Good agreement between computed and experimental results was obtained using a nonisothermal reactor model that takes into account the existence of external .... Xiaohui Huang , Yujia Xia , Yuanjie Cao , Xusheng Zheng , Haibin Pan , Junfa Zhu , Chao M
Table 8. Selected Rate Equation and Kinetic Parameters for C2H2 and C2H4 Hydrogenation kinetic parameters log Ai. E (kcal/gmol). kA (m6/s kgcat kmol). 31.1.
Table 8. Selected Rate Equation and Kinetic Parameters for C2H2 and C2H4 Hydrogenation kinetic parameters log Ai. E (kcal/gmol). kA (m6/s kgcat kmol). 31.1.
Kinetics of Propylene and Ethylene Hydrogenation. M. V. Sussman, and ... Note: In lieu of an abstract, this is the article's first page. Click to increase image size ...
conclusions w r e presented by Farkas and Parkas (5) and Twigg. (22), after analogous studies. 24/40 STD. TAPER JC4lrlT. SEALED THR. WATER JACKET. U.
higher than the cost of acid from sulfur at a plant at Columbia,. Tenn. With credit for by-product fertilizer slag, the cost of pro- duction by the fusion process would ...
Jul 1, 1995 - Jinlong Gong , Hairong Yue , Yujun Zhao , Shuo Zhao , Li Zhao , Jing Lv , Shengping Wang , and Xinbin Ma. Journal of the American Chemical ...
Zhenhua Li , Weihan Wang , Jing Lv , and Xinbin Ma. Industrial & Engineering Chemistry Research 2013 52 (8), 2814-2823. Abstract | Full Text HTML | PDF ...
Kinetics of the Hydrogenation of Diethyl Oxalate to Ethylene Glycol ... of High-Silica HâY Acid Sites in Dimethoxymethane Carbonylation by NH3 Poisoning.
Esso Research andEngineering Co., Linden, New Jersey. (Received October 30, 1963). The kinetics of ethylene hydrogenation havebeen investigated over a ...
4014
Ind. Eng. Chem. Res. 1997, 36, 4014
Volume 35, Number 5 Kinetics of Front-Acetylene Hydrogenation in Ethylene Production. Noemi S. Schbib, Miguel A. Garcia, Carlos E. Gigola, and Alberto F. Errazu* Page 1502. Table 8 should read as follows: IE970831M Table 8. Selected Rate Equation and Kinetic Parameters for C2H2 and C2H4 Hydrogenation kinetic parameters
log Ai
E (kcal/gmol)
kA (m6/s kgcat kmol) kE (m6/s kgcat kmol) KH (m3/kmol) KCO (m3/kmol) KE (m3/kmol) KEt (m3/kmol) KA (m3/kmol)
