Search Results - "Falck, A.S."

Improving the use of ground-based radar rainfall data for monitoring and predicting floods in the Iguaçu river basin by Falck, A.S., Maggioni, V., Tomasella, J., Diniz, F.L.R., Mei, Y., Beneti, C.A., Herdies, D.L., Neundorf, R., Caram, R.O., Rodriguez, D.A.

“…•Applied an ensemble rainfall error model to radar-based rainfall fields.•Generated an ensemble of rainfall with improved statistical metrics.•The ensemble of…”
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Comparative study of electron-impact C(1s) core-excitation processes in C 2 and C 2N 2 molecules by Michelin, S.E., Mazon, K.T., Arretche, F., Tenfen, W., Oliveira, H.L., Falck, A.S., Scopel, M.A., da Silva, L.S.S., Fujimoto, M.M., Iga, I., Lee, M.-T.

“…Distorted-wave approximation (DWA) is applied to study core-orbital excitations in C 2and C 2N 2 molecules by electron impact. More specifically, we report…”
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Comparative study of electron-impact C(1s) core-excitation processes in C2 and C2N2 molecules by Michelin, S.E., Mazon, K.T., Arretche, F., Tenfen, W., Oliveira, H.L., Falck, A.S., Scopel, M.A., da Silva, L.S.S., Fujimoto, M.M., Iga, I., Lee, M.-T.

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Angle-resolved inner-shell excitation in N2 molecules by electron impact by Michelin, S.E., de Campos, A., da Silva, L.S.S., Falck, A.S., y Castro, E.A, Pessoa, O., Oliveira, H.L., Lee, M.-T.

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Angle-resolved inner-shell excitation in N 2 molecules by electron impact by Michelin, S.E., de Campos, A., da Silva, L.S.S., Falck, A.S., y Castro, E.A, Pessoa, O., Oliveira, H.L., Lee, M.-T.

“…Distorted-wave approximation is applied to study excitation of core-level electron in N 2 molecules by electron impact. More specifically, we report calculated…”
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