M.J. TAULAMET; O.M. MARTÍNEZ; G.F. BARRETO; N.J. MARIANI

Influence of non-isotropic diffusion on effective reaction rates in catalyst particles

LATIN AMERICAN APPLIED RESEARCH; Lugar: Bahia Blanca; Año: 2023 vol. 53 p. 59 - 64

TAULAMET, MARÍA J.; MARTÍNEZ, OSVALDO M.; BARRETO, GUILLERMO F.; MARIANI, NÉSTOR J.

On the estimation of effectiveness factor in metallic monoliths presenting non-uniform coatings

CHEMICAL ENGINEERING AND PROCESSING; Año: 2022 vol. 181

TAULAMET, M.J.; MARIANI, N.J.; MARTÍNEZ, O.M.; BARRETO, G.F.

Prediction of effective reaction rates in monoliths presenting channels of non-uniform coating

CATALYSIS TODAY; Año: 2021 vol. 372 p. 226 - 237

TAULAMET, M.J.; MARIANI, N.J.; MARTÍNEZ, O.M.; BARRETO, G.F.

Prediction of effective reaction rates in catalytic systems of multiple reactions using one-dimensional models

CHEMICAL ENGINEERING JOURNAL; Año: 2018 vol. 335 p. 876 - 886

MARÍA J. TAULAMET; NÉSTOR J. MARIANI; GUILLERMO F. BARRETO; OSVALDO M. MARTÍNEZ

Prediction of thermal behavior of trickle bed reactors: the effect of the pellet shape and size

FUEL; Lugar: Amsterdam; Año: 2017 vol. 202 p. 631 - 640

M.J. TAULAMET; N.J. MARIANI; O.M. MARTÍNEZ; G.F. BARRETO

TRANSFERENCIA DE CALOR EN REACTORES TRICKLE-BED: INFLUENCIA DE LA FORMA Y TAMAÑO DEL RELLENO

Investigacion Joven; Lugar: La Plata; Año: 2015 vol. 2 p. 96 - 97

MARÍA J. TAULAMET; NÉSTOR J. MARIANI; GUILLERMO F. BARRETO; MARÍA J. TAULAMET

A critical review on heat transfer in trickle bed reactors

REVIEWS IN CHEMICAL ENGINEERING; Año: 2015 vol. 31 p. 97 - 118

MARÍA J. TAULAMET; NÉSTOR J. MARIANI; GUILLERMO F. BARRETO; OSVALDO M. MARTÍNEZ

Estimation of overall heat transfer coefficients in packed beds with cocurrent downflow of gas and liquid

FUEL; Lugar: Amsterdam; Año: 2014 vol. 138 p. 176 - 182

NÉSTOR J. MARIANI; MARÍA J. TAULAMET; S.D. KEEGAN; OSVALDO M. MARTÍNEZ; G.F. BARRETO

Prediction of Effectiveness Factor Using One-Dimensional Approximations for Complex Pellet Shapes and Abnormal Kinetics Expressions

INDUSTRIAL & ENGINEERING CHEMICAL RESEARCH; Lugar: Washington; Año: 2013 vol. 52 p. 15321 - 15329