MINIMIZING DIFFUSION LIMITATIONS IN POROUS CATALYSTS THROUGH RATIONAL DESIGN OF THE MACROPORE NETWORK: APPLICATION TO THE ALKYLATION OF BENZENE WITH ETHYLENE Conference attendances
| Language | Английский | ||||||
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| Participant type | Устный | ||||||
| Conference |
XII International Conference on Chemical Reactors 19-23 Sep 2016 , London |
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Abstract:
Section: I. Advances in Chemical Reactor Fundamentals Number: OP-I-4 Pages: 47-48
Cite:
Coppens M-O.
, Rao S.M.
, Saraci E.
, Gläser R.
MINIMIZING DIFFUSION LIMITATIONS IN POROUS CATALYSTS THROUGH RATIONAL DESIGN OF THE MACROPORE NETWORK: APPLICATION TO THE ALKYLATION OF BENZENE WITH ETHYLENE
XII International Conference on Chemical Reactors 19-23 Sep 2016
MINIMIZING DIFFUSION LIMITATIONS IN POROUS CATALYSTS THROUGH RATIONAL DESIGN OF THE MACROPORE NETWORK: APPLICATION TO THE ALKYLATION OF BENZENE WITH ETHYLENE
XII International Conference on Chemical Reactors 19-23 Sep 2016