Search Results - "Urquijo, J. de"

Electron drift velocities in He and water mixtures: measurements and an assessment of the water vapour cross-section sets by de Urquijo, J, Basurto, E, Juárez, A M, Ness, K F, Robson, R E, Brunger, M J, White, R D

“…The drift velocity of electrons in mixtures of gaseous water and helium is measured over the range of reduced electric fields 0.1-300 Td using a…”
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A complete data set for the simulation of electron transport through gaseous tetrahydrofuran in the energy range 1–100 eV by García-Abenza, A., Lozano, A. I., Álvarez, L., Oller, J. C., Blanco, F., Stokes, P., White, R. D., Urquijo, J. de, Limão-Vieira, P., Jones, D. B., Brunger, M. J., García, G.

“…A self-consistent data set, with all the necessary inputs for Monte Carlo simulations of electron transport through gaseous tetrahydrofuran (THF) in the energy…”
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Negative ion clusters in oxygen: collision cross sections and transport coefficients by de Urquijo, J., Bekstein, A., Ducasse, O., Ruíz-Vargas, G., Yousfi, M., Benhenni, M.

“…Using a pulsed Townsend experiment, we have observed the formation of two negative ion species in oxygen over the pressure range 100–600 torr, and the…”
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Comment on "NOx production in laboratory discharges simulating blue jets and red sprites" by Harold Peterson et al by de Urquijo, J., Gordillo-Vázquez, F. J.

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The Mobility of Negative Ions in \hbox \hbox, \hbox\hbox\hbox , \hbox\hbox\hbox, \hbox\hbox\hbox, \hbox\hbox, and \hbox, and of Positive Ions in \hbox \hbox and \hbox\hbox by de Urquijo, J., Juarez, A.M.

“…Using a pulsed Townsend technique, the drift velocity and the mobility of positive ions in C 2 F 4 and C 4 F 8 and those of negative ions in C 2 F 6 , CHF 3 ,…”
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A Numerical Simulation Code for Electronic and Ionic Transients From a Time-Resolved Pulsed Townsend Experiment by de Urquijo, J., Juarez, A.M., Rodriguez-Luna, J.C., Ramos-Salas, J.S.

“…A numerical code which calculating the spatio-temporal development of the discharge current in the Townsend regime has been developed. This code was written in…”
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Transport properties of electron swarms in tetrahydrofuran under the influence of an applied electric field by Garland, N. A., Brunger, M. J., Garcia, G., de Urquijo, J., White, R. D.

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Electron Swarm Coefficients in \hbox - \hbox and \hbox- \hbox Mixtures by Yousfi, M., de Urquijo, J., Juarez, A., Basurto, E., Hernandez-Avila, J.L.

“…The electron swarm coefficients (i.e., drift velocity, longitudinal diffusion coefficient, and effective ionization coefficient) have been measured using a…”
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Electron drift velocities in mixtures of helium and xenon and experimental verification of corrections to Blanc's law by Sasić, O, Jovanović, J, Petrović, Z Lj, de Urquijo, J, Castrejón-Pita, J R, Hernández-Avila, J L, Basurto, E

“…Measurements of electron drift velocities were performed in pure Xe and He and in a number of mixtures ranging up to 70% of Xe. The data were obtained by using…”
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Data and modeling of negative ion transport in gases of interest for production of integrated circuits and nanotechnologies by PETROVIC, Z. Lj, RASPOPOVIC, Z. M, STOJANOVIC, V. D, JOVANOVIC, J. V, MALOVIC, G, MAKABE, T, DE URQUIJO, J

“…We review techniques to prepare, evaluate and apply sets of cross section and transport data for negative ions that are required for the modeling of…”
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Measurement of electron swarm coefficients in C2F4-Xe and evidence of Penning ionization in C2F4-Ar by Bekstein, A., de Urquijo, J., Hernández-Ávila, J. L., Basurto, E.

“…We have measured the electron drift velocity, the effective ionization coefficient, and the longitudinal diffusion coefficient of electrons in the C 2 F 4 -Xe…”
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Electron swarm coefficients in 1,1,1,2 tetrafluoroethane (R134a) and its mixtures with Ar by de Urquijo, J., Juárez, A. M., Basurto, E., Hernández-Ávila, J. L.

“…Using a pulsed Townsend technique, we have measured the drift velocity, the longitudinal diffusion coefficient and the effective ionisation coefficient of…”
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LXCat: an Open‐Access, Web‐Based Platform for Data Needed for Modeling Low Temperature Plasmas by Pitchford, Leanne C., Alves, Luis L., Bartschat, Klaus, Biagi, Stephen F., Bordage, Marie‐Claude, Bray, Igor, Brion, Chris E., Brunger, Michael J., Campbell, Laurence, Chachereau, Alise, Chaudhury, Bhaskar, Christophorou, Loucas G., Carbone, Emile, Dyatko, Nikolay A., Franck, Christian M., Fursa, Dmitry V., Gangwar, Reetesh K., Guerra, Vasco, Haefliger, Pascal, Hagelaar, Gerjan J. M., Hoesl, Andreas, Itikawa, Yukikazu, Kochetov, Igor V., McEachran, Robert P., Morgan, W. Lowell, Napartovich, Anatoly P., Puech, Vincent, Rabie, Mohamed, Sharma, Lalita, Srivastava, Rajesh, Stauffer, Allan D., Tennyson, Jonathan, de Urquijo, Jaime, van Dijk, Jan, Viehland, Larry A., Zammit, Mark C., Zatsarinny, Oleg, Pancheshnyi, Sergey

“…LXCat is an open‐access platform (www.lxcat.net) for curating data needed for modeling the electron and ion components of technological plasmas. The data types…”
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A complete data set for the simulation of electron transport through gaseous tetrahydrofuran in the energy range 1–100 $$\hbox {eV} by García-Abenza, A., Lozano, A. I., Álvarez, L., Oller, J. C., Blanco, F., Stokes, P., White, R. D., Urquijo, J. de, Limão-Vieira, P., Jones, D. B., Brunger, M. J., García, G.

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Generation of an H 3+( v = 0) beam and its diagnosis from the observation of its polar dissociation in collision with He by Yousif, F.B., Hinojosa, G., de Urquijo, J., Cisneros, C., Alvarez, I.

“…Ground state H 3 + ions in their lowest vibrational level were produced, and the initial vibrational state of the H 3 + ions was qualitatively observed as a…”
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Comment on “NO x production in laboratory discharges simulating blue jets and red sprites” by Harold Peterson et al by de Urquijo, J., Gordillo‐Vázquez, F. J.

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Electron swarm coefficients in CO2-N2 and CO2-O2 mixtures by Yousfi, Mohammed, Urquijo, J. De, Juarez, A. M., Basurto, E., Hernández-Ávila, J.L.

“…The electron swarm coefficients (i.e., drift velocity, longitudinal diffusion coefficient, and effective ionization coefficient) have been measured using a…”
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The Mobility of Negative Ions in hbox CF 3 hbox I , hbox CF 3 hbox I a hbox N 2 , hbox CF 3 hbox I a hbox Ar , hbox CF 3 hbox I a hbox Xe , hbox C 2 hbox F 6 , and hbox CHF 3 , and of Positive Ions in hbox C 2 hbox F 4 and hbox c a C 4 hbox F 8 by de Urquijo, J, Juarez, A M

“…Using a pulsed Townsend technique, the drift velocity and the mobility of positive ions in C sub(2)F sub(4) and C sub(4)F sub(8) and those of negative ions in…”
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Angular and velocity distributions of the HD+ and D2+ fragments from HD2+ colliding with He at energies of 1 to 5 keV by ALVAREZ, I, MARTINEZ, H, CISNEROS, C, DE URQUIJO, J

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N + charge transfer and N 2 + dissociation in N 2 at swarm energies by Basurto, E., de Urquijo, J., Cisneros, C., Alvarez, I.

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