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FİZ 254 Electronics II Lab. (02)1 (ECTS:2) Year/Semester  2^{nd} Year/Spring semester  ^  Compulsory  Course Contents  Transitors characteristics, transistor amplifiers, inspection stability, difference amplifier, difference amplifier, common collector amplifier, JFET characteristics, operator amplifier, basic operator amplifier, summing by operator amplifier, derivative and integrating circuits, reversing and nonreversing operator amplifiers, andor gates made with simple switch, andor gates made with diod, anaologdigital convertors, digitalanalog convertors.  Prerequisite/Recommended  None  ^  The aim of this course is to te be able to use the experiments to learn the basic principles of the topics in semiconducting electronics such as transistors, amplifiers and digital electronics.  ^  Electronics II Laboratory Guide, Ondokuz Mayıs University  Form of Teaching  Lectures; practical classes  ^  One written and one practical midterm exam (20 % each); one written and one practical final exam (30 % each)  Language of Instruction  Turkish  Instructor  Prof. Dr. Fahri ÇELİK; fcelik@omu.edu.tr 
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FİZ 301 QUANTUM MECHANICS (40)4 (ECTS:8) Year/Semester  3^{rd} Year/Fall semester  ^  Compulsory  Course Contents  Phenomena caused the birth of quantum mechanics. Schrödinger equation and its applications to translational and rotational motions. Postulates and general principles of quantum mechanics. Harmonic Oscillator. Motion on a ring. Rigid rotator. Hydrojen atom.  Prerequisite/Recommended  None  ^  This course teaches the principles of quantum mechanics to the undergraduate students and gives examples of potantial barriers, harmonic oscillator and hydrogen atom for illustrations.  ^  F. Köksal, Quantum Chemistry for Scientists, OMU Press. 1992. A.I.M. Rae, Quantum Mechanics, 3rd edition, IOP Publishing, 1992.  ^  Lectures  Form of Assessment  One written midterm exam (40 % ); one written final exam (60 %)  ^  Turkish  Instructor  Prof. Dr. Fevzi KÖKSAL, fkoksal@omu.edu.tr 
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FİZ 302 QUANTUM MECHANICS (40)4 (ECTS:8) Year/Semester  3^{rd} Year/Spring semester  ^  Compulsory  Course Contents  Angular momentum. Spin. Perturbation Theories. Density Matrix. Selection Rules. Scattering Theory. Born approximation. Partical wave analysis. Çok parçacıklı sistemler.  Prerequisite/Recommended  None  ^  The objective of this course is to teach the students angular meomentum, spins and scattering; and to prepare them to understand the literature.  ^  F. Köksal, Quantum Chemistry for Scientists, OMU Press. 1992. A.I.M. Rae, Quantum Mechanics, 3rd edition, IOP Publishing, 1992.  ^  Lectures  Form of Assessment  One written midterm exam (40 % ); one written final exam (60 %)  ^  Turkish  Instructor  Prof. Dr. Fevzi KÖKSAL, fkoksal@omu.edu.tr 
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FİZ 303 Statistical Physics (40)4 (ECTS:6) Year/Semester  3^{th} Year/Fall semester  ^  Compulsory  Course Contents  Fundamental concepts in statistical physics, statistical description of partical systems, interaction in macroscobic systems, statistical thermodynamics, application of statistical thermodynamics, distrubition functions in statistical physics, division functions in statistical physics, kinetic theory of ideal gases.  Prerequisite/Recommended  None  ^  The aim of this course is to teach the basic principles of statistical physisc.  Textbook / Recommended Reading 
 ^  Lectures  Form of Assessment  One written midterm exam (40 % ); one written final exam (60 %)  ^  Turkish  Instructor  Prof. Dr. İsmet ŞENEL; ismets@omu.edu.tr 
Page  12/22  Date conversion  31.08.2011  Size  0.86 Mb.  Type  Документы, Educational materials 
