Title : Finite Elements ,Theory and Applications
Mohammad Izadyar (نویسنده اصلی), N. Zamani(نویسنده اصلی) , Ion Carstea, Daniela Carstea(نویسنده اصلی) , Arash Kiyoumarsi, Payman Moallem, Mohammadreza Hassanzadeh, Mehdi Moallem(نویسنده اصلی) , Branislav Radjenovic, Marija Radmilovic-Radjenovic(نویسنده اصلی) , Dumitru Cazacu, Nikos E.Mastorakis(نویسنده اصلی) , S. C. Mukhopadhyay, C. P. Gooneratne(نویسنده اصلی) , Nikos E. Mastorakis, Olga Martin(نویسنده اصلی) , Nikolai Kobasko(نویسنده اصلی) , M. S. Shah, R. D. Chaudhari(نویسنده اصلی) , Ion Carstea, Daniela Carstea, Alexandru Carstea(نویسنده اصلی) , Daniela Carstea(نویسنده اصلی) , Ion Carstea(نویسنده اصلی) , K. Kanaka Raju, B. Nageswara Rao, R. Marimuthu(نویسنده اصلی) , Olga Martin(نویسنده اصلی) , Hamid Keivani, Mehdi Farrokhrooz(نویسنده اصلی) , Professor Olga Martin(ویراستار علمی) , Prof. Nikos E. Mastorakis(ویراستار علمی) ,
Book type: تالیف
Publish No: اول
Publishe Date: 2007-06-01
Publisher: WSEAS Press
Abstract:
Theoretical study on the pyrolysis of allyl benzyl sulfide was carried out in the gas phase using the DFT method at the B3LYP/6-31G(d) level of the theory. Two possible mechanisms were studied, one of them includes a six-centered cyclic transition state a
Keywords:
Allyl benzyl sulfide, Pyrolysis, Gas phase, Concerted mechanism, DFT, Kinetic Parameters, Allyl benzyl sulfide, Pyrolysis, Gas phase, Concerted mechanism, DFT, Kinetic Parameters
Allyl benzyl sulfide, Pyrolysis, Gas phase, Concerted mechanism, DFT, Kinetic Parameters, Allyl benzyl sulfide, Pyrolysis, Gas phase, Concerted mechanism, DFT, Kinetic Parameters
