The Experts below are selected from a list of 58566 Experts worldwide ranked by ideXlab platform
David S. Green - One of the best experts on this subject based on the ideXlab platform.
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Pulsed Electron-Beam Ionization of Humid Air and Humid Air/Toluene Mixtures: Time-Resolved Cationic Kinetics and Comparisons with Predictive Models
Plasma Chemistry and Plasma Processing, 2015Co-Authors: L. Wayne Sieck, Thomas J. Buckley, John T. Herron, David S. GreenAbstract:The technique of pulsed electron-beam high-pressure mass spectrometry wasused to investigate the sequential cationic chemistry in humid air streamsat 4.2×102 Pa and 380 K. The system was then modeled usingthe ACUCHEM program, incorporating thirty-five reactions taken from theformulations given in Part I of the new National Institute of Standards andTechnology (NIST) Chemical Kinetics Database for Humid Air Plasmas. Theresulting temporal ion profiles were found to be in qualitative agreementwith the laboratory data. Analogous pulsed electron-beam measurements werealso carried out with humid air samples containing low levels of toluene,and these results were also reproduced qualitatively by a model incorporatingforty-eight reactions after the inclusion of an unexpected, but crucial,channel involving the reaction of an intermediate air-Generated Cluster ionwith toluene. The benefits of laboratory validation of predictive databasesin systems for which the literature data are incomplete are emphasized.
L. Wayne Sieck - One of the best experts on this subject based on the ideXlab platform.
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Pulsed Electron-Beam Ionization of Humid Air and Humid Air/Toluene Mixtures: Time-Resolved Cationic Kinetics and Comparisons with Predictive Models
Plasma Chemistry and Plasma Processing, 2015Co-Authors: L. Wayne Sieck, Thomas J. Buckley, John T. Herron, David S. GreenAbstract:The technique of pulsed electron-beam high-pressure mass spectrometry wasused to investigate the sequential cationic chemistry in humid air streamsat 4.2×102 Pa and 380 K. The system was then modeled usingthe ACUCHEM program, incorporating thirty-five reactions taken from theformulations given in Part I of the new National Institute of Standards andTechnology (NIST) Chemical Kinetics Database for Humid Air Plasmas. Theresulting temporal ion profiles were found to be in qualitative agreementwith the laboratory data. Analogous pulsed electron-beam measurements werealso carried out with humid air samples containing low levels of toluene,and these results were also reproduced qualitatively by a model incorporatingforty-eight reactions after the inclusion of an unexpected, but crucial,channel involving the reaction of an intermediate air-Generated Cluster ionwith toluene. The benefits of laboratory validation of predictive databasesin systems for which the literature data are incomplete are emphasized.
Thomas J. Buckley - One of the best experts on this subject based on the ideXlab platform.
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Pulsed Electron-Beam Ionization of Humid Air and Humid Air/Toluene Mixtures: Time-Resolved Cationic Kinetics and Comparisons with Predictive Models
Plasma Chemistry and Plasma Processing, 2015Co-Authors: L. Wayne Sieck, Thomas J. Buckley, John T. Herron, David S. GreenAbstract:The technique of pulsed electron-beam high-pressure mass spectrometry wasused to investigate the sequential cationic chemistry in humid air streamsat 4.2×102 Pa and 380 K. The system was then modeled usingthe ACUCHEM program, incorporating thirty-five reactions taken from theformulations given in Part I of the new National Institute of Standards andTechnology (NIST) Chemical Kinetics Database for Humid Air Plasmas. Theresulting temporal ion profiles were found to be in qualitative agreementwith the laboratory data. Analogous pulsed electron-beam measurements werealso carried out with humid air samples containing low levels of toluene,and these results were also reproduced qualitatively by a model incorporatingforty-eight reactions after the inclusion of an unexpected, but crucial,channel involving the reaction of an intermediate air-Generated Cluster ionwith toluene. The benefits of laboratory validation of predictive databasesin systems for which the literature data are incomplete are emphasized.
John T. Herron - One of the best experts on this subject based on the ideXlab platform.
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Pulsed Electron-Beam Ionization of Humid Air and Humid Air/Toluene Mixtures: Time-Resolved Cationic Kinetics and Comparisons with Predictive Models
Plasma Chemistry and Plasma Processing, 2015Co-Authors: L. Wayne Sieck, Thomas J. Buckley, John T. Herron, David S. GreenAbstract:The technique of pulsed electron-beam high-pressure mass spectrometry wasused to investigate the sequential cationic chemistry in humid air streamsat 4.2×102 Pa and 380 K. The system was then modeled usingthe ACUCHEM program, incorporating thirty-five reactions taken from theformulations given in Part I of the new National Institute of Standards andTechnology (NIST) Chemical Kinetics Database for Humid Air Plasmas. Theresulting temporal ion profiles were found to be in qualitative agreementwith the laboratory data. Analogous pulsed electron-beam measurements werealso carried out with humid air samples containing low levels of toluene,and these results were also reproduced qualitatively by a model incorporatingforty-eight reactions after the inclusion of an unexpected, but crucial,channel involving the reaction of an intermediate air-Generated Cluster ionwith toluene. The benefits of laboratory validation of predictive databasesin systems for which the literature data are incomplete are emphasized.
Li Yu-ling - One of the best experts on this subject based on the ideXlab platform.
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Clustering Algorithm in WSN Based on Communication Facility
Computer Engineering, 2010Co-Authors: Li Yu-lingAbstract:In order to enhance the flexibility of Generated Cluster,this paper proposes a new Clustering algorithm based on communication facility in Wireless Sensor Network(WSN).Different from traditional Clustering algorithm which generates Cluster construct by Cluster head,this algorithm combines with communication facility of node to form complete Cluster structure,inter-Cluster communication and intra-Cluster communication are all in multi-hop way.Simulation result shows that this algorithm is of less energy consumption,it is suitable for small node density and large-scale networks.