Citation: S. Deshmukh et Jl. Ditri, TRANSIENT KINETICS INVESTIGATIONS OF REACTION INTERMEDIATES INVOLVED IN CF2CL2 HYDRODECHLORINATION, Catalysis today, 40(4), 1998, pp. 377-385
Citation: Ea. Lombardo et al., THE POSSIBLE ROLE OF NITROMETHANE IN THE SCR OF NOX WITH CH4 OVER M-ZSM5 (M = CO, H, FE, CU), Journal of catalysis, 173(2), 1998, pp. 440-449
Citation: Tk. Cheung et al., PROTOLYTIC CRACKING OF LOW-MOLECULAR-WEIGHT ALKANES IN THE PRESENCE OF IRON-PROMOTED AND MANGANESE-PROMOTED SULFATED ZIRCONIA - EVIDENCE OFA COMPENSATION EFFECT, Chemical Engineering Science, 52(24), 1997, pp. 4607-4613
Citation: Z. Karpinski et al., CATALYTIC HYDRODECHLORINATION OF 1,1-DICHLOROTETRAFLUOROETHANE BY PD AL2O3/, Journal of catalysis, 164(2), 1996, pp. 378-386
Authors:
LUKYANOV DB
LOMBARDO EA
SILL GA
DITRI JL
HALL WK
Citation: Db. Lukyanov et al., SELECTIVE CATALYTIC REDUCTION (SCR) OF NO WITH METHANE OVER COZSM-5 AND HZSM-5 ZEOLITES - ON THE ROLE OF FREE-RADICALS AND COMPETITIVE OXIDATION REACTIONS, Journal of catalysis, 163(2), 1996, pp. 447-456
Citation: Db. Lukyanov et al., COMPARISON OF CATALYZED AND HOMOGENEOUS REACTIONS OF HYDROCARBONS FORSELECTIVE CATALYTIC REDUCTION (SCR) OF NOX (VOL 153, PG 265, 1995), Journal of catalysis, 163(2), 1996, pp. 507-507
Citation: Tk. Cheung et al., NEOPENTANE CRACKING CATALYZED BY IRON-PROMOTED AND MANGANESE-PROMOTEDSULFATED ZIRCONIA, Catalysis letters, 31(2-3), 1995, pp. 153-163
Citation: Db. Lukyanov et al., COMPARISON OF CATALYZED AND HOMOGENEOUS REACTIONS OF HYDROCARBONS FORSELECTIVE CATALYTIC REDUCTION (SCR) OF NOX, Journal of catalysis, 153(2), 1995, pp. 265-274
Citation: Tk. Cheung et al., CRACKING OF N-BUTANE CATALYZED BY IRON-PROMOTED AND MANGANESE-PROMOTED SULFATED ZIRCONIA, Journal of catalysis, 153(2), 1995, pp. 344-349
Citation: Tk. Cheung et al., LOW-TEMPERATURE SUPERACID CATALYSIS - REACTIONS OF N-BUTANE CATALYZEDBY IRON-PROMOTED AND MANGANESE-PROMOTED SULFATED ZIRCONIA, Journal of catalysis, 151(2), 1995, pp. 464-466
Citation: Jl. Ditri et Wmh. Sachtler, SELECTIVE REDUCTION OF NITRIC-OXIDE OVER CU ZSM-5 - THE ROLE OF OXYGEN IN SUPPRESSING CATALYST DEACTIVATION BY CARBONACEOUS DEPOSITS/, Applied catalysis. B, Environmental, 2(2-3), 1993, pp. 120000007-120000015