Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent
Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent
De La Salle UniversityOPTIMIZATION OF THE PARTIAL OXIDATION OF METHANEON Ni-MgO/a-ALIMINA MONOLITH CATALYST IN A REVERSE FLOW REACTOR USING THE -METHO Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent OD OF STEEPEST ASCENTA Thesis presented to the Faculty of the Graduate School of Chemical Engineering College of EngineeringDE LA SALLE UNIVERSITY - MANILAIn Partial Fulfillment of the Requirements for the Degree of Master of Science in Chemical EngineeringBy Trung Kim NguyenThesis Adviser Prof Dr. Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent Luis F. RazonThesis Co-Adviser Prof Dr. Raymond R. Tan Prof. Dr. Hirofumi HinodeNovember, 2009De La Salle UniversityAPPROVAL SHEETThis Thesis hereto eOptimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent
ntitled:“OPTIMIZATION OE THE PARTIAL OXIDATION OE METHANEON Ni-MgO/u-ALl MINA MONOLITH C ATALYST IN A REVERSE FLOW REACTOR USING HIE METHOD OF STEEPESDe La Salle UniversityOPTIMIZATION OF THE PARTIAL OXIDATION OF METHANEON Ni-MgO/a-ALIMINA MONOLITH CATALYST IN A REVERSE FLOW REACTOR USING THE -METHO Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent Engineering has been examined and is recommended for acceptance and ORAL EXAMINATION.Thesis AdviserApproval by the Committee on Oral Examination November 6th, 2009.Prof. Dr. Raymond R. TanThesis Co-Adviserwith a grade of PASSED onProf. Dr J Leonila c. Abella7 Memberif. Dr. Susan M. GallardoMemberacc Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent epted in partial fulfillment of the requirements for the degree of Master of Science major in Chemical Engineering.College of EngineeringDe La Salle UOptimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent
niversityACKNOWT T.DGF.N ĨENTI llis thesis is dedicated to Almighty God who is the source of wisdom and knowledge and thank God for giving me the streDe La Salle UniversityOPTIMIZATION OF THE PARTIAL OXIDATION OF METHANEON Ni-MgO/a-ALIMINA MONOLITH CATALYST IN A REVERSE FLOW REACTOR USING THE -METHO Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent gineering Education Development Network (AUN. SFFD-Ner) tor its financial support and for giving me an opportunity to study in De ĩ.a Salle University - Manila.r 1 am mdebted to De La Salle University for furnishing very good facilities and the best conditions to finish the experiments. 1 am very pl Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent eased to be a student of De La Salle University.r I want to express my deepest gratitude to Dr. Luis Razon, my thesis adviser, for inspiring and helpiOptimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent
ng me to overcome many difficulties during my experiments. This thesis would not have been possible without your support Thank you for patiently editiDe La Salle UniversityOPTIMIZATION OF THE PARTIAL OXIDATION OF METHANEON Ni-MgO/a-ALIMINA MONOLITH CATALYST IN A REVERSE FLOW REACTOR USING THE -METHO Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent always been appreciated.>1 owe my deep gratitude to my diesis co-advisci. Dr. Raymond Tan. whose guidance and support enabled me to develop a deeper understanding of this topic. Thank you for spending time to correct my thesis.>Ĩ also want to thank my Japanese coadviser. Dr. Hirotiimi Hinode. for gi Optimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent ving US instructions and support when they are needed and spending valuable rime to visit and help ILS in De T.a Salle University.>1 am heartily thankOptimization of the partial oxidation of methane on ni mgo α alumina monolith catalyst in a reverse flow reactor using the method of steepest ascent
ful to my thesis panel. Dr. Joseph Aurescma (panel chair). Dr. Leonila Abella. Dr. Susan Gallardo for offering me a lol of comments and suggestions toDe La Salle UniversityOPTIMIZATION OF THE PARTIAL OXIDATION OF METHANEON Ni-MgO/a-ALIMINA MONOLITH CATALYST IN A REVERSE FLOW REACTOR USING THE -METHODe La Salle UniversityOPTIMIZATION OF THE PARTIAL OXIDATION OF METHANEON Ni-MgO/a-ALIMINA MONOLITH CATALYST IN A REVERSE FLOW REACTOR USING THE -METHOGọi ngay
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