GRADUATE SCHOOL COURSE DESCRIPTOIONS

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School Couse Descriptions Graduate School Course Descriptions

Course: Transport Phenomena and Operation
Instructor:Professor Kohei OGAWA, Associate Professor Shiro YOSHIKAWA
Term Semester:1
Credit:2-0-0
Desicription:Various kinds of problems concerned with chemical reaction and transport phenomena in chemical equipment are discussed. Advanced information on the relation between the reaction and the transport phenomena in complex fluid flow field is presented.

Course: Advanced Chemical Reaction Engineering
Instructor:Professor Kazuhisa OHTAGUCHI
Term Semester:1
Credit:2-0-0
Desicription:This course is intended for Chemical Engineering majors. Prereq of “Chemical Reaction Engineering-1” undergraduate-course recommended.The objective of this course is to provide a foundation for mathematical modeling the chemical and biochemical systems in terms of linear and nonlinear, ordinary and partial, differential equations. The main topics include: state space analysis; stability of dynamic models, conservation of mass, pollution in rivers; reaction-diffusion model for morphogenesis; cycles and bifurcation; cusp catastrophes, and chaos.

Course: Physico-chemical Property Analyses in Chemical Engineering
Instructor:
Term Semester:2
Credit:2-0-0
Desicription:A lecture consists of fundamentals and applications of some physical properties required for the analyses and understandings of transportation phenomena and other various phenomena accompanied with physical chemistry-change.

Course: Advanced Energy Transfer Operations
Instructor:Professor Masaaki SUZUKI, Associate Professor Hidetoshi SEKIGUCHI
Term Semester:2
Credit:2-0-0
Desicription:The modeling and analysis methods of complicated processes accompanied with energy transfer are lectured. Simultaneously, various problems of the energy process and the energy conversion process including chemical reactions, mass transfer and phase changes are lectured.

Advanced Separation Operations
Instructor:Professor Junjiro KAWASAKI, Associate Professor Hitoshi KOSHUGE
Term Semester:1
Credit:2-0-0
Desicription: -In the preparation-

Advanced Chemical Equipment Design
Instructor:Professor Ken TSUDA, Associate Professor Masatoshi KUBOUCHI
Term Semester:1
Credit:2-0-0
Desicription:On the basis of the subject of ﾒChemical Equipment Design and Materials ﾓ in bachelor, the class offers the knowledge of the designing method of chemical equipments under sever and/or complicated conditions.

Course: Process System Analysis
Instructor:Professor Chiaki KURODA
Term Semester:2
Credit:2-0-0
Desicription:This lecture aims to teach analytic methods of system engineering which are necessary to plan, design, construct, and operate chemical process systems efficiently and safely. The talks include intelligent system technology for nonlinear complicated systems.

Catalytic Process and Engineering
Instructor:Professor Hiroo NIIYAMA, Associate Professor Takashi AIDA
Term Semester:2
Credit:2-0-0
Desicription:The topics of the class are the application of chemistry of catalysts and catalytic reactions to the industry,especially to synthesis of process systems, selection of reactor operation and design of the reactor. This class is spoken in English.

Course: Bioreaction System Engineering
Instructor:Professor Hajime UNNO, Associate Professor Yasunori Tanji
Term Semester:2
Credit:2-0-0
Desicription: -In the preparation-
Course: Essentials of Chemical Engineering |
Instructor:Professor Junjiro KAWASAKI, Professor Ken TSUDA,　Professor Kohei OGAWA
Term Semester:1
Credit:2-0-0
Desicription:Essentials of chemical engineering, required for chemical engineers to accomplish the research and development activities are lectured. Students obtain essential knowledge and information about fundamentals of chemical engineering (thermodynamics, material science and so on), momentum and mass transport phenomena closely related with various unit operations and an intimate relationship between them.

Course: Essentials of Chemical Engineering ||
Instructor:Professor Masaaki SUZUKI, Professor Chiaki KURODA, Professor Kazuhisa OHTAGUCHI, Professor Hiroo NIIYAMA, Associate Professor Tetsuo FUCHINO
Term Semester:2
Credit:2-0-0
Desicription:Essentials of chemical engineering, required for chemical engineers to accomplish the research and development activities are lectured. Students obtain essential knowledge and information about fundamentals of chemical engineering (thermodynamics, material science and so on), momentum and mass transport phenomena closely related with various unit operations and an intimate relationship between them.

Course: Innovative Chemical Process Synthesis
Instructor:Professor Ken TSUDA, Professor Chiaki KURODA, Associate Professor Shiro YOSHIKAWA
Term Semester:1
Credit:1-1-0
Desicription: -In the preparation-
Course: Project Management
Instructor:Associate Professor Tetsuo FUCHINO, Professor Masaaki MURAKI
Term Semester:2
Credit:2-0-0
Desicription:A project is the joint work by engineers with various viewpoints to achieve the purpose, and the progress evaluation and management become indispensable for the execution. In this class, methodology to analyze the information flow between sub-tasks which constitute the project is considered, and the project management supporting environment is discussed.

Course: Chemical Technology and Resource, Energy, Safety, Engineering
Instructor:Masaru MASUDA
Term Semester:1
Credit:2-0-0
Desicription:Lectures on technology innovations that lead to structural reform in industry/ economy/society; illustrating its history and present problems concerning resource/energy/safety. Comments and actual examples will be given on management of chemical substances which is in acute demand following the increase in circulation/use/waste caused by the growth of development and production of chemical substances.

Course: Advanced Electrochemistry
Instructor:Associate Professor Ichiro YAMANAKA
Term Semester:1
Credit:2-0-0
Desicription: -In the preparation-
Course: Advanced Synthetic Polymer Chemistry
Instructor:Professor Mitsuru UEDA, Associate Professor Masato, SUZUKI
Term Semester:1
Credit:2-0-0
Desicription: -In the preparation-
Course: Advanced Course of Ceramic Processing
Instructor:Professor Nobuyasu MIZUTANI, Associate Professor Kazuo SHINOZAKI
Term Semester:2
Credit:2-0-0
Desicription: -In the preparation-
Course: Advanced of Surface Chemistry
Instructor:Professor Tetsuo SAJI, Associate Professor Eiichi SUZUKI, Associate Professor Ichiro YAMANAKA
Term Semester:2
Credit:2-0-0
Desicription: -In the preparation-
Course: Topics of Transport Phenomena
Instructor:Associate Professor Shiro YOSHIKAWA, Associate Professor Hidetoshi SEKIGUCHI
Term Semester:2
Credit:2-0-0(Odd Years)
Desicription: |. Explain on Fundamentals and Applications of Momentum, Heat and Mass Transfer
||.
  1. Basics of Momentum Transport Phenomena
  2. Momentum Transfer in Equipments
  3. Basics of Heat Transport Phenomena
  4. Heat Transfer Operation
  5. Simultaneous Transfer of Mass and Heat
Course: Advanced Topics of Chemical Equipment Design and Materials
Instructor:Professor Ken TSUDA
Term Semester:2
Credit:2-0-0
Desicription:The class offers the basic knowledge of the designing method of cylindrical chemical equipments and materials strength. In addition, recent topics on materials technology will be presented.

1.　　Basic of Strength of Materials

2.　　Design of Pipe

3.　　Design of Thin-walled Cylindrical Vessel for Internal Pressure

4.　　 Design of Thick-walled Cylindrical Vessel for Internal Pressure

5.　　 Design of External Pressure Vessel

6.　　Thermal Stress

7.　　 Materials for Chemical Equipments

8.　　Basic of Corrosion in Chemical Equipments

9.　　 Other Topics

[ Remark ] Students who have already taken or intend to take following subjects cannot attend this subject.

・“Chemical Equipment Design and Materials”( undergraduate subject)

・“Advanced Chemical Equipment Design”(graduate subject)
Course: Heterogeneous Catalysis
Instructor:profssor Kiyoshi OTSUKA, profssor Ken-Ich AIKA, profssor Hiroo NIIYAMA
Term Semester:1
Credit:2-0-0(Even year)
Desicription:The class offers the basic knowledge of the mechanisms and applications of heterogeneous catalysis and the related phenomena.
  1. Introduction (Principles, advantages)
  2. Adsorption (Physisoption, Chemisorption)
  3. Kinetics of Catalytic Reactions
  4. Catalysis by Solid Acids and Bases
  5. Catalysis by Metals (Hydrogenation, Ammonia Synthesis)
  6. Catalysis by oxides (Oxidation)
  7. The latest Developments in Catalysis
  8. Physical Structure of Catalyst particles (Surface Area, Pore Structure Supports)
  9. Simultaneously occurring Reaction and Diffusion in Pores of Catalyst Particles (Thiele Modulus, Effectiveness Factor, Shape Selectivity
Course: Seminar in Chemical Engineering I-IV
Instructor:
Term Semester:1-2
Credit:1
Desicription:These courses are opened in both of spring and autumn semesters through two years attendance in the master course and required of all students.

Course: Seminar in Chemical Engineering V-IX
Instructor:
Term Semester:2-3
Credit:2
Desicription:Seminar in Chemical Engineering V-X These courses are opened in both of spring and autumn semesters through three years attendance in the doctoral course and required of all students.

Course: COE Chemistry Program: Environment Preservation and Chemical Safety
Instructor:Professor Yutaka TAMAURA, Associate Professor katsuhiko TOMOOKA
Term Semester:1
Credit:2-0-0
Desicription: The 21st Century COE Program (Chemistry Flield)

Course: COE Chemistry Program: Special Colloquium 1
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)

Course: COE Chemistry Program: Special Colloquium 2
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)

Course: COE Chemistry Program: Special Colloquium 3
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)

Course: COE Chemistry Program: Special Colloquium 4
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)

Course: COE Chemistry Program: Special Lecture 1
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)

Course: COE Chemistry Program: Special Lecture 2
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)

COE Chemistry Program: Special Lecture 3
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)

COE Chemistry Program: Special Lecture 4
Instructor:
Term Semester:
Credit:
Desicription: The 21st Century COE Program (Chemistry Flield)


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Last update:2004.05.20