Course Overview

Diffraction technique and theory for studying or developing new materials will be lectured on the bases of solid-state physics. The method of crystal diffraction with quantum beam not only for quantitative structural determination and characterization but also for studying local structure and structural fluctuations/modulations at the microscopic level will be explained.

Learning Achievement

To understand the crystal structure and microstructure of new materials at the atomic-size level, and to be able to apply this knowledge to research. To be able to understand the unique physical phenomena found in various materials from a structural standpoint, and to be able to apply this understanding to research.

Competence

Fundamental engineering ability, Basic academic abilities, Ethical view, Practical insight and problem-solving ability

Course prerequisites

Mastery of the fundamentals of solid state physics.

Grading Philosophy

Students are expected to attend every class.
The total score of the final examination (report) (80%) and the quiz at the end of the class (20%) is 60% or more of the full score to pass the course.
The grade of A+ to C will be based on the total score. However, students with poor attendance will not be eligible for credit.

Course schedule

Basis of diffraction
Quantum beam
Scattering from materials
Atomic scattering factor and neutron scattering length
Neutron scattering cross section
Diffraction on the reciprocal lattice
Symmetry and point group
Space group, lattice transformation
Absolute structure
Magnetic neutron scattering

Course type

Lectures

Online Course Requirement

Instructor

Takahashi Miwako

Other information

Site for Inquiry

Link to the syllabus provided by the university