The Experts below are selected from a list of 291 Experts worldwide ranked by ideXlab platform
V Pirronello - One of the best experts on this subject based on the ideXlab platform.
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formation of Nitrogen Oxides via no o2 gas solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
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Formation of Nitrogen Oxides via NO + O2 gas–solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
Marco Minissale - One of the best experts on this subject based on the ideXlab platform.
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formation of Nitrogen Oxides via no o2 gas solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
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Formation of Nitrogen Oxides via NO + O2 gas–solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
Habiba Chaabouni - One of the best experts on this subject based on the ideXlab platform.
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formation of Nitrogen Oxides via no o2 gas solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
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Formation of Nitrogen Oxides via NO + O2 gas–solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
S. Baouche - One of the best experts on this subject based on the ideXlab platform.
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formation of Nitrogen Oxides via no o2 gas solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
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Formation of Nitrogen Oxides via NO + O2 gas–solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
E Congiu - One of the best experts on this subject based on the ideXlab platform.
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formation of Nitrogen Oxides via no o2 gas solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).
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Formation of Nitrogen Oxides via NO + O2 gas–solid reaction on cold surfaces
Chemical Physics Letters, 2013Co-Authors: Marco Minissale, S. Baouche, E Congiu, Audrey Moudens, G Manico, François Dulieu, Habiba Chaabouni, V PirronelloAbstract:Abstract The oxidation of Nitrogen monoxide has implications for the complex atmospheric chemistry of Antarctica, as well as for planetary atmospheres. In this study we unveil that O 2 adsorbed on a cold surface reacts with a very high efficiency with NO coming from the gas phase to form NO 2 . Via two molecular beams, O 2 and NO molecules are aimed at a cold (10 K) sample held in a UHV chamber. NO 2 is formed independently of the surface composition and morphology. We show that the NO + O 2 reaction occurs mainly through the direct Eley Rideal mechanism to form Nitrogen Oxides (NO 2 , N 2 O 3 , N 2 O 4 ).