO

H. Wagner, F. Temps, 1984 .

An Investigation of the Reaction Between CH3 Radicals and Acetaldehyde‐d4 at High Temperatures

H. Wagner, M. Klatt, 1989 .

Hydrogen Abstraction Reactions by NH2(X̄2B1)‐Radicals from Hydrocarbons in the Gas Phase

H. Wagner, P. Rouveirolles, W. Hack, 1986 .

Mechanism of the action of iron-bearing additives on soot formation behind shock waves

H. Wagner, I. Zaslonko, D. Tanke, 1998 .

An investigation of the reaction between CH3 radicals and methanol at high temperatures

H. Wagner, C. Dombrowsky, 1989 .

Studies of unimolecular reactions of triatomic molecules

J. Troe, H. Olschewski, H. Wagner, 1967 .

On the Reaction of CH2(ã1A1) with HF

H. Wagner, R. Wagener, 1990 .

The Reactions of 1CH2(ã1A1) with C2HxF4‐x(x = 0, 2, 3, 4) and 1, 1‐C2HF2CI

H. Wagner, H. Carstensen, C. Rehbein, 1996 .

Rate Constants of the Reactions of CHCl (X̃1A′) with Ethylene, Propylene, and Acetylene

H. Wagner, H. Carstensen, C. Rehbein, 1997 .

Direct Rate Measurements for OH + OH → H2O + O in the Range 1200–1800 K

H. Wagner, R. Zellner, J. Ernst, 1977 .

Recent Progress in Detonation Research

A. K. Oppenheim, N. Manson, H. Wagner, 1963 .

Photocondensation in Benzene Vapor by Single UV Laser Flashes.

H. Wagner, M. Kauer, 1987 .

Reactions of Fluorobenzene, Chlorobenzene and Bromobenzene with Atomic Oxygen (O3P) in the Gas Phase

H. Frerichs, H. Wagner, M. Tappe, 1989 .

Who do Diffusion flames Emit smoke

John Kent, J. Kent, H. Wagner, 1984 .

Photolysis of tetramethylsilane near the absorption onset: mechanism and photophysics

Musahid Ahmed, H. Wagner, P. Potzinger, 1995 .

Kinetics of the Reaction NH2 + 1,3‐Butadiene

H. Wagner, W. Hack, M. Schröter, 1982 .

An Investigation of the Reaction between O(3P) and Benzene at High Temperatures

H. Leidreiter, H. Wagner, H. Gg. Wagner, 1989 .

Soot formation in a laminar diffusion flame

H. Jander, J. Kent, H. Wagner, 1981 .

A Reversed Coflowing Laminar Diffusion Flame

J. Kent, H. Wagner, 1984 .

Investigation of the Reactions of Benzonitrile, Ethylbenzene and Cumene with 0(3P) in the Gas Phase

H. Frerichs, H. Wagner, D.-V. Stucken, 1991 .

Kinetic Investigations of the Reactions of Tetramethylgermane, Tetraethylgermane, Tetramethoxygermane and 3,3-Diethylpentane with O(3P) Atoms

H. Wagner, A. Schneider, J.-T. Vollmer, 1997 .

RECENT PROGRESS IN DETONATION RESEARCH AND ITS RELATION TO ROCKET PROPULSION

A. K. Oppenheim, N. Manson, H. Gg. Wagner, 1963 .

The rate of the reaction of NH2 with O3

H. Wagner, W. Hack, O. Horie, 1981 .

THE RATE OF THE REACTION OF NH2 WITH OZONE

H. Wagner, W. Hack, O. Horie, 1981 .

THE INFLUENCE OF INITIAL TEMPERATURE ON THE LIMITS OF DETONABILITY

H. Wagner, D. Pawel, H. Vašatko, 1969 .

Experiments on velocity augmentation of spherical flames by grids

H. Wagner, H. Gg. Wagner, K. J. Dörge, 1976 .

Kinetics and Product Investigation of the Reactions of Various Alkylsilanes with Oxygen Atoms [O(3P)]

H. Wagner, D.-V. Stucken, J.-T. Vollmer, 1995 .

Reactions of Phenylsilanes with O(3P)-Atoms

C. Buchta, H. Wagner, D.-V. Stucken, 1994 .

Comparison of the Reactions of Mono‐ and Polycyclic Aromatic Hydrocarbons with Oxygen Atoms

H. Frerichs, H. Wagner, M. Tappe, 1990 .

A kinetic study of the reaction of NH2 with NO in the temperature range 1400–2800 K

H. Wagner, G. Friedrichs, J. Deppe, 1999 .

Reactions of biphenyl, methylnaphthalenes and phenanthrene with atomic oxygen (O 3P) in the gas phase

H. Frerichs, H. Wagner, M. Tappe, 1991 .

Investigations of the Reactions of Triethoxychlorosilane, Tetraethoxysilane, Triethoxysilane, Trichlorosilane and Trifluorosilane with Atomic Oxygen in the Electronic Ground State [O(3P)]

C. Buchta, H. Wagner, W. Wittchow, 1995 .

Kinetic Investigations of the Reactions of Monosilane, Monochlorosilane, Dichlorosilane, Trichlorosilane and Tetrachlorosilane with Atomic Oxygen in the Electronic Ground State (O(3P))

C. Buchta, H. Wagner, D.-V. Stucken, 1994 .

Investigations of the Reaction of Trimethylsilane with O(3P) Atoms

C. Buchta, H. Wagner, P. Marshall, 1994 .

Investigation of the reactions of the ethylchlorosilanes, tetraethylsilane and triethylsilanol with O(3P)

H. Wagner, D.-V. Stucken, C. Buchta, 1994 .

Investigation of the Reactions of Tetramethylsilane and Trimethylchlorosilane with O(3P) in the Gas Phase

C. Buchta, H. Wagner, D.-V. Stucken, 1993 .

Photolysis of hexamethyldisilane at 206 nm

H. Wagner, S. Patzer, N. L. Arthur, 1997 .

Burned Gas Compositions in Premixed C2H4-Air Flames Near the Lower Threshold of Soot Formation

H. Wagner, T. Richter, 1992 .

Multiphoton Excitation and Vibrational Energy Flow in N2F4

H. Wagner, C. Kleinermanns, 1980 .

Determination of the rate of the reaction of amidogen with oxygen

H. Wagner, W. Hack, O. Horie, 1982 .

Direct studies of elementary reactions of NH2-radicals in the gas phase

H. Wagner, W. Hack, F. Temps, 1985 .

REACTIONS OF FLUORINE ATOMS WITH WATER, HYDROGEN PEROXIDE, AND AMMONIA

H. Wagner, C. Walther, 1983 .