PPT-Solid state physics Lecture (5)

Dielectric Prof Dr Wisam J Aziz 1 Introduction Dielectric materials are also called as insulators In dielectric materials all the electrons are tightly bound to their parent molecules and there are no free charges. 11. Assembly Language and . Arduino. Behind the C code (or sketch). C provides a somewhat human-readable interface. but it gets . compiled. into machine instruction set. ultimately just binary (or hex) instructions loaded into the . 4. LCD Text Display. Keypads and Time Slicing. Interrupts. 2×16 LCD . Typically 5×8 dots per character. Note 16 pins: indicator of common interface. Lecture 4. 2. Typical LCD Unit . pinout. pin. function. projection and 35 mm slides for invited Radiation Chemistry & Chemical Dynamics Division, Assembly Language and . Arduino. Behind the C code (or sketch). C provides a somewhat human-readable interface. but it gets . compiled. into machine instruction set. ultimately just binary (or hex) instructions loaded into the . in . Chinese . . Condensed Matter Physics . -A Personal Perspective. Lu Yu. Institute of Physics, . Chinese Academy of Sciences. Memorial Meeting for . Abdus. Salam’s 90 Birthday. 25-28 January, 2016, Singapore. Assembly Language and . Arduino. Behind the C code (or sketch). C provides. a somewhat human. -readable interface. but . it . gets . compiled. into machine instruction set. ultimately just binary (or hex) instructions loaded. Assembly Language and . Arduino. Adapted from T. Murphy’s slides. Behind the C code (or sketch). C provides a somewhat human-readable interface. but it gets . compiled. into machine instruction set. 11. Assembly Language and . Arduino. Behind the C code (or sketch). C provides a somewhat human-readable interface. but it gets . compiled. into machine instruction set. ultimately just binary (or hex) instructions loaded into the . LCD Text Display. Keypads and Time Slicing. Interrupts. adapted from . T. Murphy’s . lectures. 2×16 LCD . Typically 5×8 dots per character. Note 16 pins: indicator of common interface. Phys 124: Lecture 4. Prof Ken . Durose. , . University of Liverpool. Outline – semiconductors and recombination. 1. Band gap representations. 2. Types of semiconductors. -Adamantine semiconductors (Hume -. Rothery. 8-N co-ordination rule. 7. Waves in a cubic . crystal. HW for next Tuesday: Chapter 3 10,13; Chapter 4 1,3,5. Stress – Cubic Crystal. Find Young’s modulus (Y = X. x. /. e. xx. ) and . Poission’s. . ratio: ( . d. w. /w)/(. Raytracing. Lecture 7: Optics. UCSD Physics 122. 2. Reflection. We describe the path of light as straight-line rays. “geometrical optics” approach. Reflection off a flat surface follows a simple rule:. Transistors, Cable Impedance. diode bridge. Lecture 8: Electronics. UCSD Physics 122. 2. Basic Circuit Analysis. What we won’t do:. common electronics-class things: RLC, filters, detailed analysis. Syllabus of the . Phys. . 672. Electron-electron . interactions, . Electron-phonon . interactions, . Dielectric and Optical Properties. Magnetism . in . solids: . Magnetic Properties, . Diamagnetism and Para magnetism, Magnetic Resonance,.