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| 1 | Decomposition of nitrous oxide at medium temperatures显示文摘 | Loffler Gerhard Wargadalam Verina J Winter Franz | 2000 | Combustion and Flame2000，120，4： | 1 |
| 2 | Decomposition of nitrous oxide at medium temperatures显示文摘 | Loffler Gerhard Wargadalam Verina J Winter Franz | 2000 | Combustion and Flame2000，120，4： | 1 |
| 3 | The No and N2O formation mechanism under Circulating Fluidized Bed eombustor conditions, from the single particle to the pilo Scale显示文摘 | Franz Winter Gerhard Loffler | 1999 | Canadian Journal of Chemical Engineering1999，77，： | 1 |
| 4 | Heavy metal removal from sewage sludge ash and municipal solid waste fly ash — A comparison显示文摘 | Benedikt Nowak Philipp Aschenbrenner Franz Winter | 2013 | Fuel Processing Technology2013，，： | 1 |
| 5 | Heavy metal removal from MSW fly ash by means of chlorination and thermal treatment: Influence of the chloride type显示文摘 | Benedikt Nowak Sandra Frías Rocha Philipp Aschenbrenner Helmut Rechberger Franz Winter | 2011 | Chemical Engineering Journal2011，，： | 1 |
| 6 | Catalytic effect of biomass ash on CO, CH4 and HCN oxidation under fluidized bed com- bustor conditions显示文摘 | GERHARD LOFFLER VERINA J WARGADALAM FRANZ WINTER | 2002 | Fuel2002，81，6： | 1 |
| 7 | N 2 O emission under fluidized bed combustion condition显示文摘 | B.X Shen T Mi D.C Liu B Feng Q Yao Franz Winter | 2002 | Fuel Processing Technology2002，，1： | 1 |
| 8 | The NO and N2O formation mechanism under circulating fluidized bed combustor conditions: from the single particle to the pilot-scale显示文摘 | Franz Winter Gerhard Loffler | 1999 | The Canadian Journal of Chemical Engineering1999，77，： | 1 |
| 9 | Reduction Behavior of Hematite to Magnetite Under Fluidized Bed Conditions 显示文摘 | Christoph Feilmayr Albin Thumhofer Franz Winter | 2004 | ISIJ Int2004，44，7： | 1 |
| 10 | Theoretical analysis on the injection of H2 ,CO, CH4 rich gases into the blast furnace 显示文摘 | DietmarAndahazy Gerhard Loffler Franz Winter | 2005 | ISIJ International2005，45，2： | 1 |
| 11 | Reducing ability of CO and I-I2 of gases formed in the lower part of the blast furnace by gas and oil injection 显示文摘 | Sabine Slaby Dietmar Andahazy Franz Winter | 2006 | ISIJ International2006，146，7： | 1 |
| 12 | Reducing Ability of CO and H2 of Gases Formed in the Lower Part of the Blast Furnace by Gas and Oil Injection显示文摘 | Slaby Sabine Andahazy Dietmar Winter Franz | | 0，，07： | 1 |
| 13 | Design and simulation of gas burner ejectors显示文摘Ignition within gas burner ejectors can lead to off design conditions and has significant influence on the burner behavior.Thus ignition in the ejector should be prevented.In the present study the influence of combustion reactions on the performance of gas burner injectors is investigated.To investigate if ignition is possible,simulated ignition delay times,using a detailed reaction mechanism,are compared to predicted mean residence times of the gas in the ejector.Gas burner ejectors are designed using one dimensional analytic equations,based on energy and momentum conservation equations and conventional isentropic equations.1D results are compared to 2D computational fluid dynamics(CFD)simulations,to take into account non-ideal mixing effects along the ejector.Results are validated with experiments with air at room temperature.1D results show very good agreement not only with CFD simulations for the case of non-reactive flows,but also with performed experiments.It is shown that the assumption of ideal mixing along the ejector and thus the comparison of the ignition delay time to the gas mean residence time,to predict ignition in the ejector,is not valid.Ignition in the ejector is possible,even if the ignition delay time is more than thirty times higher than the mean residence time.In addition to that,it is shown,that ignition and the choice of reaction mechanism have significant influence on the predicted gas burner ejector performance.Thus,the accurate prediction of ignition delay time and the use of a detailed reaction kinetic are mandatory to correctly predict the burner ejector behavior. | Mario Pichler Florian Wesenauer Christian Jordan Stefan Puskas Bernhard Streibl Franz Winter Michael Harasek | 2021 | Carbon Resources Conversion2021，4，1： | 0 |
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